Guide to the Best True Crime Books of All Time

What makes good true crime is something that is immersive and revealing—immersive into a world that’s new to the reader, and revealing of that world. You’re learning something beyond the police report.”

Claudia Rowe, Pulitzer Prize Nominee, Journalist, and Author of The Spider and the Fly

True crime books have been pulling readers in for decades, and the reasons go deeper than simple fascination with the grotesque. Psychologists who study the genre point to the same appeal that draws people to mystery fiction: the drive to understand motive, to impose order on chaos, and to ask how a person gets here. The difference is that in true crime, the body was real, and the grief is ongoing.

But the best books in the genre do something more than satisfy that appetite. They use a crime as a door into a world the reader would otherwise never enter: a subculture, a psychology, a community shaped by forces stretching back generations.

Claudia Rowe knows this territory better than most. A journalist for 35 years, twice nominated for the Pulitzer Prize, and a member of the Seattle Times editorial board, she wrote the true crime memoir The Spider and the Fly (2017), which won the Washington State Book Award. Her 2025 follow-up, Wards of the State, was a finalist for the National Book Award in Nonfiction. In an interview, Rowe shares what separates a great true crime book from everything else on the shelf.

Her answer was not about body counts or courtroom drama: “What makes good true crime is something that is immersive and revealing—immersive into a world that’s new to the reader, and revealing of that world. You’re learning something beyond the police report.”

She also offered a working definition that cuts through a genuinely sprawling genre. In a true crime book, she argues, “the search for understanding the crime is driving the narrative.” That’s what distinguishes it from, say, a crime memoir or a social history that touches on violence. The crime itself is the engine.

With that framework in mind, here are ten books that earn their place on the list.

Methodology: How the Best True Crime Books Were Selected

Drawing on her 35 years of experience as a journalist and her own work as a true crime author, Rowe uses three main criteria to evaluate books in the genre.

Depth Beyond the Crime

“I like true crime that goes way beyond the crime,” Rowe says. “I’m not so terribly interested in the crime itself. I’m interested in the forces that shape a person.” For Rowe, a great true crime book treats the crime as a starting point, not a destination. It goes into the psychology, the community, the history, or the subculture surrounding what happened.

She points to Say Nothing as an example: “It’s about a crime, but what it’s really about is the Troubles in Ireland, exploring a history and a political history behind the disappearance of this young woman.” Books that only recite what happened, without asking why or what it reveals, fall short of this standard.

Elevated Writing

“There’s good writing, and there’s not good writing,” Rowe says plainly. She is emphatic that literary quality is not a bonus feature in true crime but a core requirement. A lot of books in the genre, she notes, simply restate police reports. What she looks for instead are the tools of fiction applied to fact: scene-setting, dialogue, pacing, a sense of rhythm. “I’m looking for a sense of the way words sound, all the kinds of tools of novels,” she explains.

“I like the writer to exert some effort and not just simply disgorge all their information.” She uses the analogy of a meal: the information might be nutritious, but presentation determines whether anyone actually consumes it.

Honesty About the Writer

Some of the books Rowe admires most are ones in which the author’s own psychology is part of the story: “I like a book that also illuminates something about the writer, where the writer is showing themselves too. They are exposed,” she says.

This is something she pursued deliberately in The Spider and the Fly, her account of corresponding with a serial killer: “One thing I was trying to do was show why this guy picked me. He saw something in me that was manipulatable, that he thought was exploitable, and the book is kind of me getting that and pulling myself out of that.”

She finds the same quality in Blood Will Out, where Walter Kirn examines his own seduction by a likely murderer. That willingness to turn the lens on the reporter, not just the subject, is what she looks for.

In Cold Blood – Truman Capote (1966)

This is the book against which most everything else in the genre gets measured. In 1959, two men killed the Clutter family in a small Kansas farming community. Capote spent six years reporting in Holcomb, earning access to the killers themselves and reconstructing the crime and its aftermath in novelistic detail.

The result was something the genre had not seen before: a nonfiction account that read with the pacing and interiority of a novel. Capote called it a “nonfiction novel,” a term that made critics uncomfortable but has since become the standard to which serious true-crime writers aim. Rowe names it as an early model for what the genre can do. Its influence on every book that follows on this list is hard to overstate.

The Executioner’s Song – Norman Mailer (1979)

Gary Gilmore murdered two men in Utah in 1976 and then, when caught, insisted the state carry out his death sentence by firing squad. The case reignited the national debate over capital punishment. Mailer spent years reporting it, producing a 1,000-page account of Gilmore’s life, the communities he moved through, and the machinery of the justice system that ultimately shot him.

Most readers don’t consider it true crime. It tends to get shelved as literature. But Rowe argues it belongs squarely in the genre. “It goes deep into that community, into Utah, into all the forces that were at play in those crimes.” The book won the Pulitzer Prize. Its willingness to treat a killer’s interior life as worthy of sustained literary attention changed what nonfiction writers thought they were allowed to do.

Shot in the Heart – Mikal Gilmore (1994)

Mikal Gilmore is Gary Gilmore’s younger brother. Decades after Mailer’s book put Gary’s crimes at the center of a national conversation, Mikal wrote his own account of what it meant to grow up as that man’s sibling, in that family, in that house. The result is a memoir of unusual brutality and tenderness, a book about how violence travels through generations before it ever becomes a crime.

Rowe calls it true crime, and the classification holds: the Gilmore family’s story is inseparable from Gary’s crimes, and Mikal is working throughout to understand how those crimes happened. The book is also, Rowe notes, “quite brutal.” It is not easy to read, but it is hard to forget.

The Devil in the White City – Erik Larson (2003)

Erik Larson’s account of H.H. Holmes, a serial killer who operated during the 1893 World’s Fair in Chicago, is one of the most widely read true crime books of the past twenty years, and it earns that readership. Larson weaves two parallel stories: the construction of the fair itself, a massive engineering undertaking that nearly broke the men behind it, and Holmes’s methodical exploitation of the chaos it created.

What makes the book work is not the body count but the period detail: the smoke and noise and ambition of a city trying to prove itself to the world, and a predator who understood exactly how to disappear inside it. Rowe cites it among her favorites.

I’ll Be Gone in the Dark – Michelle McNamara (2018)

McNamara spent years obsessively investigating the Golden State Killer, a serial rapist and murderer who terrorized California in the 1970s and ’80s and was never caught. Not until the year after her book was published did DNA evidence finally identify him. McNamara died before she could finish the manuscript; her husband, Patton Oswalt, worked with her researchers to complete it.

The book is, as Rowe describes it, a procedural: “It’s really going into the investigation, the dead ends, years of investigating.” But it is also a portrait of obsession, a meditation on what it does to a person to spend years inside the mind of someone capable of enormous cruelty. McNamara’s voice, wry and precise and genuinely frightened, is what sets it apart from every other cold-case investigation.

Say Nothing – Patrick Radden Keefe (2018)

In 1972, Jean McConville, a widowed mother of ten, was dragged from her Belfast home by the IRA and murdered. Her body wasn’t found for thirty years. Keefe uses that crime as an entry point into the entirety of the Troubles: the ideology, the violence, the people who carried it out and those who were destroyed by it.

Rowe cites it as an example of true crime at its most expansive: “It’s about a crime, but what it’s really about is the Troubles in Ireland, exploring a history and a political history behind the disappearance of this young woman.” The research is staggering. So is the writing. Keefe manages to make the reader understand, without excusing, how ordinary people came to do terrible things.

Under the Banner of Heaven – Jon Krakauer (2003)

In 1984, Ron Lafferty and his brother killed their sister-in-law and her infant daughter in Utah, claiming divine instruction. Krakauer’s account of the crime moves in two directions at once: into the immediate events and psychology of the Lafferty brothers, and back through 150 years of Mormon history, fundamentalism, and the strains of violence that have occasionally run through it.

Rowe says she is drawn to books that show how historical forces from a century or two ago manifest in contemporary violence, and this is one of the clearest examples: “Obviously, if you are a Mormon, you’re going to probably have a problem with that book,” she acknowledges. “But I found it absolutely fascinating.”

People Who Eat Darkness – Richard Lloyd Parry (2012)

In the summer of 2000, Lucie Blackman, a 21-year-old British woman working as a hostess in Tokyo’s Roppongi district, disappeared. Her remains were found months later. Richard Lloyd Parry, then the Tokyo bureau chief for The Times of London, covered the disappearance from the beginning and spent the next decade following the case through its long, complicated trial.

The book he produced is not really a murder investigation. It is a portrait of a subculture: the shadowy world of hostess bars, Western women adrift in Japan, the particular way that city can swallow people who don’t know its rules. Rowe calls it one of the books that exemplifies what the genre can achieve: an account that uses a crime to illuminate an entire community and the forces that made it possible. It was shortlisted for the Orwell Prize and longlisted for the Samuel Johnson Prize.

Blood Will Out – Walter Kirn (2014)

In the 1990s, writer Walter Kirn befriended a man who called himself Clark Rockefeller, a charming, eccentric, apparently wealthy figure who claimed descent from the famous family. Kirn was taken in by him for years. Then the man was identified as a German immigrant named Christian Gerhartsreiter, suspected of murdering a man in California decades earlier.

Kirn’s book is partly about Gerhartsreiter, but mostly it’s about Kirn: about what in him was so susceptible to a particular kind of flattery, about the social machinery of status and aspiration that a skilled con artist can exploit. Rowe finds this dimension of the book particularly valuable. “I like a book that also illuminates something about the writer, where the writer is showing themselves too. They are exposed.” She draws a direct line from this quality in Blood Will Out to her own intentions in The Spider and the Fly.

The Spider and the Fly – Claudia Rowe (2017)

In the mid-1990s, Kendall Francois murdered at least eight women in Poughkeepsie, New York. Claudia Rowe, then a young crime reporter, began a correspondence with him while he was in prison. The book she eventually wrote about that correspondence is many things at once: a true crime account of the murders, a portrait of a depressed post-industrial city and the women it failed, and a memoir about a reporter who got closer to a killer than she should have and had to reckon with what that revealed about her own history.

Gillian Flynn called it “a must-read.” Robert Kolker, author of Lost Girls, called it “chilling, self-revelatory, and unforgettable.” When it was published in 2017, first-person true crime narrators were still unusual enough to seem strange. The book helped normalize that approach. It won the Washington State Book Award.

Kimmy Gustafson

Writer

Kimmy Gustafson’s expertise and passion for investigative storytelling extends to the world of forensics, where she brings a wealth of knowledge and captivating narratives to readers seeking insights into this intriguing world. She has interviewed experts on little-known topics, such as how climate crimes are investigated and prosecuted, and has written for ForensicsColleges.com since 2019.

Kimmy has been a freelance writer for more than a decade, writing hundreds of articles on a wide variety of topics such as startups, nonprofits, healthcare, kiteboarding, the outdoors, and higher education. She is passionate about seeing the world and has traveled to over 27 countries. She holds a bachelor’s degree in journalism from the University of Oregon. When not working, she can be found outdoors, parenting, kiteboarding, or cooking.

How to Become a Criminal Profiler

Criminal profiling—also referred to as criminal investigative analysis—occupies the intersection of psychology and law enforcement. These specialists untangle suspected criminal offenders’ behaviors, emotions, and personalities, basing their judgments on time-tested experience in investigative techniques with learned emotional detachment and patience.

Although this career is often conflated with forensic psychology, they are distinct career paths. Criminal profilers typically have an extensive background in criminal justice and law enforcement instead of mental health training. Still, formal education in psychology is typical, particularly for leaders in top-notch organizations.

So what’s the history of this career, which has inspired countless movies and TV dramas? The American Psychological Association (APA) reveals that early criminal profiling was used in the 1880s when British doctors George Phillips and Thomas Bond attempted to make inferences about the personality of Jack of Ripper.

However, the formal emergence of the discipline didn’t occur until 1972, when the FBI’s Behavioral Science Unit (BSU) was created. This organization began investigating the rising tide of serial rapes and homicides across the US by examining four crucial aspects of suspected criminals’ behavior: antecedent (i.e., before the crime occurred) tendencies, manner of crime, body disposal method, and post-crime comportment.

Since then, the techniques of criminal investigative analysis have become more sophisticated. To bridge the gap between current deficits in criminal profiling, an article published by the National Institutes for Health (NIH) has offered a revolutionary framework: CRIME. This ground-breaking approach offers crime scene evaluations and research relevance that can be paired with investigative or clinical opinions; methods of investigation are provided as well for maximum uniformity when it comes to profile development – thus increasing accuracy within this practiced field overall.

Before getting started, it’s important to mention that criminal profiling offers few job opportunities. Most of these professionals start as criminal investigators or experienced detectives and choose to transition into the role with extra training and employer demand. Few crimes committed in the U.S. require the skills and knowledge of a criminal profiler, and the scarcity of openings reflects this. Please note that people with graduate-level forensic psychology degrees may be more likely to become jury consultants, juvenile offender counselors, expert witnesses, or professors in forensic psychology.

Read on to discover what to expect from this profession concerning job responsibilities and career pathways to becoming a criminal profiler.

Youngstown State University
ECPI University
Southern New Hampshire University

Criminal Profiler Career Overview, Outlook, and Salary Data

The career outlook for criminal profilers is strong and occupational statistics show the future demand is strong. The US Bureau of Labor Statistics (BLS 2025) doesn’t specifically keep statistics for criminal profilers. Still, from 2024 to 2034, private detectives and investigator careers will grow by 6 percent, which is faster than the national average for all occupations (3 percent). In that same decade, the BLS predicts that 2,600 new private detective and investigator positions will be needed. Most positions require a high school diploma, work experience, and on-the-job training.

To elucidate criminal investigative analysts’ professional scope and responsibilities, the FBI produced a four-part series of articles detailing the relevant characteristics, skills, and formal training typical of successful profilers. Please note that these studies refer to profilers as criminal investigative analysts.

First, researchers identified several traits that are endemic to the discipline, including:

  • Strong intuition and analytical skills
  • Experience conducting investigations and research
  • Emotional detachment
  • Understanding of criminal minds and psychology

Among these, having investigative experience was one of the most crucial contributors to a professional’s competency. Therefore it may be advisable to work in law enforcement before becoming a criminal investigative analyst.

Second, the FBI has detailed the role of criminal profilers within law enforcement organizations worldwide. Rather than becoming directly involved in the investigation, these professionals may work at a distance, giving evidence-based advice to law enforcement by conducting:

  • Personality assessments
  • Cause of death analyses
  • Strategic interviews
  • Crime linkage analyses
  • Evaluation and management of threats
  • Media and trial strategies
  • Expert testimony in courts
  • Geographic profiling
  • Multi-agency coordination

In addition to on-the-job training, private detectives and investigators may be required to hold a private investigator (PI) license depending on state or local laws. Aspiring criminal profilers should research licensing laws in the states or municipalities where they intend to work.

Criminal Profiler Salaries – How Much Do Criminal Investigators and Detectives Make?

The BLS doesn’t have specific occupational data for criminal profilers but does show the average annual salary for detectives and criminal investigators is $99,770 (BLS May 2024). By comparison, Indeed.com (2026) shows the average annual criminal investigator working for the United States government earns an average salary of $91,449.

It’s clear from these two sources that salaries are similar, but also vary widely depending on factors such as levels of education, years of experience, employers, and cost of living in a particular location.

Here are the salary percentiles for detectives and criminal investigators according to the BLS (May 2024)—the latest data available as of March 2026:

United States
Number of Professionals Employed110,790
Annual Mean Wage$98,770
10th percentile$54,160
25th percentile$68,390
50th Percentile (Median)$93,580
75th percentile$120,080
90th percentile$159,410

Interestingly, Indeed.com (2026) shows the following salary percentiles for criminal investigators:

  • 10th percentile: $39,783
  • 50th percentile: $66,067 (mean)
  • 90th percentile: $109,717

It’s worth noting that the top-paying states for this occupation are states that have the highest cost of living. All five states above are in the top ten most expensive states to live in, according to the Missouri Economic Research and Information Center (MERIC 2025) index. When considering a relocation for work, this is a helpful resource to research the cost of living in a particular state.

Steps to Becoming a Criminal Profiler

There are a variety of educational, experiential, and career paths to becoming a criminal profiler. Some choose to enter a criminal justice program, perhaps focusing on criminal behavior. In contrast, others join the ranks of law enforcement to cut their teeth on real-world experience in investigations.

The FBI notes there’s no consensus on how people join this exciting field. That said, ideally, a candidate in criminal profiling has a mix of formal didactic and empirical field training.

Here is one possible path to becoming a criminal profiler:

Step 1: Graduate from high school (four years)

Successful candidates in this profession typically excel in secondary (or postsecondary) psychology and government courses and may even volunteer through a local law enforcement agency.

For example, Houston offers the Volunteer Initiatives Program (VIP) to qualified high school students across segments of its police department. The Bureau of Justice Assistance (BJA) provides a list of police departments nationwide with similar programs. Interested students are encouraged to check with their local police department for internships and other openings to get experience in forensics, investigations, and criminal detection work.

Step 2: Get a bachelor’s degree in forensics, criminal justice, psychology, or a related discipline (four years)

For those aspiring to work in the upper echelons of criminal profiling, such as the Behavioral Analysis Unit (BAU) at the FBI, criminal investigative analysts must have at least a bachelor’s degree before enrolling in the FBI Academy.

Furthermore, local police academies typically prefer candidates with some college experience. A wide range of programs can qualify a person to become a criminal profiler. Students are urged to concentrate their coursework and training in law, criminal justice, crime scene analysis, forensics, psychology, sociology, and philosophy.

Step 3: Attend a law enforcement academy (three to five months).

Successful criminal profilers generally have extensive experience in investigations. Therefore, it’s crucial to get some hands-on training in the field. Qualifications for these agencies vary but generally include being a US citizen; having some college (or military) experience; being at least 18 to 21 years old; having a driver’s license; and possessing no felony (or severe misdemeanor) convictions.

Step 4: Garner experience in the field (several years).

Prolific author, forensic behavioral consultant, and retired FBI profiler, Mary Ellen O’Toole reports that profilers in the Behavioral Analysis Unit generally have seven to fifteen years of investigative experience before joining the unit.

Step 5: Engage in ongoing training (varies).

In its survey of experienced criminal profilers, the FBI found that respondents recommended several types of continued training for aspiring members of their field, including areas such as forensics, forensic pathology, human behavior, crime scene analysis, risk assessment, threat assessment, legal issues, interviewing skills, and crime typologies.

Ninety-five percent of working criminal profiler respondents from the FBI survey mentioned above reported that training needs to stay in step with continuing education, whether it involves taking courses (85 percent), reading new knowledge and materials (47.5 percent), or performing additional case consultations (32.5 percent). The survey also indicates that criminal investigative analysis training must be ongoing. Several programs can provide this training at various phases of an aspiring criminal profiler’s career.

The Bureau of Alcohol, Tobacco, Firearms, and Explosives (ATF) offers a competitive 13-week criminal profiling program for senior special agents with at least eight years of work experience. Aspiring criminal profilers in this program must also complete the FBI’s Behavioral Analysis Unit (BAU) certification training. Courses include in-person and on-the-job training in psychology, behavioral science, crime scene analysis, and forensic science and pathology.

This program aims to train behavioral profilers to support mainly arson and bombing investigations, involving hands-on training in investigative strategy, interviewing techniques, crime analysis, search warrant procedures, the delivery of expert testimony in court, and more. Upon completing the intensive program, the prospective profilers become certified in criminal behavioral analysis.

Another prestigious program is the International Criminal Investigative Analysis Fellowship (ICIAF) which accepts candidates from law enforcement agencies worldwide and comprises two sections: criminal investigative analysis and geographic profiling analysis. Please note that this is very competitive and accepts few candidates, who must have at least ten years of experience annually.

Finally, for those lucky enough to be admitted to the FBI’s elite BAU and the National Center for the Analysis of Violent Crime, initial training is 500 hours or more, in addition to the expectation that profilers will join various professional organizations and attend conferences to keep their knowledge contemporary.

Step 6: Optional: Attend an FBI Academy (four months)

The competitive FBI Academy in Quantico, Virginia—offered to local leaders in law enforcement on an invitation-only basis—involves 16 weeks of advanced training in law, forensic science, communications, behavioral science, and health.

Step 7: Optional: Get an advanced degree (two to four years)

In an older survey of top-notch criminal profilers, the FBI found that 87.5 percent held graduate degrees. Therefore, it may be advisable to pursue a master’s or PhD in an area such as forensic psychology, criminal justice, or a related discipline.

Interestingly, although 45 percent of the survey respondents indicated that a degree isn’t necessary to conduct criminal investigative analysis, most (57.5 percent) stated that having investigative experience was crucial to succeed in this field. Other vital skills noted by these professionals included possessing an analytical mind (30 percent of respondents), having experience dealing with violent crime (22.5 percent), and being open-minded (10 percent).

Above all, there are varied paths to becoming a criminal profiler. Still, the consensus is that having extensive investigative experience (i.e., working in law enforcement) is one of the typical cornerstones of becoming a successful criminal investigative analyst.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Why are So Many Americans Incarcerated? A History of U.S. Prisons & Criminal Justice

There’s this expression that you have ‘paid your debt to society’ or you ‘served your time,’ but in reality, in the U.S., that debt is never paid because that record is always there. It’s always there for employers for potential landlords, and no matter what you do, no matter all the great things you do, it’s always going to pop up.”

Marc Howard, PhD, Professor of Government and Law, Founding Director of the Prisons and Justice Initiative at Georgetown University

While the U.S. has only 4.2 percent of the world’s population, it accounts for nearly a quarter of its prisoners. There were nearly 1.3 million people in our nation’s prisons and jails. With 521 inmates for every 100,000 people, the U.S. is by far the leader in incarceration among Western countries.

After President Nixon declared the War on Drugs in the 1980s, the number of people incarcerated for drug offenses in the U.S. shot from roughly 50,000 in 1980 to 452,964 in 2017. Today, there are more people imprisoned for drug-related offenses in the U.S. than the number of people who were behind bars for any crime in 1980. Currently, nearly 400,000 prison inmates are incarcerated for drug offenses.

The justification of our high incarceration rate is based on the idea that taking criminals off the streets reduces crime rates. And while it’s certainly true that some level of incarceration has a positive impact on reducing crime, research shows that there is a diminishing return, meaning that each additional prisoner yields less in terms of crime reduction.

For instance, the growth of incarceration in the 1990s and 2000s didn’t lead to any observable decrease in violent crimes. This makes sense because a larger proportion of convicts during this period were non-violent offenders. Some experts suggest that this could, ironically, generate crime in the long-term because placing low-level offenders into prison systems could harden them into career criminals instead of rehabilitating them.

This begs the question, why are we incarcerating so many people? We talked to Dr. Marc Howard, one of the country’s leading voices and advocates for criminal justice and prison reform, to find out.

Meet the Expert: Marc Howard, PhD, Professor of Law and Government

Dr. Marc Howard is a professor of government and law and the founding director of the Prisons and Justice Initiative at Georgetown University. He received his BA in ethics, politics, and economics from Yale University, his MA and PhD in political science from the University of California, Berkeley, and his JD from Georgetown University.

After becoming a professor, Dr. Howard began visiting a childhood friend, Marty Tankleff, who was wrongfully convicted of killing his mother and attempting to kill his father, resulting in a sentence of 50 years to life in prison. These visits ended up changing the course of Dr. Howard’s life, as he dedicated himself to helping overturn Tankleff’s wrongful conviction, including going to law school to help his friend. Eventually, Tankleff was exonerated, which Dr. Howard describes as one of the best moments of his life.

Dr. Howard is also the founder and president of the Frederick Douglass Project for Justice, which aims to create a multi-state prison visitation program that enables people to visit local correctional facilities and engage in face-to-face conversations with the incarcerated, with the ultimate goal of driving meaningful personal and systemic change.

Why Are So Many Americans incarcerated?

Dr. Howard addresses this question in his book, Unusually Cruel: Prisons, Punishment, and the Real American Exceptionalism. He breaks down the answer into four main factors.

Race

We are all aware that a disproportionate number of Black Americans are incarcerated in the U.S., but do you know to what degree? While one in 17 white men in the U.S. will be imprisoned in their lifetime, one in three Black men will spend time behind bars.

A major driving force behind this vast disparity is racial profiling by police. Black individuals are far more likely than whites to be pulled over by the police while driving. They also are more likely to be detained, handcuffed, and searched. So it’s no surprise that studies show that Black people are arrested at rates much higher than white people.

Once they are arrested, Black men are also more likely to be convicted, and once convicted, they are more likely to face stiff sentences than their white counterparts.

“The race issue has to do with the evolution from slavery to convict leasing to Jim Crow laws and then ultimately mass incarceration,” Dr. Howard said. (“Convict leasing” refers to the post-Civil War system in which southern states leased prisoners to private railways, mines, and large plantations.)

“There have been long-standing attempts to keep African Americans down and subjugated in American history. Mass incarceration is the latest form of that.”

There is some good news, though. Between 2000 and 2016, the ratio of Black offenders “under the supervision of criminal justice (in prison, in jail, on probation or on parole)” to white offenders shrank from 8.3-to-1 to 5.1-to-1, according to a study by the Council on Criminal Justice. More current statistics indicate that Black individuals are imprisoned at four times the rate as white individuals are incarcerated.

There is no one cause behind this improvement, and even experts can only speculate about why. It could be partly due to the fact that the war on drugs has shifted its focus from crack and marijuana to meth and opioids.

Regardless, the ratio is still nowhere near parity, but a marginal improvement. There is still a lot of work to do in the effort to dismantle systemic racism within our justice system.

Religion

Dr. Howard also highlights Christianity’s influence on our criminal justice system. In the U.S., areas with higher rates of incarceration overlap with places characterized by homogenous Christianity.

Research suggests that the type of religion that is most prevalent in an area impacts sentencing decisions. For example, one study found that judges in Georgia affiliated with conservative Protestant denominations were less likely to grant probation.

“[The element of] religion started in the 1970s when the evangelical movement became very politicized. Previously, religion was sort of a private sphere separate from politics, but it became very much part of politics as a result of Roe vs. Wade and other battles,” Dr. Howard said. “It then became this notion of ‘an eye for an eye.’”

Religious fundamentalists source their “tough on crime” ideals from the wrathful version of God portrayed in the Old Testament.

“If you think about Christianity and Jesus’ teachings, the message is so much more about love and support, but the way in which that message has come across in recent decades has been very, very harsh and punitive,” Dr. Howard said. “And it also overlaps with race because it’s especially white evangelicals who are the harshest on criminal justice issues.”

Politics

“The U.S. is the only country in the world that elects prosecutors and judges. It’s something that’s incomprehensible to other parts of the world,” Dr. Howard said. “Essentially, prosecutors and judges are political animals. They are raising funds, campaigning for a political party, trying to win elections, and running ads.”

It’s been shown that 50 to 60 percent of political donations for key judicial positions come from lawyers, lobbyists, and business interests.

“Normally, in other countries, it would be part of a separate judicial decision-making process, but in the U.S., it’s really very political,” Dr. Howard said.

In most other parts of the world, prosecutors and judges are appointed by an executive branch official. While some think of our electoral process of choosing prosecutors as democratic, it unfortunately contributes to our mass incarceration problem. This is because “tough on crime” policies are popular among voters—and prosecutors know it.

Prosecutors are nearly 10 percent more likely to take a case to trial instead of seeking a plea bargain in the year before they are up for reelection, according to a 2013 study. If the prosecutor is running in a contested election, the likelihood increases by another 15 percent. Another study found that just before election time, judges sentenced defendants to 12 to 16 months longer.

Business

“The prison-industrial complex is an $85 billion a year business. At every stage, there are people making money off of a system that requires more and more people in prison and keeps them there. So it’s very hard to undo that system when it has such strong vested interests,” Dr. Howard said.

At least 37 states have legalized the contracting of prison labor by private corporations. There are thousands of corporations engaged in the prison-industrial complex, some of which support prison labor directly through their supply chains—including IBM, Boeing, Motorola, Microsoft, AT&T, Dell, Honeywell, Intel, Nordstrom, Revlon, Macy’s, Target, and many more.

“Foodservice provides the equivalent of $4 billion of [prison] food annually. Private companies provide about half of the at least $12.3 billion spent on healthcare. Telephone companies, which can charge as much as $25 for a 15-minute call, rake in $1.3 billion,” Insider reported.

These companies have a vested interest in keeping prisons full. Over the last 10 years, the private prison industry has spent $64 million lobbying our elected officials for longer sentences, stricter laws, and tougher enforcement.

Recent research from the Prison Policy Institute bears out the earlier statistics. The multiple and various costs in the prison industry impact the economy in ways that few people are aware of, whether positive, such as corporate profits, or negative, such as the inability of former inmates to find work.

The European Model of Criminal Justice

Advocates of criminal justice reform look to European systems, which have much lower levels of incarceration, to investigate what these countries are doing right.

Norway, specifically, is often looked to as a model. The country not only has a much lower rate of incarceration, with only 54 inmates per 100,000 people compared to the U.S.’s 521 for every 100,000. The average time spent in prison is also much lower, at just over six months. This contrasts with the average U.S. prison time of almost three years.

Dr. Howard says that the reason for their success is rooted in the way they treat their prisoners.

“Norway puts a strong emphasis on rehabilitation, where people in prison are treated like human beings. They don’t wear uniforms; they wear regular clothes. They have their own kitchens. They don’t have cells; they have rooms where they have their own key,” Dr. Howard said.

“The idea is that it’s a process of growth and a transformation so that they don’t go back to a life of crime. And the results are really strong. They show that people, when they’re treated like human beings, will actually act in much more positive ways. Most people don’t want to be criminals. They don’t want to steal, they don’t want to have addictions.”

Experts believe Norway’s treatment of its incarcerated population is a major reason why it has one of the lowest recidivism rates in the world, at 20 percent, whereas in the U.S., almost 44 percent of criminals released return before the first year out of prison.

“Human dignity is at the core. [The process of] re-entry begins on the first day of incarceration. By contrast, there’s very little human dignity in American prisons. So in my view, we should be treating a period of incarceration, whether it’s somebody going in for a month, a year, 10 years, or 30 years, as a process where people have opportunities to improve and to spend their time productively.”

At present, our jails and prisons are more akin to human warehousing facilities than actual correctional institutions or rehabilitation centers. Receiving little or no help with mental disorders, addiction problems, and career development makes re-entry to society difficult for ex-cons, who face starting over with criminal records.

“It puts people in these impossible situations where they are often pushed towards homelessness or towards just severe economic distress. There’s this expression that you have ‘paid your debt to society’ or you ‘served your time,’ but in reality, in the U.S., that debt is never paid because that record is always there. It’s always there for employers for potential landlords, and no matter what you do, no matter all the great things you do, it’s always going to pop up.”

Dr. Howard founded the Frederick Douglas Project for Justice in 2019 to try to address these problems. The organization aims to connect people with prisoners to change the public attitude of convicts as being irredeemable. He believes that if we are able to foster a deeper empathy for prisoners, we could accomplish systemic change.

“I know there are people who are incarcerated who’ve made bad mistakes, but every single day they live, they try to have dignity, to treat people well, and to prepare themselves for a real second chance. And unfortunately, our country doesn’t do a good job of honoring and respecting that. So I think recognizing the humanity of incarcerated people would cut through that,” he said.

“My goal would be to bring every person in the country to visit a prison because if they did, they would see things completely differently, and that would help end mass incarceration.”

Nina Chamlou

Nina Chamlou

Writer

Nina Chamlou is an avid writer and multimedia content creator from Portland, OR. She writes about aviation, travel, business, technology, healthcare, and education. You can find her floating around the Pacific Northwest in diners and coffee shops, studying the locale from behind her MacBook.

Forensics Methods Backed by Science: Interviews with the Experts

In 2009, the National Academy of Sciences disquieted the scientific and legal communities, reporting that the vast majority of forensic methods had not been sufficiently tested to establish scientific validity. The NAS stated, “With the exception of nuclear DNA analysis…no forensic method has been rigorously shown to have the capacity to consistently, and with a high degree of certainty, demonstrate a connection between evidence and a specific individual or source.”

The most startling implication of this report was that it called into question the outcomes of thousands of criminal cases relying on these types of evidence, not to mention the futures of countless experts in the implicated forensic subfields. And over the past few years, there have been echoes of the NAS bombshell, which have cast doubt over long-used methods in the discipline.

In 2015, the Justice Department and the FBI admitted that their elite forensics unit had given faulty testimony in court on the results of hair analyses for two decades, including in the cases of 32 defendants who had since been put to death (The Atlantic). Most recently, the President’s Council of Advisors on Science and Technology (PCAST) released a startling report in September 2016, entitled Forensic Science in Criminal Courts: Ensuring Scientific Validity of Feature-Comparison Methods. This study summarized the scientific underpinnings of commonly used forensic methods. It had cast particular doubt on bite-mark analysis, which lacks feature-comparison trustworthiness (i.e., the ability to differentiate between different sources’ teeth impressions). Naturally, this conclusion is being fought viciously by credentialed forensic odontologists, who are feeling a threat to their professional futures.

PCAST evaluated forensics methods according to two types of validity: foundational and applied. ‘Foundational validity’ refers to whether a technique is scientifically sound, replicable, and accurate in a lab environment. ‘Applied validity’ is whether a technique’s effectiveness can be used in the real world outside of a scientific setting. The report’s stunning conclusion was that “…many forensic feature-comparison methods have historically been assumed rather than established to be foundationally valid based on appropriate empirical evidence” (emphasis added).

In fact, the only forensics technique to have established both foundational and applied validity was single-sourced DNA analysis. Fingerprints or multiple-source DNA evidence, by comparison, were found to only have foundational validity, and ballistics identification only had the potential for foundational validity.

Here is a simple chart of PCAST findings, updated with 2026 status:

Forensic Method2016 PCAST Status2026 Status
Bite-mark analysis“PCAST finds that bitemark analysis does not meet the scientific standards for foundational validity, and is far from meeting such standards.”Still limited; NIST 2022 review confirmed insufficient data, AI alternatives emerging
Single-source DNA analysis and simple two-source mixturesHolds foundational and applied validityRemains gold standard
Multiple-source DNA analysis and complex mixturesShows promise, but still needs to establish definitive foundational and applied validityImproved with NGS; black-box studies complete
Tire and shoe-markRequires further empirical testing to establish any validityDatabase expanded; promising with 3D scanning
FingerprintsFoundationally valid, but still needs to establish applied validity due to three problems: confirmation bias, contextual bias, and lack of examiner proficiency testingAI improves accuracy; proficiency testing standard since 2023
FirearmsRequires further empirical testing to establish any validity, although courts should be able to determine whether evidence is deemed admissible3D imaging validated in NIJ trials

While the findings seem troubling for the future of forensics, it’s important to note that just because the twin standards of validity haven’t been established doesn’t imply that they’re theoretically impossible (except perhaps in the case of bite-mark analysis); rather PCAST is emphasizing the need for further scientific testing both in and out of a laboratory setting in order to establish responsible forensics methods.

Why is this important? The obvious answer is that it would be unethical to convict a criminal based on shoddy evidence, which, in addition to the aforementioned FBI hair analysis scandal, has occurred far too frequently in the US justice system. As a proof of point, the Innocence Project database shows several cases where improper forensic methods helped convict defendants, later overturned by DNA analysis as of 2026. Forensic evidence is still crucial to exonerate or convict criminals, especially in cases with no eyewitnesses or video footage. It helps legal teams to reconstruct crime scenes and tell stories encased in drops of blood and shards of glass, even when the evidence is invisible.

Forensics Colleges interviewed three prominent professors on the future of their field in the wake of the PCAST report. What follows is a discussion of what aspiring forensics students can do to ensure that they’re channeling their efforts into trusted, reliable branches of this exciting field. Though these interviews are from 2017, their views still guide students today amid ongoing research.

Interviews with Three Forensics Experts

Three leading professors graciously agreed to interviews and discussed their thoughts on the future of forensics in the wake of the PCAST report.

Dr. Susan Walsh

Dr. Susan Walsh, Professor of Biology at Indiana University, Indianapolis

After earning her PhD in forensic genetics, Dr. Walsh joined Yale University as a postdoctoral research associate in the Department of Anthropology. She’s authored countless scholarly journal articles and book chapters in her field, and has received prestigious research grants from the National Institute of Justice, the Department of Defense, and the National Institute of Justice. In addition to teaching, she runs the Walsh DNA Phenotyping Laboratory, which collaborates with universities worldwide to uncover the complex genetic underpinnings of physical appearance.

ForensicsColleges.com: In 10 years, what forensic methods do you think will be discontinued (if any)?

I don’t know of any methods that could potentially be discontinued; there may be several that require the ‘per expert witness opinion’ attached to the report, and they may eventually be replaced by more accurate methods, but I can’t tell for sure. As our technology in terms of electronics, pattern recognition, and computers gets better, these types of expert methods become better, but they are hardly a hard science.

ForensicsColleges.com: What newer forensic science techniques do you believe hold promise for the future (if any)?

I will simply speak of biology, as that is my area. I do believe phenotyping and ancestry prediction will become more popular (I hope!); we are certainly striving for this in terms of research goals by developing prediction models for pigmentation, age, and hair structure, with more to come (face eventually in 10-20 years). Using biomolecules (DNA/RNA) in other ways, such as familial searching (standard STRs*, but different statistical approaches), biological sample type/time deposition (using circadian biomarkers), and expression/methylation analyses…The more research, the better our methodologies will become.

ForensicsColleges.com: What advice would you give to students in forensics?

Do a dual major, or major in biology/chemistry with a special focus in forensics. Try not to just go for forensics alone as a degree. Having a solid and strong background in the core topics in biology and chemistry will make you a better forensic scientist. That being said, you still need training in forensic interpretation and methodologies. Best advice is to do a core degree [in science] and specialize in forensics as an MS; that way, something you learn/understand in the bigger scheme of things in biology/chemistry, you may find applicable in the niche of forensics that hasn’t been thought of before.

*An STR (standard tandem repeat) is a segment of repeated sequences in DNA that is not connected to any human trait, but is variable and inheritable.

Her Walsh DNA Phenotyping Lab continues advancing pigmentation, hair, and ancestry models, with NIJ-validated predictions in 2026.

Sara Katsanis

Sara Katsanis, Research Assistant Professor at Northwestern University and Lurie Children’s Hospital of Chicago

Sara Katsanis joined Duke University in 2009, where she researched the policy implications and applications of genetic testing in law enforcement and medicine. She received her MS in genetics from Brunel University and has worked as a DNA analyst, a genotyping facilities manager, and a lab manager in DNA diagnostics at Johns Hopkins University. From 2009 to 2019, Katsanis was a faculty member at Duke University and transitioned in 2019 to Northwestern and Lurie Children’s in Chicago.

ForensicsColleges.com: In 10 years, what forensic methods do you think will be discontinued (if any)?

I always hesitate to predict the future. There are a lot of different things that could happen, relying on many factors including funding and the priorities of the federal government…I do not think that short tandem repeats [STRs] will go away, but I think our methods for testing for STRs will be vastly different in the coming decade…We’re going to be looking at next-generation sequencing, SNIPs, and other techniques for interpreting those short tandem repeats.

ForensicsColleges.com: What newer forensic science techniques do you believe hold promise for the future (if any)?

My research looks at kinship analysis primarily because I’m interested in human identification of missing persons and in human trafficking. That requires looking at relationships between individuals rather than a match of a crime sample to a suspect. I think that there are going to be a lot of improvements in the coming years, looking at kinships. STRs are not a good method for looking at relationships; it’s better to look at lots of other markers.

ForensicsColleges.com: What advice would you give to students in forensics?

I really wish that the young forensic scientists would be trained in genetics and not primarily in law enforcement…Students need a better understanding of the scientific method. What I often say to my students at Duke is that forensic science is not always science; sometimes it’s analysis. What science does is it disproves theories, and what forensic analysts do is try to prove their hypotheses…A ‘match’ by definition means you’re trying to prove a hypothesis. [That approach] can result in errors and bias. The majority of DNA analysts that I have met have trained as law enforcement.
Emerging forensic genomics tools, including next-generation sequencing and microhaplotype panels, are increasingly used to support kinship analysis in difficult missing persons cases.

Jessica Gabel Cino

Jessica Gabel Cino, Former Professor at Georgia State University College of Law

Jessica Gabel Cino received her JD magna cum laude from the University of Miami School of Law, where she co-founded and served as executive director of the Wrongful Convictions Project, an organization that assists innocent criminal defendants. As a professor of law, her courses focused on forensic evidence, forensic medicine, and other topics. Jessica specializes in high-stakes civil and criminal litigation matters by capitalizing on her extensive experience to serve clients across all economic sectors, jurisdictions, and industries. She leads corporate investigations, high-profile investigations, government investigations, internal investigations, Title IX investigations, and higher education investigations.

ForensicsColleges.com: In 10 years, what methods do you think will be discontinued (if any)?

Bitemarks are likely on the way out. It’s not under the ‘discontinued’ category quite yet, but it’s getting there.

ForensicsColleges.com: What newer forensic science techniques do you believe hold promise for the future (if any)?

It’s difficult to pinpoint one technique, but I do think we’ll see some game-changing developments outside of DNA. I think traditional trace evidence will start to encompass more chemical compound work (e.g., condom lubricants in sexual assault cases). Digital evidence is another area where we’ll probably see lots of development in everything from crime scene mapping to geo-locating suspects through their electronic footprints. Statistics across all fields will be vital.

ForensicsColleges.com: What advice would you give to forensics students?

Take hard science courses—chemistry, biology, and physics. Most degree programs require them, but take more than what’s required. It will be so valuable in practice to have had additional time in the lab and to be familiar with processes outside your subject matter area. Don’t forget to take advanced statistics and some intro computer science courses as well.

“The NIST 2023 reviewconfirmed bite-mark analysis lacks scientific validity and is rarely admitted in courts today (e.g., Louisiana 2025 vacatur); digital evidence and chemical trace analysis have since expanded significantly (NIJ plan).”

Conclusions: Where Does the Forensics Field Go From Here?

In addition to tracking cases of flawed forensics, there are some basic steps individuals and institutions can take to ensure the continued public trust and faith in forensics. Here is a brief summary of some proposals from the Innocence Project:

1) Establish a national forensic science body to identify research needs; set priorities; assess the validity and reliability of methods; and provide quality assurance through institutional accreditation and professional credentialing.

2) Make independent advisory boards at the local level to guarantee adequate resources in forensics.

3) Enforce existing legislation, such as the Justice for All Act (2004), which makes federal funding available only to states with proper oversight in crime labs.

4) Support the NIJ Forensic Science Strategic Research Plan 2022-2026, which continues improving standards and validation.

Lastly, the White House in 2016 offered several recommendations to various organizations, including the National Institute of Standards and Technology (NIST), the Federal Bureau of Investigation (FBI) Laboratory, and the Attorney General:

  • NIST – Perform regular evaluations on the validity of forensics techniques, focusing in particular on DNA analysis of complex mixtures, fingerprints, and firearms
  • OSTP – Lead the development of a national forensic science research strategy
  • FBI – Coordinate efforts to improve forensics methods, especially latent-fingerprint analysis
  • Attorney General – Advocate for the use of expert testimony from only scientifically valid methods of inquiry

The recommendations have largely been implemented:

  • NIST regularly evaluates DNA mixtures, fingerprints, and firearms.
  • NIJ leads national research.
  • The FBI improved latent fingerprint analysis.
  • The Attorney General pushes scientifically valid testimony only.

Notably, the Forensic Science and Standards Act of 2016 (proposed after PCAST to boost federal research) did not pass. The active NIJ 2022-2026 plan fills that gap as of 2026.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Forensic Genealogy: How In-Home DNA Tests Can Help Law Enforcement

Forensic genealogy is the newest member of the forensic family—and its ability to match people to evidence could be as revolutionary to investigations as the use of fingerprint analysis was.

Since cracking its first case in 2018, forensic genealogy has helped identify suspects in over 1,000 cases of murder, sexual assault, and unidentified remains by early 2026. Labs now solve dozens yearly, with hundreds more cleared since the Golden State Killer. But regulators, citizens, and genealogists worry about privacy risks and court rules.

Forensic genealogists use genetic information to match individuals to DNA samples. This often means utilizing open-source databases, such as GEDMatch. While GEDMatch does not offer genetic testing itself, it does allow the upload and comparison of DNA data from third parties, including direct-to-consumer services such as Ancestry.com or 23andMe. GEDMatch holds the genetic profiles of over 1.2 million individuals, which is enough to identify a third cousin (or closer) of a DNA sample in 90 percent of the US population. Law enforcement can then use this capability to begin building a family tree of a suspect and/or victim, aided by public records and traditional sleuthing.

Case Example: Catching the Golden State Killer

The first person that forensic genealogy put behind bars was a former police officer named Joseph James DeAngelo. As the Golden State Killer, he terrorized Californians off and on from 1973 to 1986: 13 murders, 50 rapes, and 120 burglaries. His identity eluded law enforcement for decades.

In 2018, investigators pulled the Golden State Killer’s DNA from a rape kit and uploaded it to GEDMatch. In return, they received over a dozen people who had the same great-great-great-grandparents as the killer. Working with a genealogist, the investigators began constructing a large family tree, ultimately narrowing their search to two possible suspects. When a follow-up DNA test ruled out one of those two, the investigators had their prime suspect: Joseph James DeAngelo.

After collecting a sample of DeAngelo’s DNA from his car door handle and another from a tissue he discarded, the team of investigators and genealogists ran further tests and found that these samples matched DNA collected from the crime scenes of the Golden State Killer. DeAngelo was arrested on April 24, 2018, and was eventually sentenced to multiple consecutive life sentences, with no possibility of parole.

The Controversy Surrounding Forensic Genealogy

Forensic genealogy is the most powerful tool that investigators have gained in the 21st century, but its quick adoption and lack of oversight have led to some serious debates around privacy and due process.

Most forensic genealogy investigations are performed without a warrant, yet they search through millions of people’s records to access extremely sensitive personal health information about an individual—information that has not been explicitly volunteered. Websites and tools that were originally meant to help people discover their ancestry are now being utilized by investigators in a way that may violate a citizen’s Fourth Amendment rights.

After the Golden State Killer arrest, law enforcement’s interest in these databases surged. FamilyTreeDNA, for example, quietly allowed the FBI to use its database for investigations before publicly updating its privacy policy and telling customers what was happening. Major companies like Ancestry and 23andMe say they will only work with law enforcement when they receive a valid legal request, such as a court order or search warrant.

GEDmatch, the site most closely associated with forensic genealogy, changed its rules in 2019. Users now must actively opt in if they want their DNA data to be available to law enforcement searches. Only a minority of users have chosen to do this, which sharply reduced how much of the database investigators can see compared with the early days of forensic genealogy. In 2019, GEDmatch was bought by Verogen, a forensic DNA company that was later acquired by QIAGEN, signaling a stronger focus on law enforcement work.

Concerns are not just about privacy. Forensic genealogy has helped solve many cold cases, but it has also pointed to innocent people when matches were weak or when segments of DNA were misread. Direct-to-consumer test results can contain errors, and small shared DNA segments are easy to misinterpret, which can send detectives down the wrong path. Because of these risks, several U.S. states now require a warrant or strict conditions before police can use forensic genealogy databases.

The Future of Forensic Genealogy

In September 2019, the U.S. Department of Justice issued the first federal guidance on forensic genealogy. Federal investigators can use it only for murders, rapes, or identifying human remains—and only after other methods fail. They also need warrants for secret DNA collection and approval from a prosecutor. The rules don’t apply to state or local police, who handle most investigations.

States have gone their own way. As of 2026, around nine states require warrants or court orders for police to use consumer DNA databases. Utah has introduced a bill that would ban law enforcement genetic searches, while New York has proposed a policy that would allow them. Washington state has split the difference and suggested that they should only be an option when requested through valid legal processes. This patchwork of conflicting guidance may not amount to much more than confusion in a world where cases and families often cross state lines.

A 2019 survey by the Pew Research Center found that 48 percent of Americans thought it acceptable for DNA testing companies to share customers’ genetic data with law enforcement. But with up to 90 percent of the country potentially identifiable through forensic genealogy, that’s a lot of Americans being searched without consent.

A 2020 American Journal of Human Genetics survey of over 36,000 people worldwide found that less than half were willing to share DNA even for medical research, because of low trust in how it’s handled. Forensic genealogy needs clear government rules, careful investigations, and company oversight to build back that trust.

Forensic genealogy has done a lot in a short time, but its rapid growth has shown some problems. The promise of solving cold cases may be too strong to stop. But as the field adds formal training—like the University of New Haven’s forensic investigative genetic genealogy graduate certificate—plus certification and research, it can match the standards of other forensic fields.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Ask a Professor: The Best True Crime Documentaries of All Time

“[The best true crime documentaries have] to be accurate in [their] claims from an objective, fact-based side, and also from a legal and theory standpoint.”

Angelo Brown, Assistant Professor of Criminology, Arkansas State University

True crime documentaries have surged in popularity, drawing millions of viewers with real stories of crime, justice, and human behavior. Their appeal goes beyond morbid curiosity. Research suggests that audiences are drawn to these narratives because they help people explore fear, understand human motives, and make sense of danger in a controlled setting in which the outcome is already known. Curiosity about darker aspects of human nature, puzzle-solving, emotional connection to victims, and even a sense of preparedness all contribute to the genre’s widespread popularity.

To better understand true crime from an academic perspective, we spoke with Angelo Brown, assistant professor of criminology at Arkansas State University. As both a researcher and educator who regularly uses documentaries in his courses, Dr. Brown views true crime as more than entertainment.

At its core, Dr. Brown explains, a true crime documentary is a nonfiction film or series that explores real criminal cases and justice system outcomes using factual sources such as court records, police reports, interviews, archival footage, and expert commentary. While filmmakers often rely on suspense and storytelling techniques to keep audiences engaged, the foundation remains rooted in real-world events.

“Documentaries are meant to educate the public,” Dr. Brown notes, emphasizing that true crime has the power to shape how people understand crime trends, criminal behavior, and the justice system. By presenting real cases in an accessible format, these films can raise awareness, spark conversation, and influence public perception.

Methodology: How the Best True Crime Documentaries Were Selected

Drawing on his experience teaching criminology and screening documentaries in class, Dr. Brown uses three main criteria to evaluate true-crime documentaries.

  • Accuracy and research
    “It has to be accurate in its claims from an objective, fact-based side, and also from a legal and theory standpoint,” Brown says. He looks for documentaries that clearly present their sources and avoid unsupported theories, noting that because documentaries are meant to educate, misinformation or missing key facts should significantly lower their credibility.
  • Strong, balanced storytelling
    While accuracy comes first, Dr. Brown emphasizes the importance of engaging narratives. “These are meant to entertain, so storytelling quality is a key factor,” he explains. He looks for clear, believable stories built from real footage, interviews, or high-quality reenactments, and values documentaries that present multiple perspectives rather than relying on a single side of a case.
  • Ethics and real-world impact
    Dr. Brown also considers how responsibly a documentary handles sensitive material and how it shapes public understanding. “It’s important to ensure people are not shown to be guilty if they are not yet legally guilty,” he says. Ultimately, he asks whether a film encourages meaningful learning or positive change, rather than simply provoking fear or shock.

The Best True Crime Documentaries of All Time

These documentaries were selected based on Dr. Brown’s three core criteria: strong research and accuracy, engaging and balanced storytelling, and real-world impact. Each film or series goes beyond entertainment to educate viewers, spark public conversation, and, in many cases, influence legal or social outcomes. Together, they represent the true crime genre at its most informative and compelling.

The Thin Blue Line

Often credited with reshaping the true crime documentary genre, this film examines the wrongful conviction of Randall Dale Adams through interviews, archival footage, and stylized reenactments. Director Errol Morris carefully presents conflicting testimonies while grounding the story in factual investigation. The documentary ultimately helped lead to Adams’ release from prison, demonstrating its real-world legal impact. It remains a benchmark for combining rigorous research with innovative storytelling.

Making a Murderer

This multi-part series follows Steven Avery’s controversial murder conviction and the broader issues within the criminal justice system. Through court footage, interviews, and extensive documentation, it raises questions about police conduct and prosecutorial practices. Its gripping narrative drew massive audiences and sparked national debate. The series even led to renewed legal appeals and widespread public scrutiny.

The Jinx: The Life and Deaths of Robert Durst

This documentary explores the mysterious crimes surrounding real estate heir Robert Durst using interviews, archival material, and investigative journalism. Its slow-burn storytelling builds suspense while carefully presenting evidence. The series famously captured a key confession moment on a microphone, which contributed to Durst’s eventual arrest. It stands as a powerful example of ethical investigation meeting compelling narrative.

13th

Rather than focusing on a single crime, this documentary examines the historical roots of mass incarceration in the United States. It draws heavily on academic research, expert interviews, and historical records to connect crime policy with racial inequality. The film is both educational and emotionally impactful. Its release fueled national conversations about criminal justice reform.

O.J.: Made in America

This expansive series looks at the O.J. Simpson case within the broader context of race, celebrity, and policing in America. Using archival footage, courtroom recordings, and interviews, it presents a deeply researched account of the trial and its cultural impact. The storytelling is immersive and balanced across perspectives. It won multiple awards and reshaped how high-profile cases are documented.

The Staircase

Following the murder trial of Michael Peterson over many years, this series offers rare behind-the-scenes access to defense strategy and courtroom proceedings. It presents evidence in detail while allowing viewers to draw their own conclusions. The long-form storytelling highlights the complexities of the legal system. The case’s evolving developments kept public attention for decades.

Paradise Lost: The Child Murders at Robin Hood Hills

This documentary investigates the conviction of three teenagers accused of killing young boys in Arkansas. Through interviews, trial footage, and forensic analysis, it casts serious doubt on the evidence used to convict them. The film’s popularity led to a public outcry and renewed legal efforts. Ultimately, the West Memphis Three were released after nearly two decades in prison.

Don’t F**k With Cats: Hunting an Internet Killer

This series follows online sleuths tracking a man who posted violent videos before committing murder. It blends digital investigation with traditional reporting to tell a modern true crime story. While highly entertaining, it also explores ethical issues around internet vigilantism. The case led to international manhunt efforts and a criminal conviction.

When They See Us

Based on the wrongful conviction of the Central Park Five, this dramatized true crime series draws from court records and real testimonies. It highlights systemic failures in policing and prosecution while centering the human cost of injustice. The storytelling is emotionally powerful and historically grounded. The series helped renew awareness of the case and issues surrounding coerced confessions.

The Keepers

This documentary investigates the unsolved murder of a nun and alleged abuse tied to a Catholic school in Baltimore. Using interviews, archival records, and survivor accounts, it uncovers institutional cover-ups. The narrative unfolds like a mystery while staying grounded in documented evidence. It prompted renewed investigations and public accountability efforts.

Kimmy Gustafson

Writer

Kimmy Gustafson’s expertise and passion for investigative storytelling extends to the world of forensics, where she brings a wealth of knowledge and captivating narratives to readers seeking insights into this intriguing world. She has interviewed experts on little-known topics, such as how climate crimes are investigated and prosecuted, and has written for ForensicsColleges.com since 2019.

Kimmy has been a freelance writer for more than a decade, writing hundreds of articles on a wide variety of topics such as startups, nonprofits, healthcare, kiteboarding, the outdoors, and higher education. She is passionate about seeing the world and has traveled to over 27 countries. She holds a bachelor’s degree in journalism from the University of Oregon. When not working, she can be found outdoors, parenting, kiteboarding, or cooking.

Forensics Casefile: Catching the BTK Strangler

Dennis Rader was an Air Force veteran, church council president, and Cub Scout leader. But most people now know him by the name BTK, which stands for the method he used to systematically murder ten people between 1974 and 1991: Bind, Torture, Kill. Over those 17 years, BTK terrorized the public by sending taunting letters to local media outlets and claiming to be driven by the same dark energy that guided Jack the Ripper, the Son of Sam, and the Hillside Strangler.

After 1991, however, BTK went silent, and the case went cold. No fingerprints. No eyewitnesses. No leads. Just a jagged rip of loss and fear through the metropolitan area around Wichita, Kansas, where BTK had committed his murders.

When BTK resumed his communication with the media in 2004, he overlooked a critical fact: this was now the 21st century, and law enforcement officers were becoming increasingly adept at forensic science. Over the course of 11 letters and packages sent by BTK during 2004 and 2005, law enforcement officials slowly began filling in the blanks.

Bringing BTK to Justice with Forensics

BTK’s first 21st century communique was a letter sent The Wichita Eagle that included crime scene photos and a driver’s license belonging to a victim from 1986. This victim had not been definitively linked to BTK until then. Armed with the new connection to the BTK case, police collected DNA from under the victim’s fingernails, and launched a campaign that tested hundreds of local men for a possible match.

In another package intended for law enforcement, BTK used a drop-off point that was within view of a nearby store’s surveillance camera. Grainy footage showed a blurry figure dropping off the package and leaving in a black Jeep Cherokee.

The final piece of the puzzle came in the form of a purple 1.44 megabyte floppy disk that BTK sent to a local Fox TV affiliate. He didn’t believe that the information he included could be traced. But it was the information he’d deleted that interested forensic investigators: metadata embedded in a deleted document contained the words Christ Lutheran Church, and attributed the last edits made to someone named Dennis.

From the time investigators received the floppy disk, it took just nine days to put the case together. They learned that Christ Lutheran Church had a council president named Dennis Rader. Further reconnaissance found a black Jeep Cherokee outside of Rader’s home, matching the one caught on surveillance from an earlier package’s drop off.

Strong circumstantial evidence wasn’t enough, so investigators obtained a warrant to test the DNA of a close relative: Rader’s daughter, who’d had a pap smear done at Kansas State University’s medical clinic. DNA tests done at a lab in Topeka revealed a familial match to the DNA under one of BTK’s victim’s fingernails (the victim who had not been previously linked to BTK until his letter to The Wichita Eagle). The chain of evidence was clear: Dennis Rader was BTK.

Dennis Rader was arrested on February 25, 2005—over 30 years after the investigation had begun. In his interrogation, Rader said, while confessing to all ten murders he’d committed, “The floppy did me in.”

How Contemporary Digital Forensics Catches Criminals

Digital forensics has come a long way since BTK’s case. A criminal’s fingerprints and DNA aren’t only on physical objects anymore; they’re on data and metadata, too. Every email, every photo, and every device connected to a network is now a possible smoking gun.

The investigators working BTK’s case used every drop of possible evidence they could find. Today’s investigators couldn’t possibly do the same. In a recent rape case in the UK, the prime suspect’s chat logs contained over 70,000 WhatsApp messages—any one of which could have been enormously relevant. The digital forensics team in charge of the case estimated it would’ve taken a single investigator 90 days of working nine to five before combing through them all.

Today’s digital forensic investigators have to work smarter, not just harder. Artificial intelligence can play a role in preliminarily sorting through massive swathes of seized data. Technical understanding of different devices, programming languages, and logical shortcuts are paramount. Further knowledge in legal proceedings is crucial for maintaining a chain of evidence that maintains a court-approved integrity. All this requires digital forensic investigators to have a type of forensic education that would’ve been unheard of in the time of BTK.

Three Standout Programs in Digital Forensics

Featured Cyber & Digital Forensics Programs
Stevenson University Online Digital Forensics Grad CertificateVisit Site
Stevenson University Online Online Master's in Cybersecurity and Digital ForensicsVisit Site
Purdue Global BS - CybersecurityVisit Site
Southern New Hampshire University BS - CybersecurityVisit Site
Southern New Hampshire University MS - CybersecurityVisit Site
American Public University Cybercrime (Graduate Certificate)Visit Site
American Public University Cybersecurity (BS)Visit Site

University of Albany (Bachelor of Science in Digital Forensics)

The University of Albany’s BS in digital forensics program is the first of its kind in New York, and one of only a handful in the country. It focuses on building a broad and practical base of digital forensics tools that can be used in cybersecurity, forensic accounting, and criminal investigation. The program draws from four separate schools: business, criminal justice, public affairs, and computing and information.

Program partnerships exist with the New York State Division of State Police, as well as with top four consulting firms. The 135-credit program includes courses such as mobile forensics; computer and memory forensics; multimedia forensics; e-discovery forensics and moot court; and advanced digital forensics.

  • Location: Albany, NY
  • Accreditation: MSCHE
  • Format: On-campus
  • Program Length: Four years

University of Rhode Island (Graduate Certificate in Digital Forensics)

URI’s Digital Forensics and Cybersecurity Center hosts a graduate certificate program in digital forensics. Designed for professionals who can’t commit to a full-time master’s degree, its online curriculum culminates in a tech-oriented degree that integrates with the practice of digital forensics.

The four-course, 16-credit program includes the following classes: digital forensics; introduction to network and system security; advanced digital forensics; and advanced incident response. The program has been evaluated by the National Security Agency (NSA) and the Department of Homeland Security (DHS).

  • Location: Kingston, RI
  • Accreditation: NEASC
  • Format: Online
  • Program Length: 10 to 20 months

University of Maryland Global Campus (Master’s in Digital Forensics & Cyber Investigation)

UMGC offers an online MS in digital forensics and cyber investigation. Students learn reliable methods to identify, preserve, analyze, and present digital evidence for legal prosecution and administrative proceedings. Other areas of study include developing investigative problem-solving skills, examining digital media for evidentiary artifacts, and writing detailed digital forensic examination reports.

Specific courses in the 36-credit program include digital forensics technology and practices; digital forensic response and analysis; and advanced forensics. UMGC has been designated a National Center of Digital Forensics Academic Excellence by the Defense Cyber Crime Center Academic Cyber Curriculum Alliance.

  • Location: Largo, MD
  • Accreditation: MSCHE
  • Format: Online
  • Program Length: 12 to 24 months
Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Five Most Notorious White-Collar Crimes in U.S. History

“The unifying characteristic remains consistent. The perpetrators are greedy and are convinced that they are smarter than investigators who will never be able to unravel their web of deceit.”

Michael J. Clark, Former FBI Special Agent

Something in the American psyche both glorifies and vilifies the criminal capitalist. Stories of bootstrapped “rags-to-riches” men and women dazzle the public, while the details of someone defrauding the working people result in cries for blood. Financial crimes have taken many forms in the U.S., but they all share commonalities.

“The unifying characteristic remains consistent,” says Michael J. Clark, a former FBI special agent and current lecturer at the University of New Haven. “The perpetrators are greedy and are convinced that they are smarter than investigators who will never be able to unravel their web of deceit. Often, they are wrong—though it sometimes takes considerable time for them to be brought to justice.”

A senior lecturer at the University of New Haven, Clark teaches graduate courses in financial crime investigation, criminal justice, and advanced investigation. He previously taught classes in financial crime at the International Law Enforcement Academy in Budapest. For 22 years, Clark served as a special agent in the FBI, conducting investigations into fraud, financial crimes, and public corruption.

In some financial crimes, the perpetrators are single individuals, and their complicity is never in doubt. In more corporate cases, however, investigators are often faced with a room full of people shrugging their shoulders and pointing the finger somewhere else. Proving intent can be tricky in a compartmentalized corporate structure, especially in one with a culture of corruption. According to Clark, a lot of the willful blindness of top executives in corrupt schemes comes from their high salaries and bonuses. True ignorance of what is happening in a company is relatively rare, and it is up to investigators to prove it.

“You prove intent by putting the puzzle together from the bottom up,” Clark says. “The statements of other employees eventually lead you to the key perpetrators. Then you have them turn on each other. White collar criminals don’t like the thought of a 20-year jail sentence.”

Greed can look glamorous until it is exposed for what it is, and often the line between an outright thief and a business genius is incredibly narrow. Albert H. Wiggin, a one-time leader of Chase Bank, would be considered a criminal under current financial regulations for his short sell of company stock during the Great Depression (netting him $4 million in private gain), and yet he is still ranked by Harvard Business School as one of the great American business leaders of the 20th century.

In fact, plenty of infamous white-collar criminals have been hailed as triumphant innovators. The battle to define the line between criminal and genius is also the battle between the power of provable facts and the power of wishful thinking.

“If it’s too good to be true, that’s one red flag,” Clark says. “Others include vague promises, unrealistic promises of returns, unprofessional documentation, and failure to provide documentation of investments.” The red flags always stick out in retrospect, but it is up to investigators to see them through a thick cloud of greed. ‘

Read on to get a look at the top financial white-collar crimes in U.S. history, and whether the perpetrators got away with it—which, as you’ll see, is sometimes a complicated question to answer.

Charles Ponzi & the Securities Exchange Company

Born in a small town in Northern Italy, one of the most famous names in white-collar crime arrived in Boston in 1903 with less than $3.00 in his pocket. Having gambled away the entirety of his life savings on the ship that carried him to America, Charles Ponzi’s ambitions seemingly never suffered.

Unburdened by scruples (and perhaps a little too quick of a study of the American economic mindset), Ponzi was fired from his first stateside job for shortchanging his customers, and this pattern would continue for the rest of his criminal career.

A college dropout, Ponzi’s practical form of higher education took place when he began working as a teller, and eventually a manager, at Banco Zarossi in Montreal, Canada. Ponzi witnessed firsthand how Zarossi was able to offer double the interest on deposits than other banks did and grow quickly as a result. As the bank’s real estate loans turned bad, founder Louis Zarossi began funding his competitive interest payments with the deposits of new customers, before eventually fleeing the country with a large portion of what remained. The bank failed, and Ponzi lost his job, but he learned a lesson.

By 1919, Ponzi finally found an opportunity to put that lesson into practice. The idea, like most successful business ventures, began with the exploitation of an obscure loophole. In this case, it was a form of arbitrage—i.e., buying an asset in one market, and reselling it in another at a higher price. In this case, the arbitraged assets were international reply coupons (IRC), which were, effectively, stamps.

In theory, Ponzi could buy an IRC in Italy and resell it in the U.S. at a market rate but also at a 400 percent profit. Turned down by banks for funding, Ponzi crowdsourced his idea into the Securities Exchange Company. He offered people a 50 percent return on their investment within 45 days or a 100 percent return within 90 days. Indeed, he paid many of his early customers at the promised rate, but he didn’t buy and sell any products to fund this—and he technically didn’t have to.

Ponzi’s scheme involved paying old investors with new investors’ money. As word of the incredibly high rates of return spread, new investors streamed in across several states, and the company’s profits grew. At its peak, three-quarters of the Boston Police Department had invested, while other people mortgaged their homes to invest, and re-invest. Ponzi had yet to purchase any IRCs, let alone convert them into actual profits—he would have needed several ocean liners full of such IRCs to make good on even a fraction of his promises at that point.

Instead, he focused his efforts on maintaining the scheme, while also pouring money into legitimate ventures, including the purchase of a macaroni company and entertaining ideas of taking a controlling interest in a major bank. While even the most rudimentary financial analysis of Ponzi and the Securities Exchange Company would have revealed the scam that was at work, greed’s blinding effect was in full swing, and by mid-1920, Ponzi was collecting more than a million dollars a week.

The Fourth Estate brought down the scam. Ponzi had fought off earlier criticism from journalists, even successfully sued for libel because of an article that questioned his business’s legitimacy, but The Boston Post finally found someone to do the simple math.

To cover investments made with the Securities Exchange Company, Ponzi would need 160 million IRCs, while there were less than 30,000 in circulation at the time. If that wasn’t damning enough, slightly more rigorous math revealed that even though the IRCs could be arbitrated at a substantial profit, the cost of purchasing and transporting each unit would total out to a financial loss.

After a series of such stories ran in the Post, a run on the Securities Exchange Company saw Ponzi hand back $2 million to shaken investors, while he simultaneously handed out coffee and donuts and told them they had nothing to worry about. But the damage was done. State attorneys and banks got involved. When checking the books, they found no books, but they did find the Securities Exchange Company—and Ponzi—to be at least $7 million in the red.

Ponzi’s investors lost around $20 million, which amounts to almost a quarter billion dollars in 2018 terms. Initially charged with 20 counts of federal wire fraud, he talked himself down to a single count and served three-and-a-half years in prison. Upon release, he was hit with ten state larceny charges, which, acting as his own lawyer, he talked down to a not guilty verdict. While appealing a further ten larceny charges, he began running a scheme in Florida where he sold bits of swamp land to investors, promising a 200 percent return within 60 days. Ponzi repeated such schemes, to less and less success, after his eventual second stint in jail and deportation back to Italy. He spent his final years in poverty.

Bernie Madoff & Madoff Investment Securities

Fool me once, shame on you; fool me twice, shame on me. While there has been some debate over the proper wording of that saying, there is no question of whether history repeats itself. That is precisely what happened with the case of Bernie Madoff, the son of a plumber who pulled off a $65 billion fraud that swindled almost 5,000 investors and resulted in multiple suicides.

Madoff’s scheme was nearly identical to Ponzi’s. He promised investors astronomical returns and paid old investors with new investors’ money. The only meaningful changes were to the scope and scale—for 30 years, he maintained the outward appearance of investment success in what amounted to simply “one big lie,” in Madoff’s words.

To allow the scheme to live as long as it did, Madoff and his employees took perfunctory, sometimes cartoonish, steps to achieve the outward appearance of legitimacy. They backdated trades, counterfeited financial statements (and tossed them around like a football to give them the look of aged and weathered documents), and recruited celebrity clients whose participation lent the operation a semblance of credulity.

A whistleblower called attention to the infeasibility of Madoff’s returns as early as 2003—to achieve the stated returns, Madoff would have needed to buy more options than there were in existence. Though it took until the financial crisis of 2009 and the series of withdrawal requests that ensued, investigators finally began to ask the right questions. And as soon as they did, the whole scheme collapsed.

Madoff pled guilty to felony counts of wire fraud, mail fraud, securities fraud, money laundering, making false filings with the SEC, and more. Soon after, his son and criminally complicit business partner, Mark Madoff, hung himself. Bernie Madoff is currently serving a 150-year sentence at a relatively relaxed correctional facility in Butner, North Carolina. His victims are still awaiting repayment.

Kenneth Lay, Jeff Skilling & Enron

The late 1990s brought about a slew of innovative and highly educated white-collar criminals, and the executives at Enron led the charge. Kenneth Lay and Jeff Skilling, both fierce proponents of deregulation, turned their energy-trading and utilities company into a powerhouse that rewrote the rules of the game.

One of their more ingenious inventions was known as mark-to-market accounting, where Enron could book future profits on the day a deal was signed, rather than when those profits were realized. Since the deals were made for dynamically-priced energies and utilities, the hypothetical profits could be whatever Enron wanted them to be. This resulted in some astounding earnings and a soaring stock price, but it ended in calamity when the hypothetical future did not match the reality.

The corporate culture put forth by Lay and Skilling prioritized stock price above all else. This culture, combined with operations in deregulated markets, led Enron’s traders to carve out loopholes in pricing schemes—in some instances, asking a power plant to purposefully go offline to raise the price of electricity—and, at the upper echelons of the financial department, to concoct Byzantine methods of hiding debt and booking false profits that even fooled some of the biggest banks in the world.

The coup-de-grace came when, dogged by questions in the media and from regulators, top executives sold their shares at enormous profits (around $2 billion) while many of the rank-and-file were locked out. The stock price tumbled from a peak of nearly $100 to mere pennies, and the resulting bankruptcy cost 20,000 people their jobs, pensions, and retirement funds.

Many top executives at Enron cooperated with the government’s investigation in return for leniency. Most of the fingers pointed at Lay and Skilling, who both claimed they were misled by the people around them. In 2006, Skilling was convicted of 19 counts of securities fraud and wire fraud. He was released to a halfway house in 2018. Lay was convicted of six counts of securities fraud, but, before sentencing, died of a heart attack while on vacation in Colorado.

Bernie Ebbers & WorldCom

Another darling of the 1990s, WorldCom, a telecommunications firm headed by Bernie Ebbers, could do no wrong in the beginning. It had gone on a rampage of acquisitions in the 1990s and capped off with a $37 billion merger with MCI—the largest merger in corporate history at the time. In 2000, when a $129 billion merger agreement with Sprint was nixed by regulators in the U.S. and Europe, all of WorldCom’s aggressive growth came to a halt.

With the winning streak over, WorldCom’s stock price began to sink. More egregious signs of trouble lay just below the surface, and a small, internal team of auditors at WorldCom worked together, in secret, to uncover them. What they found and turned over to the SEC resulted in the largest bankruptcy in American history.

In the late 1990s, WorldCom had aggressively bought up excess network capacity, leasing it from third parties, and even investing in enormous projects like an underwater cable that would connect Europe and North America. When the expected growth in traffic did not meet expectations, WorldCom was left with heavy liabilities and a massive amount of underutilized network capacity. Through a bit of magical accounting reminiscent of Enron, WorldCom reclassified this extra network capacity as a depreciating asset, rather than the massive expense it was.

This strategy had been suggested years earlier by a mid-level CPA and dismissed by top WorldCom execs for its failure to meet Generally Accepted Accounting Principles (GAAP), but when financial pressure set in, it was precisely the model they used to overstate their income by more than $3 billion in 2001 and just under $1 billion for the first quarter of 2002.

By the conclusion of a more extensive investigation, more than $11 billion in misstatements was revealed. Directed and approved by senior management, this fraud was enacted with the specific purpose of manipulating the company’s stock price by appearing to meet its earnings estimates, and it resulted in thousands of employees and investors losing their jobs, savings, and pensions.

Several top executives and a top-five accounting firm were charged with complicity in this massive fraud. They all pointed their finger at the same man: CEO Bernie Ebbers, colloquially known as the Telecom Cowboy for his preference for blue jeans and cowboy boots in the boardroom. In 2002, Ebbers, a former milkman, stood in front of his fellow congregants at Easthaven Baptist Church and told them he was not a crook: “No one will find me to have knowingly committed fraud.” He said the same thing to Congress just before invoking his Fifth Amendment rights.

In 2005, Ebbers was convicted of nine felonies: securities fraud, conspiracy, and seven counts of filing false statements with securities regulators. He remained a free man while his case was under appeal, but, in September of 2006, Ebbers drove himself to prison in his Mercedes and began serving a 25-year sentence. Under the terms of a civil settlement, he agreed to relinquish a significant portion of his possessions and cash to repay those injured by his actions, after which he was left, on paper, with less than $50,000 in assets.

Jordan Belfort & Stratton Oakmont

Once seriously considering a career in dentistry, Jordan Belfort, better known as the Wolf of Wall Street, got his start selling Italian ice out of styrofoam coolers at the beach. It was not until 1989 at age 27 that he started the now notorious and ill-fated penny stock brokerage: Stratton Oakmont. At its height, Stratton Oakmont employed more than a thousand brokers and was involved in stock issues valued at over a billion dollars.

The scheme was simple enough. Buy a bunch of penny stocks. Pump up the price through misleading statements to convince an unwitting investor to part with their money. Generate some cheap hype, then cash out the shares at a healthy profit. In some cases, the penny stocks were for bogus companies that Belfort had started himself; in other cases, he refused to let regular investors cash out to sustain the stock price until he’d made a killing.

These insane trading techniques earned Stratton Oakmont a massive share of profits and a total of $3 billion in revenue, and it cost unwitting investors some $200 million. The cycle continued until 1996 when Stratton Oakmont was finally permanently expelled from the securities industry by regulators. By 1999, Belfort was being indicted for securities fraud and money laundering.

Belfort served less than two years in jail, where he split a cell with Tommy Chong who encouraged him to write The Wolf of Wall Street. The book, the first of two, would net Belfort a $500,000 advance from Random House and $1 million (not including royalties) for the rights to make a Scorsese-DiCaprio film. Hinging upon the mix of infamy and fame his escapades garnered, he parlayed himself into a motivational speaker and peddler of his own proprietary sales techniques.

While he had initially agreed to pay back more than $110 million to the victims, Belfort and his lawyers have continually appealed for that amount to be reduced, even as Belfort has publically flaunted his new financial gains. Having only paid back 12 percent of his restitution to date, a U.S. district judge ruled in December 2018 that the government could garnish up to 100 percent of Belfort’s interest in one of his privately owned companies. With that, Belfort might finally begin to live up to one of the core rules he dishes out on Twitter and at his speaking engagements: give more than you take.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

How to Become a Forensic Toxicologist – Education & Certification

Before Covid-19, the United States was already in the thick of a different public health crisis: polysubstance overdose. The Centers for Disease Control and Prevention (CDC) identifies this as exposure to more than one drug, with or without the person’s knowledge. This usually results in death by drug overdose from a combination of illegally manufactured fentanyl, heroin, cocaine, methamphetamines, and prescription opioids.

Approximately 70 percent of U.S. overdose deaths in 2023 (the latest data available as of January 2026) were estimated to involve illegally manufactured fentanyls (IMFs). Preventing this crisis from growing worse requires accurate autopsy reports; forensic toxicologists are in high demand.

Forensic toxicologists work in government or law enforcement laboratories to identify chemicals and compounds that may have contributed to overdose deaths or committed crimes. Daily responsibilities in forensic toxicology include identifying illicit substances and determining if the victims died of a self-induced overdose or foul play. Other tasks include performing administrative drug testing or identifying hazardous chemicals indoors or outdoors.

Forensic toxicologists work primarily in labs with small biological samples obtained from deceased persons. They may work closely with forensic pathologists, law enforcement, or prosecutors to determine the impact of their findings on legal proceedings. However, toxicologists who primarily conduct drug tests may have different contacts and little to no contact with the legal system.

Becoming a forensic toxicologist requires a strong background in natural science and the scientific method, obsessive attention to detail, compassion for victims and their loved ones, and a desire to add objective evidence to inform law enforcement and public health agencies.

To learn more about becoming a forensic toxicologist, read on to discover education pathways and career outlooks for this interdisciplinary job that serves the public through the scientific method.

Featured Toxicology & Biochemistry Programs
Stevenson University Online Online MFS - Chemistry ConcentrationVisit Site

Outlook for the Forensic Toxicologist Career

The forensic toxicology career is a specialized field, and as such, there is not a lot of available data specific only to this job. However, it is possible to examine data on related positions to obtain an accurate career outlook for this profession.

For instance, the Bureau of Labor Statistics (BLS 2024) predicts that jobs for forensic science technicians (a related field) will grow by 13 percent between 2024 and 2034. Job-seekers should consider the overlap between the forensic toxicologist positions and clinical laboratory technologists and technicians, an occupation expected to grow 2 percent over the same period (BLS 2024). The former is growing faster than the national average for all occupations (3 percent), while the demand for the latter remains stable. An estimated 2,600 new forensic science positions will be needed in the coming decade, compared to 6,000 new clinical laboratory technologists.

Forensic Toxicologist Salary

With a bachelor’s degree, forensic toxicologists can earn salaries above the national average for all occupations, which is $67,920 (mean annual wage). In 2024, the BLS shows forensic science technicians earn a mean salary of $75,260 and a median salary of $67,440. This amount varies by factors such as education and experience, with the lowest 10 percent earning less than $45,560 and the highest 10 percent earning more than $110,710 (BLS May 2024).

United States
Number of Forensic Science Technicians Employed19,450
Annual mean wage$75,260
10th percentile$45,560
25th percentile$53,310
50th percentile$67,440
75th percentile$88,710
90th percentile$110,710

When researching jobs, it’s important to know how much it costs to live in a place when negotiating salary. To help with this, the Missouri Economic Research and Information Center (MERIC 2025) publishes a quarterly cost-of-living index. As of January 2026, two of the five top-paying states are in MERIC’s top ten most expensive states to live in, which is an important factor to consider when considering whether or not to take a job.

To pinpoint forensic toxicology salaries more accurately, PayScale (2025), which collects self-reported data, reports that the average base salary for forensic toxicologists is $81,460. The bottom 10 percent of forensic toxicologists earn $40,000, and the top 10 percent earn $134,000 per year based on 13 reported salaries.

While a larger sample of salary data is not available for forensic toxicologists, it is clear that growth in the forensic science field is highly probable from 2024 to 2034.

Forensic Toxicologist Specialties

According to the National Institute of Standards and Technology (NIST), the three sub-disciplines of forensic toxicology include:

  • Death Investigation (or Postmortem) Forensic Toxicology
  • Human Performance Toxicology
  • Forensic Drug Testing

Each of these specializations will require different career paths, but the pursuit of any of these involves similar steps as listed below.

Some forensic toxicologists, particularly those with advanced degrees, may pursue another specialty before entering the forensic toxicology profession. These toxicologists may begin their careers in other chemistry or biological laboratories, including medicinal chemistry, pharmacology, or clinical chemistry. These experiences can be valuable in learning the importance of correct methodology and proper lab procedures.

Although largely lab-based, forensic toxicologists still work in a variety of settings. For example, law enforcement or government laboratories are common, but toxicologists may also be employed in the private sector in industrial labs, hospitals, or universities.

Indeed, as with many advanced professions, forensic toxicologists may also choose to go on and pursue experience in academia, either concurrent with their laboratory work or as a second career. Forensic toxicology professors can teach at many levels throughout higher education and are also encouraged to pursue research and publication, which can be a great way to advance forensic toxicology careers beyond the test tube.

Education & Licensing Requirements for a Forensic Toxicologist

At a minimum, forensic toxicologists should expect to earn a bachelor’s degree in science, such as chemistry, biology, or biochemistry. While a specific degree in forensic toxicology is not required, applicable coursework should include:

  • Toxicology
  • Pharmacology
  • Chemistry

There is also no legal requirement for certification in this field. However, those who earn an advanced degree can apply for certification through the American Board of Forensic Toxicology (ABFT), as outlined below.

Steps to Become a Forensic Toxicologist

The following are some of the most common steps that forensic toxicologists follow to begin and advance in their careers:

Step 1: Graduate high school – A high school diploma or GED is a prerequisite to applying for an undergraduate degree program. High school students who want to pursue this particular career should be sure to excel in lab sciences like chemistry and biology.

Step 2: Pursue an undergraduate degree (two to four years) – While it is possible to find work as a laboratory assistant with a two-year associate’s degree, those who want to do the toxicology work themselves should be prepared to complete a bachelor’s degree.

As mentioned above, a forensic toxicology major is not required (indeed, there are few of these programs available). Still, students should be sure to become very familiar with laboratory procedures and advanced chemistry, at minimum.

Undergraduates should also seek any hands-on work experience, such as internships, to build a resume and make professional connections with local labs.

Arizona State University

Arizona State University offers an online forensic science bachelor’s degree that combines classroom learning with hands-on crime investigation experience. This 120-credit program includes 40 classes which are 7.5 weeks in length. Classes include the history of genocide; fundamentals of genetics; general organic chemistry; and principles of forensic science.

With multiple start dates throughout the year, students can apply and if accepted, enroll in the program at their convenience. Graduates from this program go on to become forensic scientists in law enforcement, private industry, and public research facilities.

  • Location: Phoenix, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

Liberty University

Liberty University offers an on-campus FEPAC-accredited bachelor of science program in forensic science, combining the disciplines of chemistry, criminal justice, and biology into one degree. Students will gain an understanding of the law as well as the DNA analytics and scientific procedures needed for making accurate convictions.

Students in this 120-credit program can transfer up to 75 percent of their total degree. The curriculum includes courses such as general biology; genetics; microbiology; clinical human anatomy; forensic DNA analysis; forensic entomology; trace evidence; criminal investigations; and analytical chemistry.

Graduates will be able to take up roles such as forensic toxicologists, evidence technicians, criminalists, criminal investigators, forensic entomologists, forensic quality assurance specialists, and microbiologists, among many such roles.

  • Location: Lynchburg, VA
  • Accreditation: Forensic Science Education Programs Accreditation Commission (FEPAC); Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Step 3: Seek entry-level experience (timeline varies) – Recent graduates can seek work in a toxicology lab with a completed undergraduate degree. According to the American Academy of Forensic Sciences (AAFS), hands-on experience is the essential way to further one’s career as a forensic toxicologist. Classroom training provides a foundation for the career, but this challenging profession has many intricacies that can only truly be learned in a working laboratory.

Step 4: Consider an advanced degree or certificate (one to two years) – After developing some necessary skills in a toxicology lab, some toxicologists pursue advanced training through a graduate certificate or a master of science (MS) degree.

University of Florida

The University of Florida offers an online MS in forensic toxicology program focused on advanced principles, including drug metabolism and pharmacokinetics. This program is designed for those currently employed or wanting to change careers and work in crime laboratories and medical examiner’s offices.

Courses include forensic toxicology; general toxicology; drug biotransformations & molecular mechanisms of toxicity; toxic substances; applied statistics for data analysis; literature survey of forensic toxicology; and principles of mammalian pharmacology.

  • Location: Gainesville, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Two years

Oklahoma State University

Oklahoma State University offers a hybrid master of science in forensic science with a concentration in forensic chemistry/toxicology ideal for students pursuing careers such as forensic chemists, forensic toxicologists, or instructors. Offering a strong background in forensic sciences and specialized courses in forensic toxicology and chemistry, this program requires a minimum of 30 credits for the thesis option and 32 for the non-thesis option, which may be completed full-time or part-time. Courses in the first year may be taken online or on campus, while the second year includes laboratory and research courses that must be taken on campus.

The curriculum includes courses such as methods in forensic sciences; forensic pathology and medicine; forensic bioscience; forensic toxicology; drug toxicity; advanced forensic toxicology; and criminalistics and evidence analysis.

  • Location: Tulsa, OK
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Two years

Stevenson University

Stevenson University offers an online master of forensic science program. This program is ideal for working professionals who wish to learn the technology, instrumentation, and pertinent law used for collecting evidence for presentation in a court of law. Through Stevenson’s relationship with the U.S. Secret Service Lab, the Baltimore County Crime Lab, and the Maryland State Police Forensic Sciences Division, students will receive training from the top experts in the field.

Students in this program can select from two available concentration options based on their career aspirations and personal interests: Biology or Chemistry. Some of the courses in the curriculum include physical evidence at crime scenes; safety/quality control/quality assurance; serology & immunology; trace evidence; forensic toxicology; physical evidence at crime scenes; and DNA analysis.

Graduates will be ready for positions such as forensic toxicologists, forensic DNA analysts, forensic chemists, forensic latent print examiners, and crime scene investigators.

  • Location: Owings Mills, MD
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

Step 5: Apply for professional certification (timeline varies) – The American Board of Forensic Toxicology (ABFT) offers five different certification options for those in the career. These certifications require a minimum of a bachelor’s degree and at least three years of full-time professional experience in a forensic toxicology lab, including at least one year immediately before applying for certification.

The certifications include:

  • Diplomate Forensic Toxicology
  • Diplomate Forensic Alcohol Toxicology
  • Diplomate Forensic Drug Toxicology
  • Fellow Forensic Toxicology
  • Analyst Forensic Toxicology

To become an ABFT fellow, students must have completed a doctoral-level program, formal coursework, and documented training.

It should be noted that there is no federal or state requirement for forensic toxicology certification. Instead, earning one of these certifications can help open up new career opportunities and help toxicologists demand higher salaries.

Forensic Toxicology Resources

Here is a list of resources for current and aspiring forensic toxicologists to learn more about certifications, accredited degree programs, current job openings, and professional development opportunities.

  • American Academy of Forensic Sciences (AAFS)
  • American Board of Forensic Toxicology (ABFT)
  • National Institute of Standards and Technology (NIST)
  • Society of Forensic Toxicologists (SFT)

Farheen Gani

Writer

Farheen Gani writes about forensics schools across the United States, and has covered topics such as forensic chemistry and forensic science and biochemistry since 2018. She writes about healthcare, technology, education, and marketing. Her work has appeared on websites such as Tech in Asia and Foundr, as well as top SaaS blogs such as Zapier and InVision. You can connect with her on LinkedIn and Twitter (@FarheenGani).

Problems with Predictive Policing AI

“These systems are impacting people in communities. Surveillance might not seem particularly harmful, but when we see it put into practice, it’s both very carceral and helps shimmy people into the criminal legal system.”

Andrea DaViera, PhD, Community Psychologist, Community Organizer, and Educator

The roots of predictive policing can be traced back to the 1920s when the Chicago School of Sociology researched parole recidivism. They then used this data to factors that would correlate to the prediction of future crimes.

In the 1990s, this was taken a step further when law enforcement agencies began using data-driven approaches to enhance their crime prevention strategies. Pioneered by the New York City Police Department, the CompStat system emerged as an early tool that utilized statistical data to map crime patterns and trends. This system allowed for more proactive and targeted policing, which led to significant reductions in crime rates. However, it also raised concerns about the potential for disproportionate impacts on certain communities.

The incorporation of artificial intelligence (AI) into predictive policing represents a more recent evolution, beginning in earnest in the 2010s. AI algorithms have been developed to analyze vast data sets, including historical crime data, social media activity, and other relevant information, to predict where crimes are likely to occur and identify potential offenders. While proponents argue that these advancements can further enhance the efficiency and effectiveness of policing, critics caution against the risks of bias, privacy infringements, and ethical dilemmas.

Predictive policing is becoming increasingly prevalent across various domestic and international jurisdictions. In the United States, major cities like Los Angeles, Chicago, and Atlanta have adopted predictive policing technologies to augment their traditional law enforcement methods. “It is all over the place, in different ways. It’s becoming popular in big cities, but even smaller cities use predictive software or things like the strategic subjects list. Often smaller enforcement agencies collaborate with larger agencies’ data collection efforts, creating really broad networks,” says Dr. Andrea DaViera, community psychologist, community organizer, and educator at the University of Illinois, Chicago.

While these programs are touted to have benefits, they have unintended consequences, too: “These systems are impacting people in communities. Surveillance might not seem particularly harmful, but, when we see it put into practice, it’s both very carceral and helps shimmy people into the criminal legal system,” notes Dr. DaViera. “What is really the purpose of this thing? Is it to try to create safety? Because there’s a lot of evidence that it doesn’t create safety. So what can be a more creative way to think about creating safety, reducing violence, and promoting healthy relationships?”

Keep reading to learn the answers to DaViera’s questions and more.

Meet the Expert: Andrea DaViera, PhD

Dr. Andrea DaViera is a community psychologist, community organizer, and educator. She received her PhD in community and applied developmental psychology from the University of Illinois Chicago in 2024.

Dr. DaViera has two broad research interests: 1) how racism and the Prison Industrial Complex (PIC) impact health and wellness through creating the conditions for interpersonal violence and structural violence, and 2) how individuals and communities collectively resist and thrive despite racism and oppression. She aims to create systems-level impact through pairing research and community organizing.

What is Predictive Policing?

To understand the issues of predictive policing, it is first necessary to understand what it is: “Law enforcement takes historical data that they’ve accumulated through their own surveillance systems including crime data, arrest reports, geographic and socioeconomic information and try to predict when a crime is happening, who’s committing crimes, or where it might happen,” explains Dr. DaViera.

Deductions are made based on the data using algorithms and AI. Police departments use these conclusions to allocate resources, make strategic decisions, and identify individuals for surveillance or intervention.

One prominent example of predictive policing technology is the Strategic Subjects List (SSL), also known as “heat lists.” The SSL is an algorithmic tool designed to identify individuals who are deemed at high risk of either being involved in a violent crime or becoming victims themselves. This methodology, prominently implemented in cities such as Chicago, processes a variety of data points, including criminal records, gang affiliations, social network connections, and victimization histories, to compile a list of potential subjects.

“The list was historical data. It included arrest records and anyone who had interacted with the law enforcement system. Apparently, those who had simply been fingerprinted also found themselves in this data set. Then, using an algorithm, it deduced a score of whether that person would be a victim or a perpetrator of gun violence. Really interestingly, that algorithm did not distinguish whether they would be the shooter or the person being shot,” says Dr. DaViera.

The idea behind predictive policing is to apply data-driven methods to law enforcement to prevent and reduce crime. Proponents argue that these technologies can help allocate resources more efficiently, predict potential hotspots for criminal activity, and identify individuals who may benefit from intervention or support services. In theory, this could lead to a reduction in crime rates and improved community safety. However, not only does predictive policing now reduce offenses, but it has also been shown to be incredibly biased.

Issues with Predictive Policing

Despite the theoretical advantages, predictive policing introduces a host of significant concerns that cannot be overlooked. Critics argue that these systems often perpetuate existing biases, leading to disproportionate targeting of marginalized and minority communities. Additionally, the reliance on historical data, which may already be tainted by biased policing practices, further exacerbates these inequalities.

To illustrate this, Dr. DaViera references a program that was utilized in Chicago and other major cities: “There is a service called ShotSpotter/SoundThinking that places microphones all over the city to pick up sounds of gunshots and then alert police to go to that place. However, an evaluation of it found that many of those alerts didn’t lead to any violent gun situation. So, what were the microphones picking up on? They’re picking up on someone’s car, making a loud sound. They’re picking up on the train. They’re picking up on all sorts of sounds,” she says. “ But it creates an alert just the same and brings the police into a neighborhood, ready for a gun show. They are on alert for violence, which could lead to more violence.”

In fact, a survey conducted by the MacArthur Justice Center of Northwestern University Law School found that this technology sent police on 40,000 dead-end deployments in 21 months. “There’s no evidence showing that this is actually reducing crime in any way. And then the other thing is, through a Freedom of Information request, they have uncovered that the microphones are predominantly placed in black and Latino neighborhoods,” says Dr. DaViera.

Predictive policing strategies that rely on analyzing existing data sets also face challenges: “There’s a predisposition for Black and Brown people to be in the data set. Primarily because they’re over-arrested. An evaluation study of the strategic subjects list found that if you were in the data set, it only predicted that you would be arrested again. It creates a cycle where, if you’re arrested, you might be more likely to be arrested because you might be a Black or Latino person, or even just being male,” notes DaViera. “If you are on the list, you’re more likely to be interacted with by the police. And then, because of that interaction, you’re more likely to be arrested. Which leads to more future surveillance.”

According to the Stanford Open Policing Project, you are four times more likely to be stopped by the police if you are Black versus white and two times more likely to be arrested.

Not only is the data racially biased, but the algorithms used in predictive policing can incorporate substitute variables for race, further perpetuating the problem. These use proxies, such as zip codes, socioeconomic status, and historical interaction with law enforcement, often correlate strongly with race: “The Strategic Subjects List algorithm had a number of different variables over the years to create a risk score. They don’t use variables like race, but what they do use are variables like being involved in a previous shooting incident, supposed gang affiliation attempts, or previous other interactions with the criminal legal system. All those things could be considered racial proxies,” says Dr. DaViera. “Those variables are so racially biased, which makes the algorithm racist.”

Relying on such proxies can have far-reaching consequences. Not only do they sustain the cycle of over-policing in marginalized communities, but they also erode trust between law enforcement and the public. This dynamic complicates efforts to foster community engagement and cooperation, essential in creating safer and more just societies.

Alternatives to Predictive Policing Strategies

Given the numerous concerns surrounding predictive policing, it is essential to consider alternative approaches that prioritize community well-being and address underlying issues instead of relying solely on technology: “[I called for diverting] resources towards different ways of addressing safety and crime and violence. The massive amount of resources and human capital that goes into maintaining those systems are actually just quite racist, and when you try to make them more efficient, you’re actually just making the racism more efficient,” says Dr. DaViera

She continues, “We need to move away from surveillance and towards more observational policies. You can observe violence in a neighborhood without surveilling people…Observing a neighborhood could be as simple as walking through it. It can include mapping out where the resources are, where the areas of danger are, and where places are where people are able to have a safe space,” advocates Dr. DaViera.

“Another option is shrinking the size and scope of what police are supposed to do—that way 911 calls that are nonviolent are diverted to emergency and healthcare workers that are not police so they don’t show up with weapons and a badge. Instead, they show up with an ambulance and a social worker.”

Investing in community-based solutions that address the root causes of crime, such as poverty and lack of access to resources, can also create safer environments. This approach shifts away from punitive measures and toward a more holistic understanding of what creates safety for marginalized communities.

Kimmy Gustafson

Writer

Kimmy Gustafson’s expertise and passion for investigative storytelling extends to the world of forensics, where she brings a wealth of knowledge and captivating narratives to readers seeking insights into this intriguing world. She has interviewed experts on little-known topics, such as how climate crimes are investigated and prosecuted, and has written for ForensicsColleges.com since 2019.

Kimmy has been a freelance writer for more than a decade, writing hundreds of articles on a wide variety of topics such as startups, nonprofits, healthcare, kiteboarding, the outdoors, and higher education. She is passionate about seeing the world and has traveled to over 27 countries. She holds a bachelor’s degree in journalism from the University of Oregon. When not working, she can be found outdoors, parenting, kiteboarding, or cooking.

Five Most Innovative University Forensics Labs in the U.S. in 2026

Those who practice forensics are essentially scientific detectives. They must reconstruct an event after the fact, through the study of biology, chemistry, and technology. Forensic professionals study ballistics, toxicology, questionable documents, fingerprints, DNA, and trace evidence. Their findings help to convict the guilty and exonerate the innocent.

As innovation in science and technology continues, the scope and capabilities of forensic professionals grow in tandem. As such, it is no surprise that the need for forensic professionals is projected to rise much faster than the national average, according to the U.S. Bureau of Labor Statistics (2025).

The field of forensics is changing fast. There is a significant need for digital forensics services in particular and a bevy of public and private investments are going into developing best practices for human resources, which is stronger than ever now that more people are working remotely from home. However, innovation is not limited to the digital space. Plenty of money is being poured into the more long-standing areas of forensic science, as well.

As the discipline changes, innovation at the ground level is crucial. Read on to learn about the five most innovative university forensic labs, and what they are doing to stay ahead of the curve.

Methodology

The following factors were considered when selecting laboratories for this list.

  • Real-world impact: These laboratories do more than just theory. From cracking cases to establishing new industry standards, they have a real and measurable impact on the communities around them and abroad.
  • Interdisciplinary collaboration: No one achieves their full potential working in a silo. That is why these laboratories boast interagency partnerships between academia, law enforcement, and the private sector.
  • Forward-thinking: Solving today’s problems is not enough. Whether field-testing new technologies or simulating imminent cyber threats, these laboratories have their eyes firmly focused on what is coming next.

Five State-of-the-Art Forensics Labs to Know

West Virginia University Oglebay Hall Laboratories

Morgantown, WV

Oglebay Hall is where West Virginia University’s Department of Forensic and Investigative Science is located. This 18,000-square-foot facility was fully renovated in 2007 and includes faculty offices, teaching laboratories, and research laboratories. In addition, the onsite instrumentation and associated software were upgraded in 2016, giving students access to the latest technology available in the field of forensics.

Oglebay Hall is designed for specialized areas in microscopy, forensic chemistry, latent prints, questioned documents, DNA, and trace evidence. The attached Cogent Systems Laboratory boasts 12 ten-print and 12 latent print workstations, three live scan devices for electronically capturing prints, and an integrated ballistics identification system (IBIS) for bullet and shell casing analysis.

Standing alongside Oglebay Hall is WVU’s Crime Scene Training Complex, the largest complex of its kind in the country. It comprises four crime scene houses, a ballistics test center, a vehicle processing garage, and other specialized outdoor venues in the surrounding area, providing realistic simulations of fieldwork scenarios. In addition, the training complex acts as a laboratory setting for multiple crime scene investigation courses at the university and continuing education training programs for working professionals.

WVU is the first university to offer a bachelor’s, master’s, and doctoral degree in general forensic science, and Oglebay Hall acts as a center of excellence for all levels of practice in the field, where faculty, students, and professionals intermingle. In addition, these forensic science programs hold distinguished accreditation status through the Forensic Science Education Programs Accreditation Commission (FEPAC).

Purdue University Cyber Forensics Lab

West Lafayette, IN

The Purdue Cyber Forensics Laboratory is a leading computer forensics research facility associated with Purdue University’s Polytechnic Institute. The lab is focused on the emerging need for digital forensics and provides cybersecurity and cyber forensics education at the bachelor’s, master’s, and doctoral levels. In addition, the lab specializes in applied and basic research in education and training and provides additional investigative support to law enforcement. By zeroing in on digital forensics specifically, the laboratory can isolate the nuanced and contextual theoretical challenges of the future and perfect cutting-edge solutions for contemporary cyber-related issues.

The laboratory’s director Dr. Marcus Rogers, has more than 18 years of consulting experience in internet technology security. He has advised and worked alongside professionals at the highest level in the public and private sectors. In addition, the laboratory has a long history of collaboration, sharing best practices, uncovering trends, and driving research forward with law enforcement agencies, the intelligence community, and other private entities.

One such current collaboration is a partnership with the Tippecanoe County High Tech Crime Unit (HTCU), which promotes the sharing of investigative resources and co-examination of digital evidence—providing students at the lab with real-world experience and new research topics while simultaneously aiding law enforcement in ongoing investigations. The results have been highly positive.

For example, in 2010, law enforcement reached out to Purdue’s Cyber Forensics Lab about a murder case with no witnesses, video, DNA, photos, or a gun. Dr. Rogers turned the case over to his doctoral students, and their efforts led to a conviction.

Michigan State University Forensic Anthropology Laboratory

East Lansing, MI

Michigan State University offers an array of hands-on experiences in forensic science and criminology and has two laboratories focused on teaching forensic anthropology and forensic chemistry.

The Michigan State University Forensic Anthropology Laboratory (MSUFAL) is affiliated with the Department of Anthropology, located in Giltner Hall. This academic unit offers contract services to forensic investigators in identifying human and non-human remains to help law enforcement determine if additional analysis is necessary for an investigation. In addition, forensic scientists and law enforcement teams can bring remains to the laboratory.

Students and faculty from MSUFAL also travel to medical examiners’ offices in Michigan to conduct radiographic identifications. This provides conclusive evidence of the sex, age, ancestry, and stature of unidentified remains. This evidence is screened against national databases to identify missing persons. In addition, if trauma is present, the MSUFAL team can hypothesize the timing and type of injury that may have resulted in the cause of death. Finally, in the case of larger projects, forensic science researchers at MSU travel around the state and regional areas to systematically recover skeletal remains.

MSU also features a FEPAC-accredited master of science with a forensic chemistry track. The MSU forensic chemistry laboratory is housed in the chemistry building. It offers a scientific laboratory, office, and computer laboratory space to practice using equipment such as mass spectrometry and UV-visible spectrometers.

Virginia Department of Forensic Science

Richmond, VA

Virginia’s Department of Forensic Science (DFS) provides forensic services to more than 400 law enforcement agencies while remaining independent of each of them. In addition, the department has partnered with the FEPAC-accredited graduate forensic science program at Virginia Commonwealth University (VCU) since 1984. The DFS consists of a central laboratory in Richmond and several satellite laboratories in Roanoke, Norfolk, and Manassas. The four regional facilities cover various forensic areas, including controlled substances, DNA, ballistics, biology, multimedia, latent prints, toxicology, questioned documents, trace evidence, and training.

With its strong network of agencies, educators, and professionals, the DFS strives to continually advance forensic science in the Commonwealth of Virginia through quality, integrity, and impartiality. In addition, they have abundant governmental, professional, and academic resources to back them up on their mission.

DFS has always been at the forefront of forensic innovation in Virginia, especially in DNA forensics. The organization was the first state laboratory to offer DNA analysis to law enforcement, the first to create a DNA databank of convicted sex offenders and an early adopter of recording DNA samples from felony arrestees. Over time, they added the capability for familial search through the DNA databank and have racked up tens of thousands of “hits” dating back to long before such practice entered the mainstream.

Notably, the DFS is beginning construction of a central lab facility in Hanover County that will house the department’s statewide offices and the scientific services of the central laboratory.

North Carolina State University Forensic Sciences Institute

Raleigh, NC

The Forensic Sciences Institute (FSI) at North Carolina State University takes a modern and interdisciplinary approach to the progression of forensic science. It boasts several active faculty members across six colleges, a growing list of collaborators and stakeholders, and a freshly acquired $3 million in federal funding. In collaboration with the state’s Department of Justice and Office of the Medical Examiner, the institute’s stated aim is to provide research, education, outreach, and collaborative services in forensic science to communities within universities and at the state and global level.

The institute takes a three-pronged approach to forensic science, focusing on specializations such as forensic anthropology, forensic chemistry, and forensic entomology—each with its world-class laboratory to match. The research is further varied with topics as diverse as wildfire forensics, virtual crime scene analysis, forensic textiles, and the geometric morphometric classification of crania. Research is led by faculty from various disciplines, including clinical sciences, textile engineering, and molecular and biomedical sciences.

The FSI also collaborates with the National Institute of Justice (NIJ) and the National Forensic Science Technology Center (NFSTC) to host a series of Technology Transition Workshops designed to facilitate the integration of novel technologies into contemporary practice. These workshops highlight technologies developed through the NIJ’s forensic science research and development programs. They act as a critical step in the testing and analysis phase.

The institute also hosts specialized workshops on forensic photography and forensic image processing taught by retired field agents. Each year the FSI hosts a symposium on the state of forensic science, both at NCSU and throughout the community at large.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Forensic Investigations Career Guide: What to Know

Teams, not individuals, conduct modern investigations. While there is often still a point person for that team—a special agent or lead detective—they rely heavily on their team’s forensic expertise. Few cases lack a forensic element.

Careers in forensic investigation merge lab work with field work, and science with criminal justice. Under the broad umbrella of forensic investigations sit a dozen career titles, each related to its own specific type of evidence or aspect of modern investigation.

To work in forensic investigations is to work at the forefront of science and technology, all in the pursuit of justice. These careers necessitate strong detail orientation, collaboration, and integrity. One’s work goes far beyond a paycheck: it could be used in a courtroom to determine someone’s guilt or innocence. The educational requirements, employment requirements, and day-to-day life in these careers is different from many others as a result.

Read on to learn more about the diverse and interrelated careers involved in forensic investigations.

Education Requirements for Careers in Forensic Investigations

The bare minimum for a career in forensic investigation is a high school diploma and some post-secondary training, either through certificate programs or on-the-job instruction — though careers accepting that minimum are increasingly rare. The most complex careers, particularly those in the natural sciences, will require master’s or doctoral degrees.

While many educational programs offer some portion of their classes online, the laboratory-based and hands-on nature of many forensic careers means that most will incorporate some in-person component. Sometimes, that in-person component can be completed locally, and other times it is required to take place on campus. Read through any prospective program’s details thoroughly, and don’t hesitate to contact their admissions department with any questions—that’s what they’re there for.

Employment Requirements for Careers in Forensic Investigations

While investigators can work for insurance companies, private consultancies, or academic institutions, many will go on to work with law enforcement agencies at the local, state, and federal levels.

It is important to note that, given their positioning within the criminal justice system, forensic investigators must adhere to some unique employment requirements. The application process for forensic investigation jobs can include drug tests, background checks, and/or polygraph tests. Qualified candidates will have no bad credit, no serious crimes on record, and no history of recreational drug use.

Some employers have relaxed their stance on past recreational drug use, as of late with different scales applying to different drugs: how far the use was in the past, and the extent of the use, both weigh into the final calculation. But don’t fib. It’s crucial to be honest with your future employer about this information.

As any member of the forensic professions may be asked to testify in court, forensic investigations require trust and integrity, and any sign that those traits are not put forward in the application process will be dealt with swiftly.

Careers in Forensic Investigations

Arson Investigator

Arson investigators help determine the cause of fires, including whether a fire was naturally occurring or manmade. Their work will take place primarily in the field, though some lab work may be involved, too.

At a minimum, arson investigators will need a high school diploma and some experience working with law enforcement or fire departments; many transition into the role of arson investigator from working with police or fire departments. Increasingly, however, it’s common for arson investigators to hold an associate’s or bachelor’s degree; majors can range from criminal justice, to fire science, to another related field.

Specializations for arson investigators include explosive investigation, fire modeling and computer simulation, vehicle fire investigation, and wildfire investigation.

Many arson investigators choose to become professionally certified through the International Association of Arson Investigators (IAAI) and/or the National Association of Fire Investigators (NAFI).

Crime Scene Investigator

Crime scene investigators collect, document, and preserve physical evidence from crime scenes. Their work takes place primarily in the field, securing evidence that specialists in forensic laboratories will analyze.

Crime scene investigators can enter the profession through a career as a law enforcement officer, starting with as little as a high school diploma and some additional certification. Those who choose not to enter in this fashion are better off pursuing a bachelor’s degree in an area like criminal justice, forensic science, or a related field.

Crime scene investigation is a broad career title. Specialization options include forensic photography, footwear and tire tread analysis, and crime scene reconstruction.

The International Crime Scene Investigators Association (ICSIA) and the International Association for Identification (IAI) offer additional certifications for crime scene investigators.

Digital Forensics Expert

Digital forensics experts recover and analyze data extracted from computers, smartphones, and other storage mediums. While they can work for many employers, both in the public and private sectors, digital forensics experts almost always work in a laboratory or office setting.

Most digital forensics experts have at least a bachelor’s degree in cybersecurity, computer science, or a related field; it’s becoming increasingly common for them to earn master’s degrees or doctoral degrees.

Digital forensics is an enormous domain, encompassing much of the modern technology that’s become ubiquitous daily. Specializations for digital forensics include, but are not limited to: mobile forensics, cloud forensics, database forensics, and cybersecurity.

Certification is not a requirement to work as a digital forensics expert, but it is a common way to distinguish oneself and prove competency in the field. Organizations offering relevant certifications include the International Society of Forensic Computer Examiners (ISFCE), the Global Information Assurance Certification (GIAC), the Information Assurance Certification Review Board (IACRB), and the National Initiative for Cybersecurity Careers and Studies (NICCS).

Firearm and Toolmarks Examiner

Firearm and toolmarks examiners analyze ballistics information, including firearms and ammunition. As forensic scientists, they work almost exclusively in the lab, but they can also be called up as part of specialized emergency response teams.

Firearm and toolmarks examiners should have at least a bachelor’s degree, and master’s or doctoral degrees are increasingly common. While it’s possible to enter this field with education in criminal justice or forensic science, many employers are seeking candidates with advanced education in natural sciences or in physics, relying on on-the-job training to fill in gaps in criminal justice and forensic processes.

Specialization options for firearm and toolmarks examiners include bullet and cartridge case comparison, trajectory analysis, and advanced imaging and microscopy.

Those who seek optional professional certification often do so through the Association of Firearm and Toolmark Examiners (AFTE), which provides separate tracks for firearms and toolmarks.

Forensic Accountant

Forensic accountants track the flow of money and assets, particularly those in relation to financial crime. The majority of their work will take place in an office, but sometimes they’ll be required to go out into the field for interviews or further investigation. Forensic accountants can be employed widely across both the public and private sector; law firms, consultancies, accounting firms, and government bodies often employ them.

Forensic accountants will need at least a bachelor’s degree, typically as a traditional accounting major, although it’s possible to study economics, business, or forensic accounting instead. Accountants of all stripes will also need to become licensed as a Certified Professional Accountant (CPA), the requirements for which vary slightly from state to state.

Specialization options for forensic accountants include fraud examination, litigation support, and blockchain forensics.

Additional, but optional professional certification for forensic accountants is available through the American Board of Forensic Accounting (ABFA), the Association of Certified Fraud Examiners (ACFE), and the American Institute of Certified Public Accountants (AICPA).

Forensic Biologist

A forensic biologist analyzes biological evidence left at crime scenes, which can help identify victims and suspects, and establish links between the two. Forensic biologists are lab specialists, and will perform the vast majority of their work in a laboratory, though they can be called into the field as part of special response teams, and may be asked to testify in court.

Forensic biologists should have at least a bachelor’s degree in their field of practice; master’s or doctoral degrees are increasingly sought after. Advanced education in biology, microbiology, or a related field is ideal, while knowledge in criminal justice and forensic processes can be gained on the job.

Forensic biologists specialize in DNA analysis, serology, botany, and entomology.

Optional certifications are available through the American Academy of Forensic Sciences (AAFS) and the American Board of Criminalistics (ABC).

Forensic Chemist

A forensic chemist analyzes non-biological evidence left at crime scenes, including substances such as drugs, poisons, and explosives. Forensic chemists are lab specialists, and will perform the vast majority of their work in a laboratory, though they can be called into the field as part of special response teams, and may be asked to testify in court.

Forensic chemists should have at least a bachelor’s degree in their field of practice; master’s or doctoral degrees are increasingly sought after. Advanced education in chemistry, toxicology, or a related field is ideal, while knowledge in criminal justice and forensic processes can be gained on the job.

Specialization options for forensic chemists include toxicology, explosives analysis, paint and polymer analysis, and drug detection.

Professional certifications are available through the American Academy of Forensic Sciences (AAFS), the American Board of Criminalistics (ABC), and the American Board of Forensic Toxicology (ABFT).

Forensic Pathologist

A forensic pathologist is a medical doctor who investigates and helps determine the cause of death in an investigation. This is a lab-based position, but may include occasional field work, and will very often include the responsibility of testifying in court.

As medical doctors, forensic pathologists have strict educational requirements: a bachelor’s degree (typically in natural sciences), followed by medical school to earn an MD or DO, and a residency in forensic pathology. Forensic pathologists must be board-certified through the American Board of Pathology or the American Osteopathic Board of Pathology.

Forensic pathology is, in itself, a specialization of pathology. However, further specialization may be sought in neuropathology, pediatric forensic pathology, or cardiac pathology.

Forensic Psychologist

A forensic psychologist applies psychological principles to different aspects of the criminal justice system: devising profiles for potential suspects, assessing victims, and interviewing convicts. Their work can take them out of the office, into the field, to correctional facilities, and to the courtroom.

Forensic psychologists will generally need a bachelor’s degree in a field like psychology and at least a master’s degree in a related field. Some positions will require forensic psychologists to have a PhD or PsyD, particularly if responsibilities include assessment and treatment. All forensic psychologists will need to be licensed in the state where they practice.

Specialization options for forensic psychologists include criminal evaluation, correctional psychology, and police psychology.

Professional certification is available through the American Board of Forensic Psychology (ABFP).

Friction Ridge Examiner

A friction ridge examiner analyzes and compares fingerprints, palm prints, and footprints to identify and establish connections between individuals of interest to an investigation. As lab specialists, they will perform the vast majority of their work in a laboratory, though they can be called into the field as part of special response teams, and may be asked to testify in court.

As a form of forensic scientist, friction ridge examiners should have a solid educational foundation in the natural sciences: a bachelor’s degree is a minimum, and master’s and/or doctoral degrees are becoming increasingly common. Knowledge around criminal justice and forensic processes can be more acquired through on-the-job training.

Friction ridge examiners can specialize in areas such as: latent print analysis, palm print analysis, and footprint or barefoot analysis.

The International Association of Identification (IAI) and the American Board of Criminalistics (ABC) offer additional professional certifications.

Special Agent

Special agents conduct and lead investigations for state and federal investigation agencies. This is primarily field-based work, with a special agent acting as the point person for a larger, team-based investigation.

Special agents will need at least a bachelor’s degree, but majors can be in one of several different areas: everything from computer science, to accounting, to the natural sciences. Master’s degrees can be particularly advantageous, especially for those wanting to take on leadership positions and pursue specialization.

In addition to educational requirements, prospective special agents will need to be able to meet physical requirements as well. After a provisional hire, rigorous on-the-job training will include both classroom instruction and physical exercises.

Special agents may specialize under the agency they join; they can also choose to specialize further in any area of investigation.

Questioned Documents Examiner

A questioned documents examiner analyzes and compares handwriting, typewriting, and printed documents to help establish their origin, authenticity, and provenance. As lab specialists, they will perform most of their work in a laboratory, though they can be called into the field as part of special response teams, and may be asked to testify in court.

As a form of forensic scientist, friction ridge examiners should have a solid educational foundation in the natural sciences: a bachelor’s degree is a minimum, and master’s and/or doctoral degrees are becoming increasingly common. Knowledge around criminal justice and forensic processes can be more acquired through on-the-job training.

Specialization options for questioned documents examiners include handwriting analysis, ink analysis, paper analysis, and printed document analysis.

Additional professional certifications are available through the American Board of Forensic Document Examiners (ABFDE) and the International Association for Identification (IAI):

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Dangerous Minds: The Mental Illnesses of Infamous Criminals

Mental illnesses have been found in some of the U.S.’s most loathsome killers throughout history, but it’s important to note that most people suffering from these illnesses do not commit any violent offenses. These instances of mental disorders represent only a small fraction of people diagnosed and the majority of people afflicted do not engage in criminal activity, especially if given proper treatment and social support.

In the wake of a violent assault, robbery, or murder, forensic psychologists typically examine the mental correlates of criminality. In order to get to the root of behavior, these justice system professionals will often ask such questions as:

  • Did the accused have a troubled childhood?
  • Does (s)he exhibit empathy for others?
  • Does (s)he self-medicate with drugs or alcohol?

Not surprisingly, many criminals have been diagnosed with mental illnesses and may be suffering from co-occurring substance abuse.

So what are some of the most common psychological disorders associated with history’s most infamous American criminals—serial killers and terrorists in particular?

The Mental Illnesses of Infamous Criminals

Understanding the mental illness and psychological disorders of infamous criminal activities provides an in-depth insight into criminal behavior complexities. At the same time, these disorders and illnesses alone do not inherently lead to crimes, overlooked and untreated conditions can also sometimes manifest in dangerous ways when combined with societal neglect and external stressors.

Below are some of the most common and significant mental illnesses linked with criminal cases throughout history.

Schizophrenia

According to WebMD, schizophrenia—a wide-ranging (and often misdiagnosed) mental illness—lists symptoms ranging from hallucination and delusions to emotional flatness and catatonia. It is one of the most common mental disorders diagnosed among criminals, especially serial killers:

  • David Berkowitz, better known as the “Son of Sam” killed six people in the 1970s claiming that his neighbor’s dog had told him to do it. He was diagnosed with paranoid schizophrenia.
  • Ed Gein, the gruesome inspiration for fiction’s Norman Bates, Buffalo Bill, and Leatherface, murdered and mutilated his victims often keeping grisly “trophies.”
  • Richard Chase, ”the vampire of Sacramento”, killed six people in California and drank their blood.
  • David Gonzalez killed four people in 2004 and claimed he’d been inspired by “Nightmare on Elm Street.”
  • Jared Lee Loughner, convicted of killing six people and wounding 13 including U.S. Representative Gabrielle Giffords in 2011, was diagnosed with paranoid schizophrenia.
  • James Eagan Holmes, currently on trial for the 2012 “Batman murders” in Aurora, has been diagnosed with schizophrenia by 20 doctors.

Borderline personality disorder

This disease is characterized by impulsive behaviors, intense mood swings, feelings of low self-worth, and problems in interpersonal relationships (WebMD). It has also been diagnosed among some of the U.S.’s most notorious serial killers. Interestingly, this seems more common among female criminals:

  • Aileen Wuornos, the woman who inspired the 2003 film “Monster” starring Charlize Theron, confessed to seven murders in Florida. She was also diagnosed with antisocial personality disorder.
  • Jeffrey Dahmer, also known as the “Milwaukee Cannibal,” killed seventeen boys and men between 1978 and 1991. He also struggled with heavy alcohol abuse.
  • Kristen H. Gilbert killed four patients at a Northampton, Virginia hospital where she worked as a nurse by administering fatal doses of epinephrine to induce cardiac arrest.

Antisocial personality disorder

Known in the past as “psychopathy,” this mental disorder is characterized by a total disregard for the feelings of others. People with APD may lie, act out violently, or break the law and show no remorse.

WebMD reports that while APD only affects 2 to 4 percent of the population and is more common in men, it may affect up to 47 percent of male inmates and 21 percent of female inmates. It’s also been diagnosed among three of the most ruthless American serial killers:

  • Ted Bundy, an infamous killer and necrophile, confessed to 30 murders in the 1970s.
  • John Wayne Gacy, known as the “Killer Clown,” raped and killed 33 boys and young men in the 1970s.
  • Charles Manson, leader of the “Manson Family” cult and mastermind behind the 1969 murders at the home of Sharon Tate, was diagnosed with antisocial personality disorder.

Obsessive-Compulsive Disorder (OCD)

According to WebMD, Obsessive-compulsive disorder (OCD) is a mental illness that causes repeated unwanted thoughts or urges (obsessions). It also can cause you to do certain actions over and over again (compulsions). A person may have both obsessions and compulsions.

  • John List, a religious man, murdered his entire family in 1971, planning the crime to avoid financial ruin and “save their souls.” His obsessive tendencies were evident in his methodical crime scene management and rigid behavior before the murders. A court-appointed psychiatrist testified that List suffered from obsessive-compulsive personality disorder.

Dissociative Identity Disorder

Previously known as multiple personality disorder, Dissociative identity disorder (DID) is a complex psychological condition caused by several things. These include severe trauma during early childhood (usually extreme, repetitive sexual, emotional, or physical abuse). It’s also known as split personality disorder according to the WebMD.

  • Billy Milligan, an accused of multiple crimes, including robbery and the rape of three women in the 1970s, became the first person in U.S. history acquitted due to Dissociative Identity Disorder (DID). His defense revealed that 24 distinct personalities, including a violent man and a gentle young child, controlled his actions at different times.

Depression

Depression, also known as major depressive disorder, is a mood disorder that makes someone feel constant sadness or lack of interest in life. WebMD states that most people feel depressed or sad at times. It’s a normal reaction to loss or life’s challenges. But when intense sadness, including feeling hopeless, worthless, or helpless, lasts for many days to weeks and keeps someone from living their life, it may be something more than sadness. Such people could have clinical depression, a treatable medical condition.

  • Seung-Hui Cho, the perpetrator of the 2007 Virginia Tech massacre, killed 32 people before taking his own life. He had a long history of social anxiety, selective mutism, and severe depression, which led to his inability to form social connections and isolation. Despite warnings from teachers, he did not receive adequate mental health support.

Post-Traumatic Stress Disorder (PTSD)

WebMD states that posttraumatic stress disorder (PTSD) is a serious condition that develops after someone witnesses or experiences a terrifying or traumatic event involving serious physical harm or the threat of it. Examples include physical or sexual assault, an accident, the unexpected death of a loved one, a natural disaster, or a war.

  • Eddie Ray Routh, a former U.S. Marine, was convicted of murdering Christopher Scott Kyle, author of a bestselling autobiography, American Sniper, and Chad Littlefield in February 2013. He had been diagnosed with post-traumatic stress disorder (PTSD) after serving in Iraq and Haiti, which contributed to his erratic and paranoid behavior leading up to the crime.

Conclusion

While these three disorders are commonly seen among violent criminals, there have also been a number of killers who were never diagnosed with mental illnesses. For example, Dean Corll, also known as the “Candy Man” or the “Pied Piper,” kidnapped, raped, and killed 28 boys between 1970 and 1973 in Houston, Texas, and was never diagnosed. Additionally, Timothy McVeigh, the Oklahoma City bomber of 1995, killed 168 people and injured over 600, and yet he too never was given a mental illness diagnosis.

Still, mental illness in prison populations and among criminals continues to be an issue in the United States today. To decrease prison recidivism and rates of violent crime, rehabilitative services and mental illness treatments must be improved in this dangerous yet vulnerable population.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

A Guide to Digital Forensics and Cybersecurity Tools (2026)

Digital devices are ubiquitous, and their use in chain-of-evidence investigations is crucial. Today’s smoking gun is more likely to be a laptop or a phone than a more literal weapon. Whether such a device belongs to a suspect or victim, the vast swathes of data these systems contain could be all an investigator needs to put together a case.

That said, retrieving that data securely, efficiently, and lawfully is not always a simple endeavor. As a result, investigators rely on new digital forensics tools to assist them.

Digital forensics tools are all relatively new. Up until the early 1990s, most digital investigations were conducted through live analysis, which meant examining digital media by using the device in question as anyone else would. However, as devices became more complex and packed with more information, live analysis became cumbersome and inefficient. Eventually, freeware and proprietary specialist technologies began to emerge as both hardware and software for carefully sifting, extracting, or observing data on a device without damaging or modifying it.

Digital forensics tools can fall into many different categories, including database forensics, disk and data capture, email analysis, file analysis, file viewers, internet analysis, mobile device analysis, network forensics, and registry analysis. In addition, many tools fulfill more than one function simultaneously, and a significant trend in digital forensics tools is “wrappers”—one that packages hundreds of specific technologies with different functionalities into one overarching toolkit.

New tools are developed daily, both as elite government-sponsored solutions and basement hacker rigs. The recipe for each is a little bit different. Some of these go beyond simple searches for files or images and delve into the arena of cybersecurity, requiring network analysis or cyber threat assessment. When there is a tool for everything, the most pressing question is which one to use.

Below, ForensicsColleges has collected some of the best digital forensics and cybersecurity tools. In selecting from the wide range of options, we considered the following criteria:

  • Affordability: Price may not indicate quality, but collaborative peer reviews can be. Most of the tools below are open-sourced, and all are free and maintained by a community of dedicated developers.
  • Accessibility: Unlike some proprietary brands that only sell to law enforcement entities, all of these are available to individuals.
  • Accountability: Whether through open-source projects or real-world testimonials, experts have thoroughly vetted these technologies.
Stevenson University Online
Purdue Global
Southern New Hampshire University

Featured Digital Forensics and Cybersecurity Tools

Autopsy

Autopsy is a digital forensics platform and graphical interface that forensic investigators use to understand what happened on a phone or computer. It aims to be an end-to-end, modular solution that is intuitive out of the box. Select modules in Autopsy can do timeline analysis, hash filtering, and keyword search. In addition, they can extract web artifacts, recover deleted files from unallocated space, and find indicators of compromise. All of this can be done relatively rapidly.

Autopsy runs background jobs in parallel so that even if a full search takes hours, a user will know within minutes whether targeted keywords have been found. In addition, investigators working with multiple devices can create a central repository through Autopsy that will flag phone numbers, email addresses, or other relevant data points.

Developed by the same team that created The Sleuth Kit, a library of command-line tools for investigating disk images, Autopsy is an open-source solution, available for free in the interests of education and transparency.

Bulk Extractor

Bulk Extractor scans a file, directory, or disk image. It extracts information without parsing the file system or file system structures, allowing it to access different parts of the disk in parallel, making it faster than the average tool. The second advantage of Bulk Extractor is that it can be used to process practically any form of digital media: hard drives, camera cards, smartphones, SSDs, and optical drives.

The most recent versions of Bulk Extractor can perform social network forensics and extract addresses, credit card numbers, URLs, and other types of information from digital evidence. Other capabilities include creating histograms based on frequently used email addresses and compiling word lists, which can be helpful for password cracking.

All extracted information can be processed either manually or with one of four automated tools, one of which incorporates context-specific stop lists (i.e., search terms flagged by the investigator) that remove some human error from digital forensics investigation. The software is available for free for Windows and Linux systems.

COFEE

Microsoft’s Computer Online Forensic Evidence Extractor (COFEE) is a forensic toolkit that extracts evidence from Windows computers. Developed in 2006 by a former Hong Kong police officer turned Microsoft executive, the toolkit acts as an automated forensic tool during a live analysis. It contains more than 150 features and a graphical user interface that guides an investigator through data collection and examination and helps generate reports after extraction. Password decryption, internet history recovery, and other data collection forms are all included in the toolkit.

Microsoft claimed that COFEE had reduced three- to four-hour tasks to under 20 minutes at the time of its release. In addition, thousands of law enforcement agencies worldwide (including INTERPOL) use COFEE, and Microsoft provides free technical support.

In November 2009, COFEE was leaked onto multiple torrent sites. So while it is possible—though incredibly tricky—for criminals to build around the features in COFEE, it is also possible for the average citizen to now get a look at what was once the industry standard across the world for digital forensics.

X-Ways Forensics

X-Ways Forensics is a digital forensics tool used to analyze file systems, individual files, and disk images. It helps recover lost data, extract hidden information, and inspect deleted files. Supporting multiple file systems, such as NTFS, FAT, exFAT, and Ext, this tool is suitable for both Windows and Linux systems.

It also includes built-in hashing functions like SHA-256 and MD5, which verify the accuracy of the data. With its fast keyword search and filtering options, investigators can easily find relevant information from large datasets. The software also offers customizable reporting templates, making it easier to create detailed reports.

X-Ways Forensics is widely used by law enforcement agencies and cybersecurity experts for its efficiency and reliability in digital investigations.

Belkasoft X

Belkasoft X, a digital forensics tool, is used to gather and analyze evidence from mobile devices, cloud services, and computers. Helping investigators extract data such as chat messages, emails, browser history, system logs, and photos, this tool offers timeline analysis and geolocation mapping, making it easier to trace events and even locations.

Its fast search and filtering features allow users to quickly find relevant information. Belkasoft X also supports encrypted data extraction, making it useful for complex investigations. The tool regularly updates to stay compatible with the latest devices and apps, making it a reliable choice for forensic professionals.

Magnet AXIOM

Magnet AXIOM is a digital forensics tool that is used to collect, analyze, and report evidence from smartphones, cloud services, and computers. It can extract data like system logs, deleted files, and social media messages. The tool also handles encrypted information, making it useful for thorough investigations.

With its powerful filtering options and easy-to-use interface, investigators can quickly find the data they need. Magnet AXIOM also integrates with other forensic tools, allowing teams to streamline and collaborate on their investigations. Its regular updates keep it compatible with the latest technologies, making it a trusted choice for digital forensics experts.

Cellebrite

This digital forensics tool is used to extract and analyze data from cloud services, mobile devices, and computers. It helps investigators recover call logs, messages, photos, and app data, even from locked or encrypted devices. The tool also supports cloud data extraction, allowing access to information from services like social media and email accounts.

With its fast data processing and clear reporting features, Cellebrite makes it easier for investigators to review and organize evidence. Law enforcement agencies and forensic experts widely use it due to its reliability in handling complex cases.

Computer-Aided Investigative Environment

CAINE offers a full-scale forensic investigation platform designed to incorporate other tools and modules into a user-friendly graphic interface. Its interoperable environment is intended to assist investigators in all four stages of an investigation: preservation, collection, examination, and analysis. In addition, it comes with dozens of pre-packaged modules (Autopsy, listed above, is among them). Developed on Linux, the tool is entirely open-source and available for free.

Digital Forensics Framework

Digital Forensics Framework (DFF) is an open-source computer forensics platform built upon a dedicated Application Programming Interface (API). Equipped with a graphical user interface for simple use and automation, DFF guides a user through the critical steps of a digital investigation and can be used by both professionals and amateurs alike.

The tool can be used to investigate hard drives and volatile memory and create reports about system and user activity on the device in question. The DFF was developed with three main goals: modularity (allowing developers to change the software), scriptability (allowing automation), and genericity (keeping the operating system agnostic to help as many users as possible). The software is available for free on GitHub.

EnCase

The recipient of SC Magazine’s “Best Computer Forensic Solution” award for over ten consecutive years, EnCase is considered the gold standard in forensic cybersecurity investigations, including mobile acquisitions. Since 1998, EnCase has offered forensic software to help professionals find evidence to testify in criminal investigation cases involving cybersecurity breaches by recovering evidence and analyzing files on hard drives and mobile phones.

Offering a comprehensive software lifecycle package from triage to final reports, EnCase also features platforms such as OpenText Media Analyzer, which reduces the amount of content for investigators to review to close cases faster manually. With four site license options for small companies; federal, state, and local law enforcement; consulting organizations; and colleges and universities, it offers criminal justice evidence analysis through just a few clicks.

ExifTool

ExifTool is a platform-independent system for reading, writing, and editing metadata across various file types. Of particular interest to the digital investigator is the reading of metadata, which can be achieved through command-line processes or a simple GUI. For example, investigators can drag and drop different files, such as a PDF or a JPEG, and learn when and where the file was created—a crucial component in establishing a chain of evidence.

The software itself is lightweight and quick, making it an ideal inclusion in future digital forensics suites, and easy to use. ExifTool is updated regularly and is available for both Windows and macOS from the developer’s website.

FTK Imager

For tools such as The Sleuth Kit by Autopsy to work correctly, original digital copies of hard drives must be preserved before evidence can be extracted. Enter FTK Imager, a free tool that analyzes images of a drive and preserves the original integrity of the evidence without affecting its original state.

This tool supports all operating systems and enables users to recover files deleted from digital recycle bins. In addition, it can parse XFS files and generate file hashes to verify data integrity.

MAGNET RAM Capture

Analyzing a computer’s physical random-access memory (RAM), MAGNET RAM Capture enables cybersecurity investigators to recover and analyze digital artifacts stored in a computer’s RAM. With a small memory footprint, digital forensic investigators can use the tool to minimize overwritten memory data.

This tool can export raw memory data in raw formats (.DMP, .RAW, .BIN), which can be uploaded to other forensics analysis tools such as Magnet AXIOM and Magnet IEF. This free tool supports several versions of Windows operating systems.

Nagios

Considered by many as a standard network monitoring tool for large organizations, Nagios helps cybersecurity professionals monitor computer networks in real time. In addition, the Nagios platform alerts network security professionals via email or text message if a security threat occurs.

Nagios supports standard enterprise-level network services such as ICMP, POP3, SMTP, and HTTP. It is compatible with Linux, Windows, server, application, SNMP, and log monitoring services and integrates with third-party add-ons. Free trials are available.

Redline

Initially a product of Mandiant, but later taken over by FireEye, a cybersecurity firm, Redline is a freeware tool that provides endpoint security and investigative capabilities to its users. It is mainly used to perform memory analysis and look for signs of infection or malicious activity. Still, it can also be used to collect and correlate data around event logs, the registry, running processes, file system metadata, web history, and network activity.

Offering far more technical and under-the-hood capabilities than most digital forensics investigations require, Redline has broader applications in cybersecurity and other tech-driven criminal behavior where a granular analysis is critical. Redline currently runs only on Windows systems, but FireEye regularly updates it for optimal performance and it can be downloaded for free on the FireEye website.

SIFT Workstation

The SANS Investigative Forensics Toolkit (SIFT) is a collection of open-source incident response and forensics technologies designed to perform detailed digital investigations in various settings. The toolkit can securely examine raw disks and multiple file formats in a secure, read-only manner that does not alter the evidence it discovers.

SIFT is flexible and compatible with expert witness format (E01), advanced forensic format (AFF), and raw evidence formats. Built on Ubuntu, it incorporates many separate tools (including some on this list, such as Autopsy and Volatility) and puts them at an investigator’s disposal. SIFT is available for free and updated regularly.

SNORT

SNORT is an open-source network security tool that performs three tasks: sniffs for packets, logs packets, and has comprehensive network intrusion detection features. Because it is open-source, it can be downloaded and used for personal ($29.99 per year) and professional ($399 per year) applications.

SNORT helps IT security professionals analyze network security vulnerabilities and prevent them from happening. When a network intrusion occurs, cybersecurity professionals are notified, while the software blocks security intrusions.

Tor

When surveillance is a security threat, applications like Tor help PC and mobile device users remain undetectable. Tor allows users to browse anonymously and prevent identity theft through increased internet security. This is useful when users need to access websites while visiting other countries, protect their identity, or make it difficult to trace. In addition, it blocks browser plugins such as Flash, Real Player, QuickTime, and others. Finally, while it works on the iOS platform, Tor suggests iOS users use their Onion Browser for private browsing that automatically closes browsing history and extra tabs.

Tor’s mission is to “advance human rights and freedoms by creating and deploying free and open-source anonymity and privacy technologies, supporting their unrestricted availability and use, and furthering their scientific and popular understanding.”

Volatility

The Volatility Foundation is a nonprofit organization whose mission is to promote the use of memory analysis within the forensics community. Its primary software is an open-source framework for incident response and malware detection through volatile memory (RAM) forensics. This allows the preservation of evidence in memory that would otherwise be lost during a system shutdown.

Written in Python and supportive of almost all 32-bit and 64-bit machines, it can sift through cached sectors, crash dumps, DLLs, network connections, ports, process lists, and registry files. The tool is available for free, and the code is hosted on GitHub.

Wireshark

Wireshark is the world’s most-used network protocol analysis tool, implemented by governments, private corporations, and academic institutions worldwide. As the continuation of a project that began in 1998, Wireshark lets a user see what is happening on a network at the microscopic level. By capturing network traffic, users can then scan for malicious activity.

Captured network data can be viewed on a graphical user interface on Windows, Linux, macOS, and several other operating systems. The data can be read from Ethernet, Bluetooth, USB, and several others, while the output can be exported to XML, PostScript, CSV, or plain text.

Wireshark’s applications remain primarily in cybersecurity, but there are digital forensics investigation applications. Less about the smoking gun than the breadcrumb trail, Wireshark can point an investigator in the direction of malicious activity so that it can be tracked down and investigated.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

10 Cold Cases Solved

Solving cold cases provides closure for families who have waited years for justice. Recent developments in DNA evidence analysis and true crime artistry are hastening these long-overdue resolutions. Unfortunately, closing a case also means bringing up painful memories associated with these tragedies. However, knowing the full truth of what happened can bring peace of mind to loved ones of murder victims whose deaths have been shrouded in mystery and heartbreak.

With the increasing use of DNA analysis, cold cases are being solved faster than ever. In the past, cold murder cases could remain unsolved for decades due to a lack of evidence. However, modern advances in DNA technology mean that police can now solve the most long-term murder cases and overturn wrongful convictions.

For example, in Germany in 2023, a man was arrested as a suspect in a 1988 cold murder case after police used DNA analysis to match the suspect’s profile with evidence from the crime scene. Moreover, in 2017, DNA testing exonerated 71-year-old Craig Coley of a double murder he was wrongfully convicted of in 1978.

True crime media and stories have become increasingly popular in recent years, as they provide a medium to explore the intricacies of unsolved cold murder cases and other mysteries. While it is easy to dismiss true crime solely as entertainment, its presence in society has undeniably contributed to solving historical cold cases.

Michelle McNamara, an American true crime author and journalist, wrote a bestselling book about the Golden State Killer, which was published posthumously after her death in 2016. Her book turned into an HBO docu-series titled “I’ll Be Gone in the Dark,” and two months after its release, police arrested and later convicted serial killer and rapist Joseph James DeAngelo. The true crime genre does more than sell books: it brings attention to previously forgotten cases and helps generate public interest in unsolved crimes.

Thanks to advances in forensic genealogy and other cutting-edge technologies, forgotten crimes can now be reexamined with much greater accuracy, unlocking new leads that would otherwise remain hidden with the support of specialized DNA databases. At the same time, the popularity of true crime books, TV series, and podcasts has raised public interest in unsolved mysteries, encouraging citizens to submit any additional evidence or tips that could help bring closure and justice to victims’ families. These two forces have ushered in a new era of cold case solving.

Check out this list of 10 cold murder cases that have been solved thanks to modern DNA analysis and true crime journalists. Each of these cases was considered unsolvable until advances in forensic science and mainstream media made it possible to bring long-awaited closure and justice for the victims’ families.

Cold Cases Solved

1. Conviction of the Golden State Killer, 1974-1986: Solved through DNA evidence.

Joseph James DeAngelo was arrested and charged with 13 counts of murder in 2018, linked to multiple unsolved cold cases that dated as far back as 1974. To find him, investigators used public genealogy databases matching the efforts with data obtained from the victims’ relatives leading them closer and closer until they found DeAngelo himself by using his discarded items, such as razors and napkins, to obtain his DNA which connected him to 13 murders, 51 sexual assaults, and 120 burglaries.

The HBO limited series “I’ll Be Gone in the Dark,” released shortly before DeAngelo’s arrest in 2018, featured the case of the Golden State Killer, as told through interviews with victims, family members, and investigators, providing an in-depth look at how this unsolved case was eventually solved. In 2020, The Guardian reported DeAngelo was sentenced to life in prison without the possibility of parole.

2. Murder of Susan Berman, 2000: Solved through witness testimony.

Robert Durst is a New York real estate heir who has been accused of, and convicted of, several criminal activities. He was initially arrested in 2001 for the murder of his neighbor in Galveston, Texas, but he was eventually acquitted after claiming self-defense. The investigation into this case reignited in 2015 when Durst was a key suspect in the disappearance of his first wife, Kathie McCormack Durst. The documentary series, “The Jinx: The Life and Deaths of Robert Durst,” detailed the alleged criminal activities.

On the same night, the final episode aired, Durst was arrested for the murder of Susan Berman, his long-time friend, who knew the truth about the disappearance of Durst’s first wife. In September 2020, Durst was sentenced to life in prison for the first-degree murder of Susan Berman in December 2000. Shortly after, he was charged with the murder of his first wife, but it never went to trial. According to The Guardian, Durst died in a California hospital in January 2022 while serving his life sentence.

3. Murders and Sexual Assault of Lloyd Duane Bogle and Patricia Kalitzke, 1956: Solved through DNA evidence.

In 1956, three boys discovered the body of 18-year-old Lloyd Duane Bogle near his car with a gunshot wound to the head, the victim’s hands tied behind his back. The following day, a county road worker uncovered 16-year-old Patricia Kalitzke’s body north of Great Falls; she was shot and sexually assaulted.

These killings remained unsolved until June 2021, when investigators announced they had used DNA evidence and forensic genealogy to crack the case, making it one of the oldest cold cases solved using these methods. Unfortunately, the killer, Kenneth Gould, died in 2007.

Still, according to NPR, his surviving family members cooperated with investigators and gave their DNA samples to confirm he was the murderer, bringing closure to a 60-year-old case.

4. Death of Baby Theresa, 2009 : Solved through DNA evidence.

In 2022, new developments in the 2009 “Baby Theresa” case were revealed. A moniker given to a nameless newborn found by the side of a road, the body of Baby Theresa was found on June 5, 2009, deceased and tied up in a garbage bag near Theresa, Wisconsin. DNA evidence identified Baby Theresa’s biological parents, Karin Luttinen, and her boyfriend (who was not named in the case). Authorities found the parents through DNA technology, according to WMTV.

Forensic investigation showed that “Baby Theresa” died during or soon after birth and was not murdered, but whose body was abandoned. In September 2022, Karin Luttinen was sentenced to three years of probation after her guilty plea for concealing the death of a child.

5. Murder of Nancy Marie Bennallack, 1970: Solved through DNA evidence.

For nearly 52 years, the cold case of Nancy Marie Bennallack’s murder had been a mystery. In October 1970, the 28-year-old court reporter was brutally stabbed in her Sacramento apartment. Her family, friends, and even her then fiancé, whom she was supposed to marry about a month later, had no answers for decades about who killed her.

In August 2022, Yahoo! News reported investigators from the Sacramento County Sheriff’s Office and Sacramento County District Attorney’s Office identified Richard John Davis as Nancy’s killer thanks to the advanced technology of DNA genealogy techniques, which have been used extensively to capture the Golden State Killer. Davis died from complications of alcoholism in 1997 at age 54. The cold case was finally put to rest after more than four decades.

6. Murder of Anna Jean Kane, 1988: Solved through DNA evidence.

The cold case of Anna Jean Kane’s murder goes back over 35 years, making it one of the longest unsolved cases in Pennsylvania. The brutal crime occurred on October 23, 1988, alongside a road in Perry Township. After decades of dead-ends, breakthrough DNA genetic genealogy technology has finally identified Scott Grim as the killer. Pennsylvania State Police and Berks County District Attorney John Adams broke the news in August 2022.

It is an incredible development that offers long-awaited closure for Anna Kane’s family, especially with added insight from a chilling letter sent to a local newspaper after her death that contained intimate details of the crime.

In February 1990, the cold case was reignited when an anonymous letter, signed by a “concerned citizen”, addressed the newspaper containing “numerous intimate details” about the murder. State Police Trooper Daniel Womer said this led them to believe that the letter’s author may have been responsible for the homicide. The saliva-sealed envelope from which the letter was sent tested positive for DNA matching that on Kane’s clothing, indicating Scott Grim as a possible suspect.

Unfortunately, Grim passed away in 2018 due to natural causes and could not be brought to trial to testify. He had been just 26 years of age at the time of Kane’s murder, according to NBC.

7. Murder and Sexual Assault of Fawn Marie Cox, 1989: Solved through DNA evidence.

The cold case of Fawn Cox has been a source of deep grief and immense frustration for Kansas City Missouri Police Department detectives over the last three decades. On June 26th, 1989, someone broke into her bedroom window and sexually assaulted her before killing her in cold blood—all while the rest of her family slept on, oblivious to the violence happening in the other room. Thankfully, crime scene investigators collected bodily fluids from a potential suspect then, although current forensic technology did not allow them to pinpoint the culprit.

Using genealogical DNA results, they could narrow in on Donald Cox, Jr., Fawn’s cousin, who had passed away in 2006. Though his death was not due to foul play, it was suspicious enough for the medical examiner to retain a blood sample from the investigation. Upon extraction and comparison with an existing DNA profile from the original crime scene 14 years prior, there proved to be a match. When investigators shared this discovery with Fawn’s family in November 2020, both of her still-living parents expressed sorrow yet relief that their suspicions may have been true all along.

8. Murder and Sexual Assault of Jodi Loomis, 1972: Solved through DNA evidence.

The cold case of Jody Loomis had haunted families and police officers for 47 years, until a stunning development in 2019 when the Snohomish County Sheriff’s Department identified a suspect, according to the Seattle Times. On August 23, 1972, when Jody Loomis’ body was discovered lying by a dirt road with a gunshot wound above her right ear, DNA evidence was preserved on her body and boots.

Years later, the evidence was submitted for genetic genealogy identification. It linked it to 78-year-old Terrence Miller, who lived only 17 minutes from the crime scene where Jody had been murdered. This compelled officers to arrest and charge Miller with first-degree murder. Using DNA evidence, authorities could match Miller’s genetic profile to the semen collected from Jody’s boots. Unfortunately, Miller took his own life just hours before he was to be convicted by a jury.

9. Murder and Sexual Assault of Shannon Rose Lloyd and Renee Cuevas, 1987: Solved through DNA evidence.

In May 1987, police were stymied by the death of Shannon Lloyd in Orange County, California, who was found sexually assaulted and strangled to death in her own apartment. Though a suspect wasn’t found at the time, two whole years later, in 1989, another California woman, Renee Cuevas, met with a similar destiny—and both cases were separately investigated until 2003 when CODIS (The Combined DNA Index System) revealed that their crime scenes shared the same genealogical match. However, no suspect could be pinpointed from the data collected.

In 2021, investigators turned to a revolutionary approach: using genetic genealogy to find suspects. This technique finds partial matches using an unknown individual’s sample of DNA and attempts to build a family tree based on these similarities.

According to NBC Los Angeles, the DNA investigation led detectives back to Rueben Smith, who had lived in the area during both crimes. It was revealed that he had a criminal record for sexual assault and attempted murder in Las Vegas dating back to 1998; a DNA sample taken then was later used to connect him to the cold case murders. In 1999, Mr. Smith died by suicide.

10. Murder of George and Catherine Peacock, 1989: Solved through DNA evidence.

After a cold case of 33 years, the mystery surrounding the 1989 murders of George and Catherine Peacock of Danby, Vermont, had finally been cracked. The couple, aged 76 and 73 at the time, had been stabbed to death in their home with no signs of forced entry.

Michael Louise, the Peacocks’ son-in-law, was identified as a suspect a few weeks later, but he remained free due to an absence of hard evidence against him. Nearly two decades later, in May 2020, according to NECN, a cold case unit from Vermont finally got its break when new forensic tests on a blood sample found in Louise’s car linked back to George Peacock. In 2022, police arrested Louise for double homicide, and justice for the Peacocks was served posthumously.

Addendum & Updates

Forensic science continually evolves; sometimes, fresh evidence helps crack old cases. The emerging use of DNA evidence and true crime journalism often helps to unravel the truths of old mysteries.

While we do our utmost to keep abreast of changing developments in these fascinating cases, we invite you to send any updates or to recommend additional cold cases to consider to our “Contact Us” link at the bottom of the page. Thank you in advance for helping to keep others informed.

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Methodology

The following criteria were used in compiling this list of 10 Solved Cold Cases:

  • 1. Crime Committed: Each cold case on this list was related to unsolved murders, sexual assaults, or missing persons.
  • 2. Length of Case: All cold cases in this piece are at least ten years old and, in many cases, are three to six decades old.
  • 3. Recently Solved: All cold cases featured here were solved in 2019 or later, with a formal criminal conviction (for living criminals) or DNA evidence match (for deceased suspects).

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Criminal Justice vs. Forensic Science

Criminal justice and forensic science are two degrees often pursued by those with a sincere interest in and passion for the criminal justice system. Indeed, a degree in either of these fields can eventually lead to a career in law enforcement in a number of capacities, including crime scene analysis, crime scene investigation, or as a forensic science technician.

That said, while there are certain similarities between these two areas of study, there are also stark differences that any aspiring student should be aware of. As such, the following information provides an overview of the two fields of study, along with a side-by-side comparison for convenience.

Similarities, Differences, and Overlap

Very often, schools that provide a program in criminal justice will list forensic science as a specialization within the former; as such, students at such an institution can obtain a degree in criminal justice with a focus on forensic science, and obtain a comprehensive knowledge of both. In other cases, however, the degrees offered will be separate, although there may be substantial overlap between the two.

Most importantly, the study of criminal justice and forensic science focuses on the justice system as a whole. Furthermore, a significant amount of time in both fields will likely be devoted to studying crime and its numerous effects.

Beyond this, however, is where the two areas of study begin to differ. While the study of criminal justice focuses on crime, it examines the causes of crime, law enforcement responses, and prevention methods to consider and employ in the future. As such, a student pursuing a degree in criminal justice can expect to take courses in law and legal theory, law enforcement philosophies and theories, sociology and criminal behavior, and other related areas of criminology. A developed understanding of concepts within each of these subfields can help a student of criminal justice apply this to real-world situations, and perhaps even obtain future employment as a police officer or detective, an FBI agent, an immigration officer, or any other member of a law enforcement agency.

In contrast, those studying forensic science will also examine crime, yet from an entirely different perspective. This field of study focuses on applying scientific methods to understand all aspects of a crime, including the perpetrator and the causes. Those studying forensic science are certain to take courses in the physical sciences, such as biology and chemistry, as well as courses related to DNA and fingerprint analysis, crime scene procedures, and other types of forensic analysis.

Because forensic scientists routinely interact with law enforcement, students will likely also take courses on forensic case reporting and investigation techniques. Although there is no single career path for a student in this field, possible future options include employment as a forensic pathologist, toxicologist, evidence technician, or even an intelligence analyst, depending on the level of education the student pursues.

It is readily apparent that a degree in criminal justice is more focused on the theory of crime, crime prevention, and its repercussions on society, while forensic science emphasizes the physical evidence of crime and its importance as evidence. Indeed, it is possible to view a criminal justice program as more akin to a social science, wherein students focus on law and sociology. In contrast, forensic science retains similarities to a lab science program with a greater emphasis on physical evidence analysis, crime, and legal procedures related to crime scene investigation.

These two fields of study do overlap, however, in that they are both focused on crime, its effects and causes, as well as the actions that can be taken thereafter to pursue justice. Finally, while both of these fields of study are often considered synonymous with crime scene investigation (CSI), this is not the case. Indeed, while all three of these fields share significant overlap, a degree in crime scene investigation is more specific. While a CSI program may draw from both criminal justice and forensic science, those interested in working in CSI should expect to undergo additional training in investigative techniques. As such, anyone specifically hoping to work as a crime scene investigator should understand the steps to becoming a CSI before making a final decision.

Side-By-Side Comparison

The following provides a side-by-side comparison of the fields of criminal justice and forensic science, including information on future coursework, available specializations, possible career options, and more. Anyone hoping to obtain a degree in either of these two fields should become familiar with this comparison before deciding on which path to take.

Criminal JusticeForensic Science
How do the fields define and differentiate themselves?Criminal justice examines the theory of crime, its causes, and its effects. It generally focuses on a sociological aspect of crime when examining law enforcement and prevention.Forensic science is a field that utilizes existing scientific methods to examine a crime and its evidence to provide information on its perpetrators and causes.
What department is the program typically part of within the educational institution?This varies based on the institution; in some schools, the criminal justice program may be found within the department of criminal justice or criminology, while in others it may be housed within the school of public affairs, and in others still it may be contained within the department of political science.The forensic science degree may be part of the department of criminal justice or criminology, although students should be expected to take courses in departments related to natural sciences and lab work.
What bodies of knowledge will studies focus on in pursuit of their degree?Overall, those pursuing a degree in criminal justice will likely encounter the following areas of study:
Sociology
Legal theory and philosophy
Law and law enforcement methods and theory
Criminal behavior and criminology
Ethics
Corrections
While a student of forensic science will likely take classes related to criminal justice, he or she should expect to be exposed to the following subjects as well:
DNA, blood stain, and fingerprint analysis
Toxicology
Forensic case reporting
Forensic anthropology, microscopy, and chemistry
Criminal procedure and crime scene investigation
Forensic pathology
What specializations, if any, are formally available as part of the program?In some cases, students may be able to specialize in forensic science while pursuing a degree in criminal justice. Other specializations include corrections, policing, homeland security, emergency management, cybercrime, and criminal behavior.Sometimes forensic science itself is offered as a criminal justice specialization, although in such cases the program tends to emphasize breadth of forensic understanding, whereas standalone forensic science degrees tend to emphasize lab science related to evidence. Specializations might include DNA and serology, toxicology, or death investigation.
What established occupations will students be prepared for after receiving a degree?After obtaining a degree in criminal justice, students will be prepared to work in various law enforcement positions, including as police officers, FBI agents, homeland security or immigration officers, or even border patrol officers, many of which are described in detail by the Bureau of Labor Statistics (BLS 2025).A forensic science degree may allow a student to pursue employment as a forensic toxicologist, a crime scene or forensic science technician (as described by the BLS), or an intelligence officer, among a number of other vocations.
Are there additional educational opportunities available after pursuing an undergraduate degree in this field?Upon obtaining an undergraduate degree in criminal justice, students may choose to pursue a graduate degree, either in criminal justice or a number of other fields, including law, philosophy, or sociology.Myriad educational opportunities exist after obtaining an undergraduate degree in forensic science, including graduate programs in forensic science, cybersecurity, digital forensics, and related fields. Undergraduates may also go on to pursue medical degrees if they are interested in careers as forensic pathologists or forensic psychiatrists, for example.
What emerging occupations will students be prepared for after receiving a degree?Because of the importance of future technology in our society, emerging jobs in criminal justice will include positions in computer forensics, as well as homeland security and private security.Emerging positions available to those with a degree in forensic science may include cybersecurity and digital forensics specialists, as well as roles in overall computer forensics.
Name some schools that offer online degrees in these fields.The following is a list of eight schools that offer online degree programs in criminal justice:
St. Joseph’s University
Florida International University
Los Angeles Pacific University
University of Cincinnati
Liberty University
Portland State University
Tiffin University
The following is a list of eight schools that offer online degree programs in forensic science:
University of Florida
University of Maryland Global Campus
University of Central Florida
LaSalle University
Stevenson University
Oklahoma State University
Keiser University
National University
The bottom line: what to know.While the field of criminal justice is expansive and encompasses an extensive array of topics, students in pursuit of a degree in this area of study should expect to become intimately familiar with the criminal justice system, as well as legal theory and philosophy, methods of law enforcement, sociology, and law in general. Overall, a degree in this field prepares a student for a career in a wide range of criminal justice areas (particularly with further specialization), but most commonly in law enforcement, corrections, or homeland security.Overall, forensic science focuses on analyzing the physical evidence of a specific crime to determine its causes and perpetrators. As such, a student pursuing a degree in this field will develop extensive knowledge of subjects such as chemistry and biology, toxicology, DNA analysis, forensic anthropology and microscopy, forensic pathology, forensic reporting, evidence collection, and evidence maintenance. A degree in forensic science will likely prepare a student for a career as a forensic analyst, crime scene technician, forensic toxicologist, DNA analyst, or other vocation related to forensic science.

Willow Dawn Becker

Writer

Willow is a blogger, parent, former educator and regular contributor to www.forensicscolleges.com/. When she's not writing about forensic science, you'll find her blogging about education online, or enjoying the beauty of Oregon.

The Great Capital Punishment Debate: Are Executions of Criminals Ethical?

The origins of the death penalty in the United States date back to 1608, when Captain George Kendall was executed by firing squad in the Jamestown colony of Virginia for being a spy. Since that time, more than 14,000 people have been legally executed.

In 1972, the outcome of Furman v. Georgia put a nationwide moratorium on the practice of capital punishment in the United States. Three years later, however, Gregg v. Georgia gave states the right to reinstate the death penalty upon fulfillment of certain conditions. In the 54 years since that ruling, a number of cases have challenged the use of capital punishment, but it has been upheld by the Supreme Court, allowing for the execution of over 1,650 people since 1976.

In modern times, the use of capital punishment may be employed in cases of homicide, and possibly treason or espionage. Lethal injection is the primary method used in 27 states with authorized executions. A secondary method may be used in some of those states if the former is unavailable or found unconstitutional, and in some cases, if the prisoner requests alternate means. These may include electrocution, firing squad, lethal gas, nitrogen hypoxia, or hanging.

In the article that follows, Dr. Jeffery Ulmer generously lent his expertise to our exploration of the ethics of this controversial practice.

Interview with Dr. Jeffery T. Ulmer, Professor of Sociology and Criminology

Dr. Jeffery T. Ulmer is a distinguished professor of sociology and criminology at Pennsylvania State University. He studies the sociology of criminal punishment with a focus on inequalities in criminal sentencing, especially race and ethnic disparity as well as the effect of social contexts on local courts and sentencing.

In addition to his teaching and research activities, Dr. Ulmer has a prolific record of scholarly publications. His most recent works, articles published in Journal of Crime and Justice and in Social Science Research in 2024, deal with racial and also contextual (or geographic) disparity in Pennsylvania’s death penalty.

The Arguments in Support of Capital Punishment

Proponents of the death penalty adhere to two main arguments: deterrence and retribution.

Deterrence is the claim that the death penalty saves lives. Marginal deterrence is what is most often referred to in debates on capital punishment. Dr. Ulmer explained that marginal deterrence tells us, “If you have the death penalty, does that give you more deterrence of homicides than life without parole? The answer is marginal, more than or less than.” Absolute deterrence, on the other hand, “refers to whether the death penalty deters anybody anywhere,” he clarified.

The second main argument, retribution, deals with moral deservedness. The famous line from Gilbert and Sullivan’s 1885 Victorian English comedy, The Mikado, “Let the punishment fit the crime” is apropos here. The retribution stance stems from the belief in getting one’s “just deserts” or taking “an eye for an eye” in the sentencing of homicide convictions.

The Arguments Against Capital Punishment

Opponents of the death penalty have several angles.

First is the issue of wrongful conviction, and thus, potentially wrongful execution. More than 200 death row prisoners have been exonerated since 1973 due to wrongful convictions.

And though it is impossible to know the number of wrongful executions throughout history, the Death Penalty Information Center has published a list of 21 cases of executions within the last 40 years with strong evidence of innocence.

Second is the concern of mental illness and cognitive disability among those sentenced to death—the rates of which are very high among the death row populations. Resolution 122A of The American Bar Association, passed in 2006, exempts individuals with severe mental illness from the death penalty. Similar resolutions are endorsed by the National Alliance for the Mentally Ill, the American Psychiatric Association, and the American Psychological Association. This came into play in the recent overturning of the capital sentence of Raymond Riles, the longest-serving death row prisoner, sentenced in 1976 by the Texas Appeals Court.

And third is the argument of inequality in capital punishment, which highlights disparities related to race and ethnicity, socioeconomics, and geography.

Moral Absolutes vs. Social Science

As revealed above, there are philosophical arguments, or moral absolutes, as well as arguments that can be substantiated with evidence from social science research on both sides of the capital punishment debate.

Moral absolutes are rooted in moral, ethical, and philosophical belief systems. Some are rooted in religious doctrine; others stem from individually-held values from a variety of sources.

From a social science perspective, however, an argument, whether for or against capital punishment, needs to be measurable.

A moral absolute on the pro side is the concept of retribution (moral deservedness) and absolute deterrence (even if one person is deterred from murder, the death penalty is justified).

And on the con side, the belief that we should not take life, as ascribed by the Catholic Church, as well as those with other or no religious affiliation. This is also a moral absolute: a belief with moral/ethical value for those that hold them, but which cannot be measured.

A measurable claim on the pro side is the argument of marginal deterrence (i.e., are there more or fewer homicides in areas with the death penalty vs. life without parole?), and on the con side, mental illness (i.e., how many prisoners sentenced to death suffer from severe mental illness?).

Both can be measured. Sometimes, however, the lines become blurred.

Some issues lay at the intersection of these concepts. On the proponent’s side, the deterrence argument contains both the measurable and the moral absolute. And on the opponent’s side, Dr. Ulmer explained that the issue of inequality is “another intersection of the scientific, the evidence-based, and the ethical.”

So what does the evidence say?

The Evidence on Deterrence

A social scientist, Dr. Ulmer studies what the research reveals about criminal behavior and sentencing in the United States. He explained, “In principle, the deterrence argument is testable. Right? You can see, does it deter crime?”

He continued,

There is a large [body of] literature on whether the death penalty deters crime as a marginal general deterrent. The National Academy of Sciences actually put out a report in 2012, assessing the general state of the death penalty deterrence literature…and the conclusion they [came] to is, it’s indeterminate…there’s no strong evidence…there’s no definitive evidence that the death penalty is a deterrent to homicides.

But it hasn’t been completely disproven either and, in principle, you still could find that it could deter…but that wasn’t exactly a ringing endorsement of the deterrence idea.

But then, proponents can fall back on this other kind of untestable, absolute deterrence argument, and say, well, absolute deterrence is, “Does this deter anybody anywhere? Does the existence of it prevent some unknown, unmeasurable number of murders?” That, we’ll never know, but if it’s any, that’s absolute deterrence.

Could the same morally absolute thinking be applied to the idea of wrongful conviction? That if there is a chance of even one innocent person being put to death, then the practice is ethically wrong and should be abolished?

The Evidence on Inequality

Dr. Ulmer’s research is especially focused on issues of inequality in criminal sentencing. As mentioned above, there are three areas of particular concern here: race and ethnicity, socioeconomics, and geography.

With regard to race and ethnicity as a predictor of death sentencing, the “white victim effect” is found in most studies in this area:

The killing of white victims seems to produce more seeking of the death penalty by prosecutors and more death sentences than the killing of Black victims, in many studies, regardless of what race the defendant is.

So the race and ethnicity of the victim can be used as a predictor of death sentencing in homicide cases.

While the connection of socioeconomics to crime rates is not a new finding in the literature, the intersection of the three—race and ethnicity, socioeconomics, and geography—paints a lesser-known picture. According to Dr. Ulmer, what the research reveals with regards to socioeconomics is that,

The biggest predictor of homicide rates is region…concentrated socioeconomic disadvantage…the more poverty, unemployment, and racial segregation and isolation you have in a given city, state, or county, the higher the homicide rate will be. Economics is at play in the production of murders.

And with a nod to the work of public defenders and court-appointed lawyers, Dr. Ulmer pointed out that, “The whole criminal justice system can work differently if you have resources.”

It is the question of geography, also referred to as context, that Dr. Ulmer insists is “not a bug, but a feature” of the U.S. criminal justice system:

Going back to Furman, central was inequalities and how the inequalities produce an arbitrariness to the death penalty, a capriciousness. Justice Stuart likened it to being struck by lightning…Justice Breyer said, “It’s cruel and unusual in the way that getting struck by lightning is cruel and unusual because it’s so random. It’s so arbitrary.

This gets at the issue of geographical disparity. Where you are shapes your chances of being sentenced to death—not just the fact of whether you’re in a state with the death penalty but what county you’re tried in within that state. This arbitrariness and capriciousness—the exact terms that were used in the Furman decision—reveal a geographic disparity that creates major ethical problems for the use of the death penalty.

But on the other side, Justice Thomas wrote that local criminal justice courts have the prerogative to punish crime according to local standards. He argued that if a locale finds a certain crime so heinous, they should be able to sentence it in the most severe way. Who are we to stop them?

Dr. Ulmer’s response: “Like I said, it’s not a bug, it’s a feature. [Arbitrariness] comes with local control over sentencing.” He added, “If there are inequalities, what are the ethics of executing people or sentencing people to death in an unequal and arbitrary manner?”

A Salient Point with Regard to Retribution

Something important to know about capital punishment is that there is a historical lack of follow-through. This might sound like good luck for those sentenced to death. However, the practice raises some ethical concerns.

Although the death penalty is used in sentencing, it is rare for a person to actually be executed. This has been historically the case in states like Pennsylvania and California, especially. For various reasons, defendants have been sentenced to death but never executed. Why? Dr. Ulmer explained,

Sometimes it’s because no governor wants to sign a death warrant; other times, like in Pennsylvania, it’s really due to the Federal Circuit that we’re in and their willingness to let executions proceed in terms of appeals. They’re very, very cautious.

In fact, Pennsylvania hasn’t executed anyone since 1999, and that was a voluntary execution. This means that the person gave up their right to appeal, essentially saying, “I don’t want to fight this anymore, I want to be executed,” Dr. Ulmer said.

There hasn’t been an involuntary execution—someone convicted, sentenced, and actually put to death—in Pennsylvania since 1963. What this means is that people are sentenced to death but not executed for years—if ever. Essentially, this boils down to serving a life sentence on death row.

So, what are the ethical implications of keeping people on death row indefinitely? Dr. Ulmer continued:

It’s a years- or even decades-long punishment [with] this thing hanging over your head. Plus, you are living in the conditions of death row, which is typically a 23-hour lockdown. Very limited visitation. Isolated to a very small cell. Limited materials to read…[it] depends on the state but conditions on death row are much more restricted than the general prison population.

Considering this and with regard to the retribution argument, perhaps the question becomes: Is a capital sentence (i.e., being sentenced to death row) proportional to the crime?

Any way we look at it, the practice of criminal execution warrants serious thought and deliberation.

Cevia Yellin

Writer

Cevia Yellin is a freelance writer based in Eugene, Oregon. She studied English and French literature as an undergraduate. After serving two years as an AmeriCorps volunteer, she earned her master of arts in teaching English to speakers of other languages. Cevia’s travels and experiences working with students of diverse linguistic and cultural backgrounds have contributed to her interest in the forces that shape identity. She grew up on the edge of Philadelphia, where her mom still lives in her childhood home.

Handwriting Analysis & Forensic Document Examination Education Guide

Many people grow up wanting to fight crime. But while not all of us can become superheroes or even police officers, there are many ways people can assist in identifying, prosecuting, and convicting criminals in the field of forensic science. Because a signature is legally binding and easily forged, forensic document examiners examine writing samples to determine fraudulence or innocence.

By evaluating letter and word spacing, spelling, and grammar patterns in handwritten samples, forensic document examiners or FDEs can provide critical evidence and testimony to prove innocence or support prosecution in fraudulent crimes.

When a company or a government agency needs to prove who signed a document, a handwriting analyst or forensic document examiner is called in to confirm the validity of a signature. Professionals in handwriting forensics use many tools such as basic measuring instruments, microscopes, scanning microscopes, and other optical aids. They may also use imaging materials like photography, computer imaging, and materials suitable for different lighting methods, including ultraviolet, visible, infrared, and other regions of the electromagnetic spectrum. These, and other methods, enable them to confirm that a person’s handwriting is, in fact, their own.

If you are interested in detailed and meticulous work and prefer examining handwriting over blood spatters, forensic document examination may be the right field for you. These highly-trained specialists use scientific methods to determine the origin and integrity of all types of documentation. Read on to learn more about how forensic document examiners use handwriting analysis to solve crimes.

Handwriting Analysis & Forensic Document Examination Overview

Handwriting analysis and forensic document examination are processes of using scientific methods to determine the origins of documentation, both written and electronically produced. The term “handwriting analysis” is not to be confused with “graphology,” which is the process of determining a person’s psychological state or personality through the use of his or her handwriting.

Handwriting analysis and forensic document examination may also be known as “questioned document examination” (QDE), simply “document examination,” “handwriting examination,” or “diplomatics.” It is important to note that there is overlap between forensic document examiners and handwriting analysts, though some experts choose to specialize in either one discipline or the other. In most cases, QDE involves comparing an unknown writing sample with a sample from a known writer and determining whether the two samples belong to the same person.

Forensic document examiners work closely with the criminal justice system, often employed by government agencies or independent consultants. A forensic document examiner must be trained to appear as an expert witness in court and present his or her expert opinion in other venues such as depositions and reports.

Handwriting Analysts & Forensic Document Examiners Career Outlook

The U.S. Bureau of Labor Statistics tracks career information for forensic science technicians. The title can include many types of forensic scientists, including forensic document examiners. From 2024 to 2034, the career is expected to grow at a rate of 13 percent, which is much faster than the average for all occupations in the country (BLS 2025).

Increased interest in forensic sciences, driven by popular media, means competition for jobs will be stiff in the coming years. Advancing technology will also mean that even those forensic science technicians employed will need to be diligent with staying on top of new trends and training to remain competitive in the field.

To learn more about the current occupational outlook, here are some resources for handwriting analysts:

  • Occupational Outlook Handbook: Forensic Science Technicians: The Bureau of Labor Statistics collects regular information about the outlook for a career as a forensic science technician, including salary, job growth, and general duties.
  • American Society of Questioned Document Examiners (ASQDE): Forensic document examiners, also referred to as Questioned Document Examiners, may find it helpful to be a part of professional organizations such as this one to find career opportunities. The ASQDE site also contains information on career and professional resources.
  • Southwestern Association of Forensic Document Examiners: The Southwestern Association of Forensic Document Examiners’ membership is not limited to those living and working in the southwest, but rather to all forensic document examiners in the U.S. However, a current member must sponsor new members.
  • Individuality of Handwriting: This survey was critical in expanding the idea of the individuality of handwriting (as the title suggests), which was undoubtedly a significant step forward in the career outlook for new handwriting analysts.

Top Employers for Forensic Document Examiners

Because forensic document examination and analysis are essential to criminal investigations, the top employers for forensic document examiners are law enforcement and criminal investigation agencies. An FDE might be employed by a local police force or sheriff’s department, but can also work alongside private investigators and criminal attorneys, as well as prosecutors.

Forensic document examination is often used in cases of financial fraud and other white-collar crimes. This means that FDEs can often find employment working with forensic accountants and other fraud investigators. Some forensic document examiners are also certified fraud examiners.

Finally, an experienced forensic document examiner may also choose to strike out independently as an independent consultant. This is one way to diversify one’s workload since this type of consulting means that the examiner is free to consult for several different cases and agencies. FDEs may find the schedule and work more satisfying as a consultant once they have been properly trained and earned the requisite experience.

To read more from about a day in the life of a handwriting analyst, to search for open positions, and learn about specialized federal law enforcement units here are some resources:

  • Andrea McNichol has made her mark as a handwriting expert: This Los Angeles Times profile of a prominent handwriting analyst offers a professional overview of where exactly this career can lead, including high-profile cases. Note that even the LA Times uses the term “graphologist” incorrectly here, though.
  • ASQDE Employment Page: The American Society of Questioned Document Examiners keeps an active employment page where employers can post vacancies, and qualified forensic document examiners can post their resumes. As of December 2025, there are no current job listings, although past openings were for law enforcement positions with the U.S. Secret Service in Washington, DC.
  • The Questioned Documents Unit – FBI: Forensic document examiners who work for the FBI’s Questioned Documents Unit (QDU) provide specialized training to federal, state, and local forensic document examiners. The QDU tracks legal and investigative information and provides guidelines for law enforcement to standardize forensic investigation work. The QDU runs tests on submitted digital evidence such as shoe prints, tire tracks, and bank robbery notes.

Forensic Document Examiner Salary

According to the BLS, the median annual salary for a forensic science technician is $75,260 (BLS May 2024). While the lowest paid 10 percent earn $45,560 or less and the top 10 percent earn $110,710 or more, it is important to recognize that these figures include all forensic technicians, not only handwriting analysts and forensic document examiners. This is the latest data available as of January 2026.

Self-reported data from Indeed.com (January 2026) is higher than the BLS figures, showing the average annual salary for forensic investigators was $84,458, based on 75 self-reported salaries.

As with any profession, the salary that one can expect to earn as a forensic document examiner will depend mainly on that individual’s experience and training and the employer and location of the job. Keep reading for more details on desirable training, certifications, and geographies for forensic document examiners and handwriting analysts.

To learn more about salary data for handwriting analysts by region, here are some websites that list federal and self-reported salary data:

  • TED: The Economics Daily: Information and charts regarding the latest occupational trends, sourced from the Bureau of Labor Statistics.
  • Indeed.com: A job listing site that tracks real data from job postings for forensic document examiners and hundreds of other occupations and careers.

Best Locations for Handwriting Analysts & Forensic Document Examiners

Handwriting analysts and forensic document examiners are necessary for many levels of law enforcement and, therefore, should be able to find work in virtually any geography. However, the fact remains that those law enforcement agencies in larger, more densely populated areas will likely have more demand and resources for these types of consultants.

Further, for those examiners looking to work alongside forensic accountants, the larger companies that employ forensic accountants generally have offices in all major cities, including New York, Los Angeles, Chicago, and Miami. It is worth noting that foreign agencies outside of the U.S. may need forensic document examiners as well.

Suppose salary is a primary deciding factor in finding a job. In that case, interested applicants should remember that geographic areas with higher living costs will offer higher median salaries, although that may not correlate to a higher standard of living.

For example, the top-paying state for forensic science technicians is Illinois, which employs 380 forensic science technicians and pays an annual average annual salary of $106,120. California is the second-highest paying state, employing 3,100 individuals and paying an average annual salary of $99,390 (BLS May 2024).

To estimate living expenses such as housing, groceries, and utilities in a particular state, the Missouri Economic Research and Information Center (MERIC 2026) offers a cost of living data series. California is the third most expensive state to live in, while Illinois is the 24th most expensive state, according to MERIC. There are other areas where a lower average salary for forensic science technicians also comes with more affordable living costs.

To research cost-of-living and employment levels in a particular area, here are some sites offering data and interviews from forensic document examiners:

How to Become a Handwriting Analyst & Forensic Document Examiner

Unlike some careers, no one set path leads to work as a handwriting analyst of forensic document examination. As of 2026, there is no terminal degree for forensic document examination, although a few forensic science programs with a specialization in forensic document analysis exist. Applicants to entry-level forensic document examination positions have at minimum a bachelor’s degree that includes coursework in laboratory and fieldwork settings.

Undergraduate Forensic Science and Criminal Justice Degrees

Because forensic document examination does require the scientific process and a high degree of attention to detail, an undergraduate degree in some type of natural science or criminal justice can be helpful.

Buffalo State SUNY (State University of New York) offers an undergraduate forensic science degree program awarding a bachelor of science in chemistry. This 120-126 credit hour program is accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC) and trains graduates for entry-level jobs in federal, state, and local law enforcement and corporate laboratories.

Forensic Document Analysis Certificate Programs

Some colleges and universities offer certificate programs specifically in forensic document examination, which may be worth exploring for those who are unable to find hands-on training or simply want to add to their resume.

The University of Baltimore offers a 12-credit forensic document examination certificate program. This program is ideal for bachelor’s degree holders who hold a degree in a discipline not related to forensic science or working in crime scene investigation and need continuing education credits to advance or qualify for certain positions.

Students in this program learn how to use state-of-the-art equipment to examine documents and present their findings in legal settings.

Graduate Degrees in Forensic Documentation Examination

Many FDEs choose to pursue graduate-level education online in criminal justice or forensics. Graduates from these programs pursue a specialization in specific areas of forensic science and are offered on-campus or online to meet the needs of working professionals.

Oklahoma State University offers a masters of science in forensic sciences with a forensic documentation examination specialty. This entirely online program is 39 credits and requires job-related experience in forensic science to be eligible for admission. This program is offered in a non-thesis track, meaning students must complete apprenticeship or journeyman programs instead of a research-based terminal project.

Tuition reciprocity agreements are provided with several neighboring states meaning students who live in certain states can qualify for in-state tuition even if they aren’t residents of Oklahoma.

Southern New Hampshire University

SNHU offers a BA degree in psychology with a concentration in forensic psychology. While it isn’t focused on questionable documents, the curriculum does impart an understanding of research and assessment; criminal psychology; social psychology; criminal minds, and theories of personality, all of which could be helpful in the analysis of handwriting.

The coursework may be completed online or on-campus in Manchester, NH. The forensic psychology concentration includes 12 credit-hours.

Purdue Global

Aspiring forensic investigators can earn a certificate, an associate of applied science, a BS degree, and a MS degree in criminal justice online from Purdue Global. The crime scene technician certificate curriculum includes documentation; collection and preservation of evidence; and handling and processing evidence. As evidence can easily include written documents, these skills are useful for individuals engaged in forensic document examination and handwriting analysis. The program requires 41 credits.

For students preferring an advanced degree, the bachelor’s in criminal justice includes a concentration in forensic psychology.

Stevenson University Online

Stevenson University offers a selection of online certificates, bachelor’s, and master’s degrees in forensics. Of interest to students seeking to become forensic document examiners is the graduate certificate in forensic investigation. Coursework includes investigative techniques/interviewing; investigative techniques/physical evidence; and forensic information technology, among others. Graduates will have the skills needed to analyze and evaluate documentary evidence.

Applicants must have a bachelor’s degree, a 3.0 GPA, and a personal statement. Credits from the program may be applied to the master’s in forensic investigation.

American Public University

The 23-credit online undergraduate certificate in forensics at American Public University uses “documents from cases” to teach students investigative and analytic skills. The coursework includes topics such as criminal investigation, crime analysis, and introduction to chemistry with lab.

The program can be finished in eight weeks. Classes start every month.

ECPI University

ECPI University offers a criminal justice bachelor degree with four concentrations, including crime and intelligence. The coursework may be completed online or on-campus at Newport News, VA. ECPI is a Yellow Ribbon institution.

The crime and intelligence analysis concentration includes investigative techniques and collection of evidence, which would include written documents. The topics combine technical skills with real-life applications, with a focus on security threats.

Handwriting Analyst Certification

After earning a degree or some experience in the field, forensic document examiners may choose to pursue optional certification. FDEs may seek certification from the Board of Forensic Document Examiners (BFDE) or the American Board of Forensic Document Examiners (ABFDE).

Here are two certification organizations that offer certification related to forensic document examiners.

  • American Board of Forensic Document Examiners: The ABFDE was established in 1977 and is an accredited professional certification board. Eligibility or certification from the ABFDE is required for many federal agency jobs.
  • Board of Forensic Document Examiners: The BFDE offers certification for forensic document examiners. Applicants are subjected to a written examination as well as a performance examination prior to becoming certified.
Featured CSI & Forensic Science Programs
Purdue Global BSCJ - Crime Scene InvestigationVisit Site
ECPI University Crime & Intelligence Analysis (Bachelor's)Visit Site
Southern New Hampshire University BA in Psychology - Forensic PsychologyVisit Site
Stevenson University Online Forensic Investigation Grad CertificateVisit Site
Stevenson University Online Online Master of Forensic Science (MFS)Visit Site
American Public University Forensics (Certificate)Visit Site

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

Modern Forensic Science Technologies (2026)

As technology infiltrates every aspect of our lives, it is no wonder that solving crimes has become almost futuristic in its advances. From retinal scanning to trace evidence chemistry, actual forensic technologies are so advanced at helping to solve crimes that they seem like something from a science fiction thriller.

With all this forensic technology, this field is one of the fastest-growing in the U.S. One way to measure this is in the increased demand for forensic science technicians.

According to the Bureau of Labor Statistics (BLS 2025), there will be a 13 percent increase in jobs for forensic science technicians nationally between 2024 and 2034. The BLS indicates that this growth is due to new forensic science techniques that have increased the availability and reliability of objective forensic information. Courts and law enforcement agencies need to hire additional staff to use these techniques to analyze data for use in trials.

Shows like CSI and NCIS have made most of the forensic science techniques used today common knowledge. You might think that virtually the whole gamut of forensic technology is old hat to today’s savvy viewer. In fact, since 2020, there have been over 22,000 scientific publications on new advances in forensic science. Some of these findings are brand-new technologies, while others are new ways of analyzing evidence in an established field. Regardless, these innovations are making it harder for criminals to evade detection by forensic scientists.

Here are some incredibly cool forensic technologies you probably never knew existed.

Advances in Forensic Science Technologies (2026)

Deepfake Detection for Digital Evidence

Deepfakes are fake photos, videos, or audio clips created with powerful AI models that can copy a person’s face and voice almost perfectly. In criminal cases, they can be used to make someone appear to say or do things they never did, which threatens the trust in video evidence, news reports, and even courtroom recordings.

Because of this, “deepfake forensics” has quickly become one of the most active areas in digital forensics research. Modern deepfake‑detection tools work by looking for tiny flaws that the human eye and ear cannot easily catch. These systems are usually based on deep learning models that scan each frame for irregular blinking, unnatural skin texture, inconsistent lighting, or subtle boundary artifacts where a face has been pasted onto another body. Other detectors focus on motion, such as head turns that don’t match the background, or on small timing errors between the video and the audio track.

Newer systems take a multimodal approach and analyze visuals, sound, and sometimes even text together instead of looking at only one type of data. For example, if the lips say one word while the audio signal shows a different pattern, the detector can flag the clip as suspicious. Some methods also provide “heatmaps” that highlight which parts of the image influenced the AI’s decision so forensic experts can explain the result to a judge or jury.

In practice, deepfake‑detection tools are now used to screen social‑media evidence, verify online confessions, and protect public figures from impersonation. As these tools improve and become more explainable, deepfake forensics is expected to be a standard step whenever digital media is presented as evidence in court.

Forensic Microbiome Analysis

Every person carries a unique “cloud” of microbes on their skin, in their mouth, and even on the objects they touch. These microbes, mainly bacteria, make up the human microbiome. In the last few years, scientists have realized that these microscopic communities can act like an invisible fingerprint, adding a new layer of trace evidence to forensic investigations.

With modern DNA sequencing, investigators can read the genetic material of entire microbial communities from very small samples. Swabs from a phone, a keyboard, or a doorknob can reveal which types of bacteria are present and in what proportions.

Microbiome changes after death are also proving useful for estimating the time of death. When someone dies, the bacteria inside the body and on the skin start to change. By tracking which microbes are present at different stages, sometimes called the “thanatomicrobiome”, forensic teams can refine estimates of the post‑mortem interval.

Beyond identification and timing, microbiome evidence can help answer questions about place and movement. Soil and dust from different locations have distinct microbial “signatures,” so comparing the microbes on a shoe, shovel, or clothing to those at a suspected crime scene can support or challenge a suspect’s account of where they have been.

This technology is still emerging, and it comes with limits. Microbial communities are strongly influenced by temperature, humidity, and other environmental factors, so results must be interpreted carefully and backed by good local reference data. Even so, reviews of the field agree that forensic microbiome analysis is moving from experimental studies toward real casework and is likely to sit alongside DNA, fingerprints, and toxicology as another valuable tool for reconstructing what happened at a crime scene.

Portable Nanopore DNA Sequencing

Traditional forensic DNA work relies on large, fixed machines in central laboratories, and it can take days or even weeks to get results. Portable nanopore sequencing changes this by using small devices that can connect to a laptop and read DNA directly as it passes through tiny pores in a membrane. The electrical signal changes as each base moves through the pore, allowing software to spell out the DNA sequence in real time.

For forensic scientists, this portability opens up new ways to handle evidence. Instead of sending every sample to a distant lab and waiting, investigators can bring the sequencer into a small local lab or even near the crime scene. The NIJ notes that nanopore sequencing can be used to analyze many types of forensic DNA. This means that degraded or mixed samples that are hard to analyze with older methods may still produce useful information.

Another advantage is speed. Because nanopore sequencers stream data as they work, analysts can stop a run once enough information has been collected. At the same time, the NIJ emphasizes that careful validation and quality control are essential.

Overall, portable nanopore DNA sequencing is not yet a full replacement for conventional forensic DNA labs, but it is becoming a powerful complement. Used alongside existing STR and database methods, it offers faster answers, better handling of difficult samples, and a flexible platform for future tools.

AI‑Enhanced Virtual Autopsy

Traditional autopsies require cutting open the body, which is invasive, time‑consuming, and sometimes not possible due to cultural, religious, or logistical reasons. Virtual autopsy, or “virtopsy,” uses medical imaging like CT scans and MRI to examine the inside of the body without a single incision. Recent advances in artificial intelligence are making this technology faster and more accurate for forensic work.

AI‑enhanced virtopsy systems automatically analyze scan images to detect injuries, fractures, internal bleeding, and even signs of drowning or poisoning. Machine learning algorithms can identify patterns that are hard for human eyes to spot. They also measure volumes of blood loss or fluid buildup, which helps determine the cause and timing of death. For example, in cases of blunt force trauma or gunshot wounds, AI can trace the path of a bullet or reconstruct the sequence of injuries.

The technology is especially valuable in mass disasters, where dozens of bodies need quick processing. Portable CT scanners can be brought to the scene, and AI software can prioritize cases or flag suspicious findings for further review. Virtopsy also preserves the body intact, which is important for families who prefer no cutting and allows for repeated analysis if new questions arise later.

Compared to traditional methods, AI virtopsy is faster, less expensive in some settings, and produces detailed 3D models that can be rotated and zoomed for courtroom presentations. Limitations include the need for high‑quality scans and the fact that some details are still best seen under a traditional microscope. As imaging hardware gets smaller and AI models improve, virtopsy is expected to become a standard option alongside physical autopsies.

DNA Methylation Clocks for Age Prediction

DNA methylation is a simple chemical tag added to DNA that changes as people age. Forensic experts now test bloodstains or bones for these tags to guess how old someone was when they died or left the stain.

This works like counting tree rings, but on genes. Special tests look at key spots where tags build up over time, giving an age estimate within three to five years for adults. It beats old methods like checking teeth or bones and works on tiny, old samples.

In real cases, it helps match a blood age to a suspect or show if a stain is fresh or years old. Labs use easy PCR kits or portable machines, and computers fine-tune the guess by mixing different clocks. A new 2025 guide found six top markers that nail ages up to 40 years old on stains. By 2026, it will even tell twins apart and date deaths better for unsolved cases.

Methodology for the Featured Forensic Science Technologies

Several factors were considered when deciding which technologies to include on this list.

  • Relevance to the Topic of Forensic Technology: The said technology must be actively used in the field of Forensic Science and can be taught at the college level. Widely regarded technologies were considered first, while more experimental technologies were included only based on reputable peer-reviewed documentation.
  • Novelty in the Field of Forensic Science: More experimental technologies were given higher priority based on whether the technology gave advanced information that is not readily available by using other technologies. These “cutting-edge” technologies were thoroughly vetted to ensure that they have become accepted techniques by leaders in the field.
  • Reliability of Technology: Finally, only techniques used with more than 80 percent reliability were included in this list. Factors affecting reliability include case closure, successful conviction, and correct identification rates.

From the Archives: Cool Technologies Used in Forensic Science (2025 and Earlier)

Finally, here is a collection of earlier advances in forensics technologies archived from 2025 and earlier.

Next Generation Sequencing

A groundbreaking forensic technology, Next-Generation Sequencing (NGS), allows scientists to analyze DNA in greater detail than ever before. Unlike traditional DNA profiling methods, which focus on a limited number of markers, NGS examines entire genomes or specific regions with high precision, making it particularly useful for forensic investigations where DNA samples may be damaged, extremely small, or old.

Significantly speeding up forensic investigations and reducing backlogs in crime labs, NGS has the ability to process multiple samples at the same time. Law enforcement agencies are beginning to adopt this technology to enhance their ability to identify suspects and victims, making forensic science more reliable and effective.

As this technology continues to evolve, its role in forensic science is expected to grow. Researchers are developing new ways to use NGS for linking DNA evidence to specific locations, predicting physical characteristics, and even identifying unknown remains. By providing such in-depth insights into genetic material, NGS is transforming the way forensic investigations are conducted.

Next Generation Identification (NGI) System

The NGI System (Next Generation Identification) is an advanced biometric technology designed to enhance law enforcement capabilities to identify individuals more efficiently and accurately. Developed as an upgrade to the FBI’s previous Automated Fingerprint Identification System (AFIS), this NGI system integrates modern biometric techniques, including palm prints, facial recognition, improved fingerprint analysis, and iris scans.

One of the key features of this system is ‘Rap Back’, a system that continuously monitors individuals in law enforcement databases and provides real-time updates on any new criminal activity. This is particularly useful for tracking individuals on probation or parole, ensuring that law enforcement agencies are immediately notified. Notably, NGI includes a ‘Repository for Individuals of Special Concern (RISC)’, allowing for rapid identification of high-priority individuals, such as suspected terrorists, often within seconds.

Also enhancing photo recognition capabilities, this system enables the FBI to compare and analyze images for investigative purposes.

Forensic Bullet Comparison Visualizer (FBCV)

Traditionally, forensic experts manually examine bullets to determine if they were fired from the same firearm, a process that is considered highly subjective, prompting the development of algorithmic methods to provide objective statistical support for comparisons. A new tool called the Forensic Bullet Comparison Visualizer (FBCV) has been developed to enhance the objectivity of bullet analysis.

The FBCV utilizes advanced algorithms to provide statistical support and presents the information through interactive visualizations, making it more accessible to forensic professionals. This innovation bridges the gap between complex data analysis and practical forensic application, improving the accuracy of bullet comparisons. This tool can be used for future investigations, such as examining how the distance between shots affects scores.

Automated Firearm Identification

The Integrated Ballistic Identification System (IBIS) offered by Forensic Technology is a cutting-edge solution for firearm and tool mark identification. This advanced system facilitates the sharing, comparison, and automated identification of significant quantities of exhibit information and images across a network of imaging sites. The latest generation of IBIS technology boasts exceptional 3D imaging, advanced comparison algorithms, and a robust infrastructure. It’s designed to meet the needs of police and military organizations, providing actionable information derived from firearms and their fired ammunition components.

Omics Techniques

The use of omics techniques in forensic entomology, as discussed in an article published in “Forensic Science International”, represents a significant advancement in the field. These techniques, which include genomics, transcriptomics, proteomics, metabolomics, and microbiome analysis, allow for a comprehensive and systematic study of biological samples. In the context of forensic entomology, they are used for species identification, phylogenetics, and screening for developmentally relevant genes, among other applications. They also play a crucial role in interpreting the behavioral characteristics of species related to forensics at the genetic level.

Artificial Intelligence

While artificial intelligence (AI) has been used in many other fields for decades, it is relatively new to forensic science. This is primarily because all evidence and the analysis must stand up in court. However, recent advancements have seen AI utilized successfully in all forensic components of a criminal case. While AI is most often used in digital forensics, it is increasingly used to analyze a crime scene, compare fingerprint data, draw conclusions from photograph comparisons, and more.

Nanotechnology

Atomic and molecular technology are finding their way into forensic science. Analyzing forensic materials at this minute level can offer scientists insights that previously weren’t accessible.

Nanosensors are being utilized to examine the presence of illegal drugs, explosive materials, and biological agents on the molecular level. Specific advancements this past year have included scientists’ ability to analyze the presence of carbon and polymer-based nanomaterials to make their determinations and aid investigators.

Carbon Dot Powders

Fingerprints are essential for analyzing many crime scenes. However, there are many reasons why it may be hard to see one clearly, including low sensitivity, low contrast, or high toxicity.

Researchers have developed a fluorescent carbon dot powder that can be applied to fingerprints, making them fluorescent under UV light and subsequently much easier to analyze. With this new application, fingerprints will glow red, yellow, or orange.

DNA Phenotyping

While DNA gathered from a crime scene can be matched to a suspect by comparing samples, DNA can also be used to determine what a suspect physically looks like. DNA has 23 chromosomes that code for outward appearance. Forensic scientists can sequence a DNA sample and provide investigators with identifying traits of the suspect, including hair, eye, and skin color. Newer techniques can also predict age and biological background.

Biosensors for Fingerprint Analysis

Like DNA, fingerprints found at a crime scene can be matched to a suspect by comparing them. However, fingerprints aren’t always clear or readable. Forensic scientists can now use biosensors to analyze the minute traces of bodily fluids found in fingerprints to identify the suspect. Data that can be detected include age, medications, gender, and lifestyle. Biosensors can also be used on other bodily fluids found at a crime scene.

Immunochromatography

Immunochromatography is a method to test for diseases by dropping a small sample onto a prepared test strip. Results are relatively quick, and common tests that use this technique include Covid-19, HIV, and even pregnancy tests. In forensics, immunochromatography tests detect substances in subjects’ bodily fluids, such as drugs and medications.

A smartphone-based sensor has even been developed to evaluate a saliva sample through immunochromatography without needing to be in a lab.

Geolocating a Suspect or Victim using Stable Isotopes of Water

Isotopes vary from atom to atom and can have a unique signature. Recent forensic developments have found that scientists can determine where the sample could have originated by isolating the isotopes in a water sample found on a suspect or victim.

If there are several samples, the isotopes can recreate the path the subject took. Isotope detection through other methods can also be used to determine the number of people present.

Forensic Palynology

Forensic palynology is a relatively new area for forensic scientists. Palynology is the study of pollen, spores, grains, and seeds, and can be used in forensics to identify a subject’s location. Pollen and spores are minute and can be deposited on skin and clothes largely undetected. Scientists have now developed techniques to gather and compare these trace materials and use them as evidence.

Blockchain-Based Solutions Cloud Forensics

Over 50 percent of personal and corporate data is now stored in the cloud, on remote servers. As a result, digital forensic scientists have had to develop methods for collecting, analyzing, and evaluating data collected from the cloud.

Managing this data presents several security and privacy issues. To help protect the integrity of the data and maintain a custody chain, digital forensic scientists have begun to use blockchain technology, as it is virtually impossible to tamper with.

Digital Vehicle Forensics

Vehicle forensics has typically been where investigators gather physical evidence, including fingerprints, fluid samples, and trace materials like dirt. Also, they can physically examine the car to determine how an accident, crash, or terrorist attack occurred.

However, as vehicles have become more technologically sophisticated, the field of digital vehicle forensics has opened, where scientists and investigators can gather data such as recent destinations, typical routes, personal data, and favorite locations.

Social Network Forensics

Over 3.6 billion people are on social networks, which is projected to increase to 4.5 billion by 2025. When social media emerged, investigators and forensic scientists didn’t have as much data to comb through. Now, the social media data for a particular subject can be daunting.

To help evaluate this data, scientists have recently developed models for analyzing the information gleaned from social networks. For automated data analysis to be accepted in court, it has to be based on models that are reproducible, explainable, and testable.

3D Technology to Determine Physical Fit

Forensic scientists often receive physical evidence that needs to be pieced back together. This is called physical fit and is a well-recognized method of determining that two pieces are from the same source. This evidence can take many forms and is often relatively fragile, such as bones.

A recent study at the University of Portsmouth used 3D imaging to map the exact dimensions of some burnt bones and then replicated the pieces using a 3D printer. This enabled them to determine if pieces fit together or not without having to excessively handle the fragile evidence.

Drone Forensics

As of August 2021, there were over 880,000 drones registered with the FAA in the United States. Over 40 percent of those drones are registered for commercial use. The increased popularity of these unmanned aerial vehicles has given criminals a new tool to smuggle drugs, perform illegal surveillance, and attack victims. Forensic scientists are developing methods and models for gathering and analyzing data from drones, SD cards, and cell phones.

Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS)

When broken glass is involved in a crime, putting together even tiny pieces can be key to finding important clues like the direction of bullets, the force of impact, or the type of weapon used in a crime. Through its highly sensitive isotopic recognition ability, the LA-ICP-MS machine breaks glass samples of almost any size down to their atomic structure.

Then forensic scientists can match even the smallest shard of glass found on clothing to a glass sample from a crime scene. A bachelor’s degree in forensic science is usually necessary to work with this type of equipment in conjunction with forensic investigation.

Alternative Light Photography

For a forensic nurse, being able to ascertain how much physical damage a patient has suffered quickly can be the difference between life and death. Although they have many tools at their disposal to help make these calls quickly and accurately,

Alternative light photography is one of the coolest tools to help see the damage even before it is visible on the skin. A camera such as the Omnichrome uses blue light and orange filters to show bruising clearly below the skin’s surface. To use this equipment, you would need an MSN in forensic nursing.

High-Speed Ballistics Photography

You might not think of it right away as a tool for forensic scientists, but ballistics specialists often use high-speed cameras in order to understand how bullet holes, gunshot wounds, and glass shattering are created.

Virtually anyone, from a crime scene investigator to a firearms examiner, can operate a high-speed camera without any additional education or training. Identifying and matching bullet trajectories, impact marks, and exit wounds must be done by someone with at least a bachelor of science in forensic science.

Video Spectral Comparator 2000

This is one of the most valuable forensic technologies available for crime scene investigators and forensic scientists. With this machine, scientists and investigators can look at a piece of paper and see obscure or hidden writing, determine the quality of paper and its origin, and “lift” indented writing. It is sometimes possible to complete these analyses even after a piece of paper has been so damaged by water or fire that it looks unintelligible to the naked eye.

In order to run this equipment, at least a bachelor’s degree in forensic science or a master’s degree in document analysis is usually required.

Digital Surveillance For Xbox (XFT Device)

Most people don’t consider a gaming system a potential place for hiding illicit data, which is why criminals have come to use them so much. In one of the most ground-breaking forensic technologies for digital forensic specialists, the XFT is being developed to allow authorities visual access to hidden files on the Xbox hard drive.

The XFT is also set up to record access sessions to be replayed in real-time during court hearings. In order to be able to access and interpret this device, a Bachelor’s Degree in Computer Forensics is necessary.

3D Forensic Facial Reconstruction

Although this forensic technology is not considered the most reliable, it is definitely one of the most interesting available to forensic pathologists, forensic anthropologists, and forensic scientists. In this technique, 3D facial reconstruction software takes real-life human remains and extrapolates a possible physical appearance. In order to run this type of program, you should have a bachelor’s degree in forensic science, a master’s degree in forensic anthropology, or a medical degree with an emphasis on forensic examination and pathology.

DNA Sequencer

Most people are familiar with the importance of DNA testing in the forensic science lab. Still, most people don’t know exactly what DNA sequencers are and how they may be used. Most forensic scientists and crime lab technicians use DNA profiling to identify criminals and victims using trace evidence like hair or skin samples.

In cases where those samples are highly degraded, however, they often turn to the more powerful DNA sequencer, which allows them to analyze old bones or teeth to determine the specific ordering of a person’s DNA nucleobases and generate a “read” or a unique DNA pattern that can help identify that person as a possible suspect or criminal.

Forensic Carbon-14 Dating

Carbon dating has long been used to identify the age of unknown remains for anthropological and archaeological findings. Since the amount of radiocarbon (which is calculated in carbon-14 dating) has increased and decreased to distinct levels over the past 50 years, it is now possible to use this technique to identify forensic remains using the same tool.

The only people in the forensic science field who have ready access to carbon-14 dating equipment are forensic scientists, usually with a master’s degree in forensic anthropology or forensic archaeology.

Magnetic Fingerprinting and Automated Fingerprint Identification (AFIS)

With these forensic technologies, crime scene investigators, forensic scientists, and police officers can quickly and easily compare a fingerprint at a crime scene with an extensive virtual database. In addition, the incorporation of magnetic fingerprinting dust and no-touch wanding allows investigators to get a perfect impression of fingerprints at a crime scene without contamination.

While using AFIS requires only an associate degree in law enforcement, magnetic fingerprinting usually requires a bachelor’s degree in forensic science or crime scene investigation.

Link Analysis Software for Forensic Accountants

When a forensic accountant is trying to track illicit funds through a sea of paperwork, link analysis software is an invaluable tool to help highlight strange financial activity.

The software can now combine observations of unusual digital financial transactions, customer profiling, and statistics to generate probabilities of illegal behavior. To accurately understand and interpret findings with this forensic technology, a master’s degree in forensic accounting is necessary.

Mass Spectrometry Techniques

The paper published in the Journal of Analytical Methods in Chemistry presents an advanced technique for identifying and quantifying synthetic cannabinoids using liquid chromatography-tandem mass spectrometry (LC-MS/MS). This technology, which contributes to forensic toxicology, offers high selectivity and sensitivity, making it an invaluable tool for analyzing complex biological samples. Synthetic cannabinoids, often referred to as ‘Spice’ or ‘K2’, are a significant challenge in drug abuse due to their structural diversity and continually changing compositions. The LC-MS/MS method developed can simultaneously identify and quantify 24 synthetic cannabinoids in urine, making it a potent tool in testing for the presence of cannabis in humans.

Blood Pattern Analysis Software

Bloodstain pattern analysis (BPA) software is an emerging technology in forensic science that seeks to reconstruct crime scenes by analyzing blood and bloodstains. This computer-based software can estimate the Area of Origin (AO) of a bloodletting event, providing crucial insights into the sequence of events at a crime scene.

However, according to a study published in “Forensic Science International,” only two validation studies have involved impact patterns created more than 1 meter from the main target surface. Furthermore, using BPA software in actual criminal cases is not well-documented. Thus, while promising, this technology requires further research and validation to ensure it meets the rigorous standards required for court admissibility.

Sensitive Detection Methods

Sensitive detection in the field of medicine and dentistry refers to the use of advanced technologies to detect minute amounts of specific substances or changes in the body. This is crucial for early diagnosis, monitoring disease progression, and assessing the effectiveness of treatment. Techniques like mass spectrometry, fluorescence detection, and molecular imaging are commonly utilized for sensitive detection. For instance, mass spectrometry has become an invaluable tool in clinical laboratories due to its high sensitivity and specificity for identifying biomarkers and drugs. Similarly, fluorescence detection methods are widely used in biological research and medical diagnostics for their high sensitivity and non-invasive nature.

Proteomes

Forensic scientists have traditionally relied heavily on DNA to determine a suspect or a victim. However, advances in protein detection and identification have made proteomics an essential forensic science tool. Proteomes are a complete set of proteins produced by an organism.

Scientists can find proteomes in blood, bones, and other biological materials and analyze them to find answers, such as whether a victim came in contact with an otherwise undetectable venom or match a severely degraded body fluid sample to a perpetrator. One aspect of proteomes that differs from DNA is that they change over time, offering scientists valuable insights into a victim’s age or other environmental factors at the time of death that are impossible to detect through other methods.

Foldscope

The Foldscope is a small, disposable, inexpensive paper microscope that has been around since 2014. However, just recently, it has found its way from third-world country applications into the world of forensic science. Due to its portability and low cost, the Foldscope can be used in the field to make on-the-spot determinations about forensic samples, including blood, hair, and soil.

While the conclusions drawn with Foldscope are only preliminary, they can aid law enforcement early on in an investigation and speed up the discovery process. Using a Foldscope in the field can also lighten the load for forensic laboratories, which are often backlogged and can take significant time to deliver results.

Kimmy Gustafson

Writer

Kimmy Gustafson’s expertise and passion for investigative storytelling extends to the world of forensics, where she brings a wealth of knowledge and captivating narratives to readers seeking insights into this intriguing world. She has interviewed experts on little-known topics, such as how climate crimes are investigated and prosecuted, and has written for ForensicsColleges.com since 2019.

Kimmy has been a freelance writer for more than a decade, writing hundreds of articles on a wide variety of topics such as startups, nonprofits, healthcare, kiteboarding, the outdoors, and higher education. She is passionate about seeing the world and has traveled to over 27 countries. She holds a bachelor’s degree in journalism from the University of Oregon. When not working, she can be found outdoors, parenting, kiteboarding, or cooking.

Forensic Science & Cybersecurity Conferences (2026)

International conferences allow participants to stay up to date on the latest developments in their field, meet and network with professionals across industries, and build their network. Forensic science and investigation conferences are designed for network security professionals, law enforcement specialists, and cybersecurity and forensic science decision-makers. At these events, professionals are introduced to digital forensics and IT security innovations, and they have the opportunity to interact with cybersecurity leaders worldwide.

Forensic science conferences typically feature lectures and workshops by eminent experts, a vendor space, and networking opportunities. Such conferences can also be unique educational experiences, and in some cases, offer continuing education credits for attendance. While some organizations may accept networking and exhibit hall hours for credit, others may require attendees to attend educational sessions to earn credit.

Leaders in security and forensics derive much value from these conferences, enjoying the opportunity to meet prospects face-to-face, chat with customers about their pain points, and better understand what the market wants. Clayton D. Schilling, President, and CEO of Precision Digital Forensics, Inc., summarized the benefits well: “Techno Security and Digital Forensics Conference has provided our company with a premier one-stop shop to the latest information, innovative technology, and networking we need to continually improve our solutions and services for our customers. It has been invaluable to our business growth.”

The following guide covers ten of the top forensics conferences around the globe for 2026.

Featured Forensic Science Conferences in 2026

AAFS 2026 Annual Scientific Conference

The American Academy of Forensic Sciences (AAFS) is a global, multidisciplinary membership community that provides collaborative research, quality education, and recognized leadership to advance forensic science and inform its application to the law. This conference is a six-day event offering over 1,000 scientific papers, including poster sessions, oral presentations, breakfast and luncheon seminars, workshops, and other special events.

This event will include sessions on topics such as anthropology, engineering & applied sciences, digital & multimedia sciences, jurisprudence, pathology or biology, odontology, toxicology, psychiatry & behavioral science, and questioned documents. This year, the conference’s overall theme is “Back to Basics: The Fundamentals of Forensic Science.”

  • Audience: Pathologists, dentists, attorneys, anthropologists, toxicologists, digital evidence experts, document examiners, engineers, psychiatrists, chemists, physicists, educators, criminalists, researchers, and others
  • Cost: Members (early bird: $575; regular: $650; late: $725); student affiliates (early bird: $250; regular: $325; late: $400); non-members (early bird: $825; regular: $900; late: $975); non-member students (early bird: $450; regular: $525; late: $580); affiliate groups IAI, IAAI, AFTE (early bird: $575; regular: $650; late: $725); single day pass (early bird: $250; regular: $275; late: $325); spouse/guest (early bird: $450; regular: $525; late: $600)
  • Location & Date (2026): New Orleans, Louisiana (February 9-14, 2026)

International Conference on Forensic Nursing Science and Practice

The International Conference on Forensic Nursing Science and Practice aims to bring together leading researchers, research scholars, and academic scientists to share and exchange their research results and experiences on all aspects of forensic nursing science and practice. The conference also provides a leading platform for practitioners, educators, and researchers to discuss recent trends, concerns, innovations, and practical challenges that one faces in the fields of forensic nursing science and practice.

The topics the conference may explore include nursing pharmacology, space nursing, family nursing, emergency nursing, death investigation, men’s engagement in intimate partner violence, and more. Vendors are invited to exhibit products at the conference or become a sponsor for the event. The conference also encourages researchers to submit e-posters, abstracts, and papers around the conference’s theme.

  • Audience: The conference keenly seeks enthusiastic academicians, scholars, and students who would love to contribute to the conference
  • Cost: Non-student oral/poster presenter (early – €450 and normal – €500); student oral/poster presenter (early – €350 and normal – €400); listener (early – €250 and normal – €300); additional paper publication (€100)
  • Location & Date (2026): Portland, Oregon (April 22-24, 2026)

Forensics Europe Expo

The Forensics Europe Expo is Europe’s leading event dedicated to forensic science. This event will encompass four key aspects of forensic investigation, including digital forensics, laboratory equipment & solutions, scene of a crime, and forensic analytics. Offering ample opportunities for learning and professional development, Forensics Europe Expo promises to be beneficial for any forensics professional and is considered the must-attend event to learn about and source the latest technologies available on the market.

This event will attract international forensics professionals from the private sector, government, legal sector, law enforcement, laboratories, universities, intelligence, and military.

  • Audience: All visitors should be engaged in bona fide areas of forensics and associated industries, government, equipment procurement organizations, specifiers, operators and end-users, trade media, or research establishments. Students over 18 are permitted to access the Forensics Europe Expo on day two only.
  • Cost: Undisclosed; those interested in registering for the conference are encouraged to complete an online form and will be notified via email when registration goes live
  • Location & Date (2026): Olympia, London (July 1-2, 2026)

Annual IAI Educational Conference

The International Association for Identification aims for education and professional development. To complete this mission, the IAI holds an annual educational conference that offers a week of high-quality education and hands-on training in the field of forensic physical evidence and crime scene processing.

The IAI Conference is the largest in the world for forensic and crime scene professionals. The schedule is packed with scientific, technical, and operational lectures and hands-on workshops focused on a wide variety of topics. Topics include photography, crime scene investigation and processing, footwear and tire track examination, the collection and examination of latent prints, bloodstain pattern evidence, biometrics, and many other types of impression and identification evidence disciplines.

Overall, the IAI conference provides an opportunity for professionals in the field to stay on top of professional standards, certification, and the latest issues related to forensic science and crime scene evidence.

  • Audience: Forensic and crime scene professionals, and full-time college students, with a major in a forensic science-related field or law enforcement
  • Cost: IAI member ($525 early and $575 onsite); non-member ($625 early and $675 onsite); student registration ($325 early and $375 onsite)
  • Location & Date (2026): St. Louis, Missouri (August 16-22, 2026)

ICFS 2026: International Conference on Forensic Sciences

The ICFS 2026: International Conference on Forensic Sciences aims to bring together leading researchers, research scholars, and academic scientists to share and exchange their research results and experiences on all aspects of forensic sciences. The conference also provides a leading platform for practitioners, educators, and researchers to discuss recent trends, concerns, innovations, and practical challenges that one faces in the field of forensic science.

Some of the topics that the conference will explore are digital forensics, internet security, computer forensics, malware detection systems, reverse engineering, data recovery, steganography, forensic document examination, wireless forensics, medical forensics, forensic anthropology, forensic entomology, crime scene investigation, and more. Vendors are invited to exhibit products at the conference or become a sponsor for the event. The conference also encourages researchers to submit e-posters, abstracts, and papers around the theme of the conference.

  • Audience: Academicians, scholars, and students who wish to contribute to the conference
  • Cost: Non-student oral/poster presenter (early – €450 and normal – €500); student oral/poster presenter (early – €350 and normal – €400); listener (early – €250 and normal – €300); additional paper publication (€100)
  • Location & Date (2026): Los Angeles, California (October 26-27, 2026)

Featured Digital Forensics & Cybersecurity Conferences in 2026

21st International Conference on Cyber Warfare and Security

The 21st International Conference on Cyber Warfare and Security uniquely addresses information warfare, cyber warfare, and cybersecurity. Addressing the heart of all matters related to cybersecurity, this conference will bring together distinguished cybersecurity practitioners and researchers worldwide to explore innovative solutions in addressing complex cybersecurity problems.

For the past 20 years, this International Conference on Cyber Warfare and Security has developed into a crucial conference in the cybersecurity field, attracting military professionals, practitioners, and academics from around the world to present their research findings in the form of case histories, empirical studies, and other practical and theoretical contributions. In addition, doctoral degree candidates find this conference a valuable opportunity for networking with others and having the opportunity to present posters and papers.

Conference topics include cyber warfare strategies and tactics, cyber security technologies and techniques, cyber threat intelligence, information warfare and psychological operations, legal and ethical issues in cyber warfare, cyber defence and critical infrastructure protection, emerging technologies and future trends, and human factors in cyber security.

  • Audience: The conference brings together distinguished cybersecurity researchers and practitioners worldwide to explore innovative solutions for addressing complex cybersecurity problems
  • Cost: Attend the conference with paper publication (physical conference: early bird – £425 and standard – £550; virtual conference: early bird – £295 and standard – £345); attend the conference with paper publication student discounted rate (physical conference: early bird – £295 and standard – £375; virtual conference: early bird – £250 and standard – £290); attend the conference with a poster/presentation only – no paper publication (physical conference: early bird – £300 and standard – £385; virtual conference: early bird – £100 and standard – £150); listener or co-author (physical conference: early bird – £280 and standard – £370; virtual conference: early bird – £75 and standard – £90); additional paper (£250)
  • Locations & Dates (2026): Wilmington, North Carolina (March 5-6, 2026)

ICCRM 2026: International Conference on Cybersecurity Risk Management

The ICCRM 2026: International Conference on Cybersecurity Risk Management aims to bring together leading research scholars, academic scientists, and researchers to exchange and share their research results and experiences on all aspects of cybersecurity risk management. The conference also provides a leading interdisciplinary platform for educators, researchers, and practitioners to discuss recent trends, innovations, practical challenges, concerns, and solutions adopted in the field of cybersecurity risk management.

Some of the topics that the conference will explore are computer security, asymmetric resilient cybersecurity, cyber logistics & transportation security, cyber resilience and information security, cyber resilience for national security, cyber resilience systems & cybersecurity industry, cybersecurity contributions in information systems and technologies, and more. Vendors are invited to exhibit products at the conference or become a sponsor for the event. The conference also encourages researchers to submit e-posters, abstracts, and papers around the conference’s theme.

  • Audience: The conference keenly seeks enthusiastic academicians, scholars, and students who would love to contribute to the conference
  • Cost: Non-student oral/poster presenter (early – €450 and normal – €500); student oral/poster presenter (early – €350 and normal – €400); listener (early – €250 and normal – €300); additional paper publication (€100)
  • Location & Date (2026): New York City, New York (June 1-2, 2026); Kyoto, Japan (November 16-17, 2026); Rome, Italy (December 17-18, 2026)

Techno Security & Digital Forensics Conference

The Techno Security & Digital Forensics Conference will be held in the Myrtle Beach Convention Center, SC. The conference will include over 100 speakers, more than 120 sessions, and numerous sponsors. Each conference sees attendance from over 450 cybersecurity and digital forensics industry professionals. The programs are organized under tracks such as audit/risk management, forensics, investigations, sponsor demos, and information security.

The conference is a unique educational experience, blending cybersecurity and digital forensics knowledge. It aims to raise awareness about the latest developments, teaching, ethics, training, and responsibilities in the field of IT security and digital forensics. The event also provides several networking opportunities, enabling attendees to establish meaningful professional relationships.

  • Audience: Cybersecurity and digital forensics professionals
  • Cost: Registration rates are set to be declared at a later date
  • Locations & Dates (2026): Myrtle Beach, South Carolina (June 2-4, 2026)

DFRWS USA 2026 Conference

The Digital Forensic Research Workshop is a voluntary, non-profit organization that brings together those interested in digital forensics to address the field’s challenges. DFRWS organizes digital forensic conferences and aims to foster international collaboration, providing an atmosphere to share research papers, practitioner presentations, and works in progress. Every gathering includes technical workshops, demos, panels, and other breakout sessions covering various issues related to digital forensics.

Some of the topics included in this conference will be digital evidence sharing and exchange, digital forensic preparedness or readiness, medical devices, digital evidence & the law, forensics analysis and visualization of big data, smart power grid forensics, network and distributed system forensics, digital forensic tool validation, and much more.

The first digital forensic research workshop was held in August 2001. The vision is to bring together researchers, practitioners, industry experts, academics, law enforcement, and the military to open lines of communication.

  • Audience: The conference is open to everyone.
  • Cost: TBD
  • Locations & Dates (2026): Arlington, Virginia (July 27-30, 2026)

Cybertech Tel Aviv

Cybertech is the cybersecurity industry’s premier business-to-business (B2B) global networking platform. With industry-related events worldwide, Cybertech’s mission is to make a place for the latest technological innovations, challenges, and solutions to emerge to prevent cyber threats around the world. In addition to combating cybercrimes, the scope of digitization and innovation opportunities in cyber technology are featured topics at Cybertech’s global conferences and networking events.

Sectors represented at this conference include leading experts in critical infrastructure, insurance, retail, health and government, defense, research & development, manufacturing, and automotive. Businesses ranging from venture capital firms to multinational corporations come together, and attendees can expect to be in the presence of the world’s most qualified professionals.

Emphasizing diversity through speakers and participants who represent a wide variety of demographics, this conference is an ideal networking opportunity for government decision-makers, investors, entrepreneurs, technology experts, and enthusiasts for dialogue on commercial problem-solving strategies in cybersecurity.

  • Audience: The conference is open to everyone
  • Cost: Rates will be available upon registration
  • Locations & Dates (2026): TBD

Farheen Gani

Writer

Farheen Gani writes about forensics schools across the United States, and has covered topics such as forensic chemistry and forensic science and biochemistry since 2018. She writes about healthcare, technology, education, and marketing. Her work has appeared on websites such as Tech in Asia and Foundr, as well as top SaaS blogs such as Zapier and InVision. You can connect with her on LinkedIn and Twitter (@FarheenGani).

Women in Criminal Justice

Criminal justice has a woman problem, namely that it does not have nearly enough of them. Despite making up more than 47 percent of the modern workforce, a 2021 analysis from the Pew Charitable Trusts indicated that women represent less than 13 percent of full-time police and sheriff’s patrol officers. And that number doesn’t seem to be increasing quickly. In 2000 six percent of state troopers were women. That number increased to only seven percent two decades later.

Women do make up a large percentage of the administrative roles in criminal justice. According to recent statistics (2024), the FBI employed more female professional staff members (58.4 percent) than professional staff members. However, there were only 23.5 percent female special agents compared to the male special agents. Similarly, more than 60 percent of civilian law enforcement employees were female. These roles are critical, but they are typical in an office rather than in the field.

While the notion that women must make up ground in several male-dominated fields is well-established, studies suggest the shortage of women in criminal justice is especially harmful for the nation at large. Cities that hire a higher share of women police officers, for instance, have far fewer complaints of excessive force, which, in turn, saves taxpayers a sizable sum in legal fees. Researchers have also honed in on the positive impact women’s conflict-resolution and community-building skills impact society, which is covered at length below.

This guide highlights some of the most promising criminal justice sectors for women; the most female-friendly criminal justice degree programs; and four exceptional trailblazers in the field.

Five Criminal Justice Fields that Need More Women

Despite their gains in the modern workforce, women remain underrepresented in nearly every field of criminal justice; forensic nurses and paralegals are among the rare exceptions. Recent studies highlighting the advantages of hiring more women in such positions have spurred some industries to launch special programs focused solely on recruiting and hiring more of them in the field. Here are five fields that could benefit from counting more women in their ranks.

Law Enforcement

Women account for only 13.8 percent of the traditionally male-dominated field of law enforcement, yet according to Statista (2025), we would all benefit from adding far more of them. Studies show women police officers rarely use excessive force: compared to their male colleagues, they are less likely to draw their weapons and more likely to look for nonphysical ways to handle potentially dangerous situations.

Another significant benefit to hiring more women into law enforcement is that this approach to conflict management reduces force-related court cases, saving a substantial amount of their community’s taxpayer dollars.

Federal Security

Federal law enforcement agencies like the FBI and the Department of Homeland Security play a critical role in protecting U.S. citizens, but its workforces do not reflect the nation’s population. While 58.4 percent of the employees at the FBI are women, less than 24 percent of the special agents are women.

Women have only served as special agents for the past 50 years when in 1972, Joanne Pierce and Susan Roley were sworn in. Currently, the FBI has hired female recruiters to specifically target women to apply to diversify their hiring.

Law

Legal professions include many careers, from court clerks and paralegals to lawyers and judges. A 2025 report from the American Bar Association’s Women in the Legal Profession suggests women are still grossly underrepresented in many legal fields, especially in high-ranking firms and positions.

According to the ABA, the number of males enrolled in law schools has dropped from “78,516 in 2020 to 50,096 in 2023” while the number of enrolled females has increased from “55,766 to 65,724” during the same time period. Women who pursue criminal justice degrees can work toward justice for all and battle gender inequality in a very tangible way. In 2010, 31 percent of attorneys were women. That number increased to 41 percent in 2024.

Cybersecurity

Cybersecurity is perhaps one of the fastest-growing fields of criminal justice. In fact, Global Newswire reported that the market for these professionals was poised to grow to more than $366 billion by 2028. The Bureau of Labor Statistics estimates that there will be a 29 percent increase in jobs in this field between 2024 and 2034, translating into 52,100 new jobs.

Unfortunately, the Women in Cybersecurity report by the non-profit cybersecurity certification group (ISC)2 found that women are outnumbered three to one. What’s interesting is that overall, women are more educated than men, with 52 percent of women holding post-graduate degrees compared to only 44 percent of men. The landscape has been improving. Previous research found that only 11 percent of cybersecurity professionals were women, compared to 24 percent in 2022. However, there is still much work to be done.

Corrections Officer

Like most criminal justice careers, corrections officers heavily skew male. According to the Bureau of Prisons (BOP Dec. 2025), only 29.2 percent (up from 28.4 percent in 2022) of corrections officers are women. Often, female corrections officers only work in women’s prisons, although increasingly they are working with male incarcerated populations. Reasons why women are discouraged from being corrections officers include being “too weak” and they are a distraction to male co-workers or prisoners. However, women are effective corrections officers and many of the concerns about sexual harassment are being mitigated through female friendly policies that don’t retaliate for reporting incidents.

Trailblazers: Women Changing the Face of Criminal Justice

Erin Brockovich, Legal Clerk

Erin Brockovich showed just how much dedicated paralegals can improve people’s lives. She is perhaps best known for building an environmental case against California’s Pacific Gas and Electric Company in 1993—the subject of a major movie released just seven years later. Brockovich participated in several more anti-pollution lawsuits and today serves as president of Brockovich Research & Consulting.

Clea Koff, Forensic Anthropologist

Clea Koff is a forensic anthropologist commonly referred to as the “Bone Woman.” She spent several years serving the United Nations International Criminal Tribunal for Rwanda and the International Tribunal for the former Yugoslavia in Rwanda, Bosnia, Croatia, Serbia, and Kosovo. While there, Koff was able to verify the methods by which victims of genocide and other crimes against humanity died and confirm their status as non-combatants.

Amy Hess, Former Executive Assistant Director of Criminal, Cyber, Response, & Services Branch at the FBI

Amy Hess is the first woman ever to lead the FBI’s Criminal, Cyber, Response, and Services Branch. In this role, Hess leads teams of agents who collect evidence and gather classified information. She also works with teams of digital forensic experts specializing in facial recognition, fingerprinting, and more. According to The New York Times, Hess is a role model to other women in the FBI—a group she says is simply too small. In February 2020, she left the FBI to work as first the Chief of Public Service and then the Chief of Public Safety at the Louisville Metro Government.

Online Criminal Justice Degree Programs That Support Women

Women entering the criminal justice field need the proper training—a once-intimidating prospect in a series of majors once dominated by men.

Fortunately, today’s admissions candidates have many female-friendly programs from which to choose, and just as many scholarship programs designed to help them succeed.

Online BS in Criminal Justice from King University

As a well-respected military college training tomorrow’s leaders, King University makes a strong case for the value more women add to the field of criminal justice, stating that women exhibit many of the skills traditionally understocked in this male-dominated field, including proactive conflict resolution, strong communication skills, and a knack for community-building.

King University’s online BS in criminal justice helps men and women alike establish the core knowledge one needs to succeed in a myriad of criminal justice specialties. Courses explore such themes as criminal law, American policing, and theories in criminology. This 124-semester-hour program is available fully online.

Online BS in Criminal Justice from Texas Woman’s University

In a traditionally male-dominated field like criminal justice, building a strong network and support system of fellow women can be invaluable. This is precisely what Texas Woman’s University’s online BS in criminal justice offers.

Not only do women have an opportunity to build relationships with peers as passionate about the field as they are, but they also can learn from experienced female instructors who serve as mentors and role models. This 120-credit fully online program offers coursework such as criminal investigation; women, crime, and justice; and social inequality. Readers can refer to TWU’s online Tuition Estimator for personalized cost information.

Online BS in Criminal Justice from Norwich University

Norwich University is recognized for its excellence in online teaching: in 2025, U.S. News & World Report ranked its online bachelor’s degrees among the top 25 in the nation. The school is also a strong advocate for hiring more women in the criminal justice field.

Norwich’s online BS in criminal justice is designed to help women (and men) start or advance careers in law enforcement and the courts. Its CJ program is a completion program, which means students can complete and transfer up to 90 undergraduate credits from another institution, reducing the program’s average time-to-completion 18 months.

Courses include homeland security and intelligence; emergency and disaster relief operations; and cold case investigations. The tuition cost is reduced for active-duty military.

Criminal Justice Scholarships for Women

  • Women in Federal Law Enforcement (WIFLE) Scholarship Program: The WIFLE’s mission is to achieve gender equality in federal law enforcement by supporting women at all stages of their careers. It offers a variety of scholarships to qualifying women. Award amounts vary.
  • Women’s Research and Education Institute Congressional Fellowship on Women and Public Policy: The Women’s Research and Educational Institute’s Congressional Fellowship on Women and Public Policy program offers more than 300 women the opportunity to travel to Washington DC to work on issues that affect them, including gender equality in the military, law enforcement, and other criminal justice fields. Fellows receive a monthly stipend for seven months.
  • (ISC)² Foundation Women’s Cybersecurity Scholarship: The (ISC)² works to diversify the field of information security by supporting underrepresented students. Their program offers scholarships for women who wish to work in the industry. In 2024, they awarded $282,000 in scholarships.
  • The Education Foundation for Women in Accounting’s Women in Transition Scholarship: The EFWA’s Women in Transition program offers scholarships to help women who are the primary source of their household’s income pursue a bachelor’s degree in accounting, which would include programs in forensic accounting.

Criminal Justice Careers

Women considering careers in criminal justice have no shortage of options. Criminal justice is perhaps one of women’s most versatile degrees; graduates can use them as stepping stones into many different career paths. Some examples by field include:

Law Enforcement
Police and Sheriff’s Officers
Police Chiefs and Administrators
Criminal Investigators and Detectives
Private Detectives
Federal Security Agents
Prison and Probation Officers
Law
Court Clerks and Reporters
Stenographers
Paralegals
Mediators and Arbitrators
Lawyers
JudgesCity or State Prosecutors
Criminal Psychologists
Forensics
Forensic Scientists and Analysts
Forensic Researchers
Forensic Nurses
Forensic Psychologists
Forensic Accountants
Information Security
Cybersecurity Specialists
IT Security Engineers
Information Assurance Analysts
Security Systems Administration

Criminal Justice Education Requirements, Earnings, and Career Outlook

Women can pursue several careers in criminal justice. As with any other field, earnings, job potential, and training requirements vary. The following table provides this information for some of the most common careers in the field, as reported by the BLS’s Occupational Outlook Handbook (2025).

Readers can visit the Bureau’s Labor Force Statistics Population Survey to find information on women’s earnings specifically. Please note that between 2024 and 2034, the average projected growth across all U.S. occupations is 3 percent. These represent the latest figures as of December 2025.

OccupationProjected Growth in Openings (2024-2034)Median Salary (May 2024)Typical Entry-Level Degree or Diploma
Forensic Science Technicians13%$67,440Bachelor’s degree
Law TeachersData not available$165,536**Ph.D. or JD
Criminal Justice and Law Enforcement TeachersData not available$67,506**Master’s degree
Information Security Analysts29%$124,910Bachelor’s degree
Forensic Nurses*5%$93,600Bachelor’s degree
Forensic Accountants*5%$81,680Bachelor’s degree
Arbitrators and Mediators4%$67,710Bachelor’s degree
Paralegals0%$61,010Associate degree
Lawyers4%$151,160Doctoral or professional degree
Police and Detectives3%$77,270Associate degree

*Information is relevant to all specialties in the field, not just forensics.

**As per PayScale or ZipRecruiter salaries as of December 2025

Professional Organizations for Women in Criminal Justice

Professional organizations do more than help women connect with others in their field: these associations provide career support, networking events, and training opportunities. Many also invest in research or public information campaigns that advocate for the advancement of women in the field. Here are some of the criminal justice organizations designed for women:

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Forensic Science and Investigation Scholarships (2026)

The cost of higher education in the U.S. is increasing, and so is student debt. Taking on debt to fund a college education was a direct path to social and financial advancement, but the latest studies show that student debt might hinder it. The good news is that help is out there for those who need it, and more scholarships are available than ever.

Those interested in studying forensic science will be pleased to find a wealth of scholarships to help fund their education. That said, winning an award takes work. It is time-consuming to assemble transcripts, records, and recommendations and write essays and personal statements—especially for students in the middle of the most critical years of their education.

Some scholarships may seem small compared to overall tuition rates and the amount of work required to apply, but the rewards add up. As all forensic scientists know, sometimes the little things provide the key to what you seek.

Common forensic science award requirements include a strong grade point average, letters of recommendation, and essays. Some ask applicants to have completed part of their undergraduate forensic science programs, while others are open to any year of study. Other types of scholarships have also been created for applicants from particular demographics, socioeconomic standing, or regional affiliations.

Here are 25 scholarships to consider in forensic science and investigation in 2026.

National Forensic Science Scholarships

The Barry M. Goldwater Scholarship & Excellence in Education Program

Established by Congress in 1986, this scholarship honors the legacy of Senator Barry M. Goldwater and his 56 years of service as a soldier and statesman. It is considered the most prestigious undergraduate award in America for research in the natural sciences, mathematics, and engineering. While forensic science is not an explicitly stated pathway for this award, many related fields are chemistry and biology. The Foundation plans to award several scholarships in 2026.

  • Amount: $7,500 per year
  • Deadline: January 30, 2026
  • Who Should Apply: Applicants must be fully matriculated sophomores or juniors, with a GPA of 3.0 or better, who are pursuing a research career in a major confirmed by the Goldwater Foundation. Applicants are nominated by a Goldwater campus representative at the academic institution they are currently attending.

Ritchie-Jennings Memorial Scholarship Program

This scholarship program was named after Larry Jennings and Tracy Ritchie, both members of the ACFE. They were among 5 people who were fatally wounded when terrorists in Karachi, Pakistan, fired upon their vehicle. They were en route to Union Texas’ Karachi office. Through this scholarship, the ACFE Foundation supports the education of those interested in pursuing a career in fraud examination.

  • Amount: $10,000, $7,500, $5,000, and $2,000
  • Deadline: February 2, 2026
  • Who Should Apply: Applicants must be enrolled full-time at an accredited, four-year college or university. They must have a declared major or minor in criminal justice, business administration, accounting, or finance, and demonstrate a desire to pursue a career in fraud examination or a similar anti-fraud profession.

Sandy Jeffers Memorial Scholarship

The University of Tennessee’s College of Arts and Sciences, Department of Anthropology, offers the Sandy Jeffers Memorial Scholarship to honor Sandy Jeffers, who was admitted to the MA program in anthropology at the University of Tennessee, where she completed her undergraduate degree in 2003. Because of her interests, Sandy’s family established this award to support undergraduate students studying forensic anthropology or historical archaeology at the University of Tennessee, Knoxville.

  • Amount: $1,000
  • Deadline: April 2026 (estimated)
  • Who Should Apply: To be eligible for the scholarship, applicants must be undergraduates enrolled in the University of Tennessee’s College of Arts and Sciences with a concentration of study in forensic anthropology or historical archaeology. Applicants must demonstrate financial need and academic achievement. Previous winners are not eligible to apply.

The AFTE Scholarship Program

The Association of Firearm and Toolmark Examiners (AFTE) is an international professional organization for firearm and tool mark examiners. It publishes a peer-reviewed scientific journal, hosts a variety of resources on its website, and holds an annual training seminar that acts as a forum for presentations, workshops, networking, and discussion. This scholarship is awarded annually to students seeking a forensic science career.

  • Amount: Up to $2,000
  • Deadline: April 1, 2026
  • Who Should Apply: Undergraduate and graduate students worldwide working towards a forensic science degree may apply. Undergraduate applicants must be in their third year of study, and all applicants must have a GPA of 3.0 or better. Preference will be given to candidates working on projects related to the examination of firearms and tool marks.

The Floyd E. McDonald Scholarship

The Southwestern Association of Forensic Scientists (SWAFS) is a nonprofit society of professionals who work in the scientific examination of physical evidence. Its goals are to connect forensic scientists, improve forensic techniques, exchange best practices, encourage academic research, and keep SWAFS members informed about innovations in the field.

The SWAFS Floyd E. McDonald scholarship encourages studies that prepare students for a career in forensic science.

  • Amount: $1,000
  • Deadline: April 1, 2026
  • Who Should Apply: Applicants pursuing a career in forensic science through a chemistry, biology, or natural science degree can apply for this scholarship. Applicants must be of at least junior standing and have a 3.0 GPA or better. It is not open to relatives of board or scholarship committee members.

SOFT Educational Research Award

Officially incorporated in 1983, the Society of Forensic Toxicologists is an organization composed of practicing forensic toxicologists and those interested in the discipline for the purpose of promoting and developing forensic toxicology. The SOFT Educational Research Award was created to encourage academic research and training in areas related to forensic toxicology and to recognize worthy student researchers. This award is to be used by students for travel expenses to attend the Annual SOFT Meeting for the purpose of presenting their research.

  • Amount: $2,500 plus basic meeting registration
  • Deadline: First Friday in April
  • Who Should Apply: Applicants for this award must be enrolled in a master’s, pre-doctoral, post-doctoral, or medical residency academic program and performing toxicological research. The research should emphasize drug absorption/distribution/elimination, drug detection/quantitation, drugs and human performance, or related areas of forensic toxicology.

Johnson-Whyte Memorial Foundation Fund

The International Association for Identification (IAI) has established this charitable foundation fund to promote research and education in forensic identification. This scholarship was established in memory of Robert L. Johnson of the U.S. Secret Service. He was instrumental in forming the International Association for Identification (IAI) Latent Print Certification Board and served as its first Chairman.

  • Amount: Varies
  • Deadline: June 1, 2026
  • Who Should Apply: Applicants for this scholarship must be enrolled in a full-time course at a Council for Higher Education Accreditation (CHEA) accredited university or college. The degree must be related to employment in the field of Forensic Identification. Undergraduate applicants must be seniors or juniors with a cumulative GPA of 3.0 or higher.

Jan Bashinski Criminalistics Graduate Thesis Assistance Grant

The Jan S. Bashinski Criminalistics Graduate Thesis Assistance Grant provides financial assistance to graduate students to complete a thesis or independent research project in criminalistics or forensic sciences. Funding must be used to complete the research and may also support travel to present the results at an AAFS Annual Scientific Conference. Established by Jan Bashinski’s family, the grant honors her pioneering career as a criminalist, crime lab director, and leader in DNA laboratory development, accreditation, and forensic science research. Administered by the Forensic Sciences Foundation, the educational, scientific, and research arm of the American Academy of Forensic Sciences (AAFS), the award fosters the next generation of forensic scientists and encourages broad forensic science research.

  • Amount: $1,850 for research expenses, plus up to $1,400 in travel funding to attend a future American Academy of Forensic Sciences (AAFS) Annual Scientific Conference
  • Deadline: July 31, 2026
  • Who Should Apply: AAFS student affiliates who are full- or part-time graduate students completing degree requirements through a research project at an accredited U.S. institution. Projects must make a significant scientific contribution to criminalistics or forensic sciences, and students may receive this grant only once in a six-year period.

The George H. Robinson Memorial Scholarship

The Chesapeake Bay Division of the International Association for Identification (CBD-IAI) is a nonprofit organization that acts as a regional arm of the world’s oldest and largest forensic association. They offer certification programs for various forensic science disciplines and host seminars and conferences in the area.

The George H. Robinson Memorial Scholarship is for recognizing criminal justice and forensic science students. It is awarded to selected students, who receive a certificate and a scholarship grant.

  • Amount: $1,000
  • Deadline: October 2026 (estimated)
  • Who Should Apply: Students pursuing a degree in forensic science or criminal justice are the focus of this scholarship. Applicants must have a 3.0 or better GPA, and undergraduate candidates must be of sophomore standing or higher. Awards are presented annually at the CBD-IAI’s Spring Educational Conference.

Regional & School-Specific Forensic Science Scholarships

Dr. Paul B. Ferrara Scholarship in Forensic Science

This Virginia Commonwealth University (VCU) scholarship honors the legacy of Dr. Paul B. Ferrara, who served as the director of the Virginia Department of Forensic Science, where, under his leadership, the Commonwealth of Virginia developed the first state laboratory capable of performing DNA fingerprint analysis. Dr. Ferrara was also a professor at Virginia Commonwealth University, where he brought the forensic science program to national recognition. The scholarship is awarded to second-year students from the College of Humanities and Sciences, Department of Forensic Science, every year.

Criteria for selection include conducting research in forensic science or making contributions to the field that impact a forensic science lab, forensic science professionals, or the field as a whole.

  • Amount: Varies
  • Deadline: January 15, 2026
  • Who Should Apply: This scholarship specifically caters to second-year VCU forensic science graduate students. Applicants must demonstrate either significant research or service contributions to the field, as well as leadership experience or potential. A 700-word essay explaining such contributions will be used in the selection process.

The Emily R. Murphy Graduate Scholarship

Another scholarship offered by the Virginia Commonwealth University (VCU) is the Emily R. Murphy Graduate Scholarship, established to memorialize Emily Murphy, a vibrant young woman with a promising future. Emily Murphy came to Richmond, VA, to fulfill her young adult dream of becoming a forensic scientist, where she was awarded full tuition and a stipend to be the Department’s first graduate teaching assistant. Emily died in a car accident in Washington, DC, at the age of 22.

This scholarship is available only to VCU graduate students in the Forensic Science Department.

  • Amount: Varies
  • Deadline: January 15, 2026
  • Who Should Apply: First-year graduate student in the Department of Forensic Science in the College of Humanities and Sciences who shows evidence of substantive service to the community.

Jeffrey and Regina Taussig Ohio Honors Scholarship

The Jeffrey and Regina Taussig Ohio Honors Scholarship is a full tuition and fees scholarship for four years at Waynesburg University. Qualified applicants should apply for admission to Waynesburg University. Students must be majoring in areas such as forensic science, forensic chemistry, forensic biology, environmental science, marine biology, mathematics, and pharmaceutical science, to name a few.

  • Amount: Full tuition and fees
  • Deadline: February 7, 2026
  • Who Should Apply: To be eligible for this scholarship, applicants must meet the following requirements: a cumulative high school GPA of at least 3.0, be Ohio residents, considerable co-curricular activities, and be majoring at Waynesburg University in areas such as biochemistry, biology education, biology, chemistry education, chemistry, environmental science, forensic chemistry, forensic biology, forensic science, mathematics, marine biology, pre-dental, pre-medical, pre-pharmacy and pharmaceutical science, and pre-veterinary.

Jed Moses Fulmer Memorial Scholarship

The Jed Moses Fulmer Memorial Scholarship is offered by the Johnson County Community Foundation (JCCF), which has been putting donor investments to work in Johnson County since 1991. Offering dozens of scholarships that benefit thousands of Johnson County students, the foundation currently funds more than $500,000 in scholarship benefits annually. In 2025, JCCF awarded 135 scholarships totaling $285,200.

Established to recognize a graduating senior planning a career in law enforcement (including criminology, forensics, and more) or in the Department of Natural Resources, the Jed Moses Fulmer Memorial Scholarship requires applicants to be residents of Johnson County, IN, or Owen County, IN.

  • Amount: Varies
  • Deadline: February 2026 (estimated)
  • Who Should Apply: Graduating seniors or past graduates planning a career in law enforcement (such as criminology, forensics, and more) or in the Department of Natural Resources are the focus of this scholarship. Applicants must plan to enroll full-time at an accredited college or university and must have a GPA of 2.0 or higher. Special consideration will be provided to students pursuing a degree at Vincennes University.

Boyd Forensic and Anthropological Sciences Scholarship

The Radford University Foundation offers this Boyd Forensic and Anthropological Sciences Scholarship. This foundation is a nonprofit organization that was established in 1973 to advance and further the purpose of Radford University. This year, more than $3 million from over 500 donor-funded scholarships will help Radford students pay for tuition, fees, room, board, books, and other education-related expenses.

Dr. Cliff Boyd and Dr. Donna Boyd are both co-directors of the forensic science department at Radford University. They created this scholarship to provide financial assistance to students involved with forensic or anthropological science research.

  • Amount: Varies
  • Deadline: February 5, 2026
  • Who Should Apply: Radford University students involved with forensic or anthropological science research. Applicants must exhibit an outstanding record of academic achievement, and they should be actively engaged in collaborative forensic or anthropological sciences research with faculty in these disciplines. They should provide two letters of recommendation from RU faculty and submit a 500-word essay describing their research.

Dr. Fred Jordan Endowed Scholarship

The University of Central Oklahoma has a scholarship portal that matches graduate and undergraduate students to qualifying scholarships. Incoming students will be able to view their scholarship options after they have received their admission decision.

One such scholarship is the Dr. Fred Jordan Endowed Scholarship, which is available to in-state, out-of-state, and international students currently enrolled as full-time graduate or undergraduate students in the forensic science program. This scholarship is presented during the Spring Presidential Partners’ Awards Banquet and was established by Oklahoma’s former chief medical examiner.

  • Amount: Varies
  • Deadline: February 6, 2026
  • Who Should Apply: This scholarship is for University of Central Oklahoma Students pursuing a forensic science degree. New students admitted to the MS in forensic science program with a minimum undergraduate GPA of 3.25 or current MS in forensic science students with a minimum 3.5 GPA are eligible for this scholarship.

Kristofer Boaz Claspill Memorial Scholarship

The Department of Justice Studies at San Jose State University’s College of Social Sciences offers several scholarships for graduate and undergraduate students studying justice studies. One such scholarship is the Kristofer Boaz Claspill Memorial Scholarship. Kristofer Boaz Claspill was an adventurous San Jose State University student, taking justice studies courses and working toward his lifelong dream of becoming a police officer. In his last year of studies, his life was tragically cut short on September 16, 2006, and he did not have the opportunity to complete his final year at the university. The scholarship is intended to provide financial support to students who, like Kris, are majoring in justice studies or forensic science; are in or are entering their senior year; and are planning to pursue careers in law enforcement.

  • Amount: $5,000
  • Deadline: February 28, 2026
  • Who Should Apply: Applicants must be upper-division undergraduate students majoring in justice studies or forensic science who have completed at least 80 units by the end of the Spring semester. This scholarship is intended to help pay for the senior year at San Jose State University. Applicants must be planning to pursue careers in law enforcement.

The George W. Chin Memorial Scholarship

The Northeastern Association of Forensic Scientists (NEAFS) is a regionally based professional society for forensic scientists. This scholarship honors George W. Chin, the self-proclaimed “God of Trace Evidence.” Dr. Chin co-founded the NEAFS Student Forum, where he taught students about the realities of the profession. He had a prolific forensic science career defined by his work in the field and his dedication to mentoring young forensic professionals.

  • Amount: $2,000, as well as associate-level membership for one year in the NEAFS organization
  • Deadline: April 30, 2026
  • Who Should Apply: Applicants must be enrolled in a forensic science program at a university in one of the following states: Maine, New Hampshire, Vermont, Rhode Island, Massachusetts, New York, Connecticut, New Jersey, or Pennsylvania. Undergraduate applicants must be of junior standing or higher. Application requirements include two letters of recommendation and a letter from the student describing their personal goals in forensic science, achievements, and why they should be considered for the award.

The George W. Neighbor, Jr. Memorial Scholarship

This second NEAFS scholarship honors George W. Neighbor, Jr., a trace evidence examiner and microscopist whose work overturned wrongful convictions and reinforced the need for quality assurance in forensic science laboratories. A former president of the NEAFS, George W. Neighbor, Jr., left a legacy of mentorship—and many of his mentees have gone on to become laboratory supervisors and mentors themselves.

  • Amount: $1,750
  • Deadline: April 30, 2026
  • Who Should Apply: Applicants must be enrolled in a forensic science program at a university in one of the following states: Maine, New Hampshire, Vermont, Rhode Island, Massachusetts, New York, Connecticut, New Jersey, or Pennsylvania. Undergraduate applicants must be of junior standing or higher. Application requirements include two letters of recommendation and a letter from the student describing their goals in forensic science, mentioning their achievements, and why they should win the award.

Carol De Forest Student Research Grant

This is the third award in this list offered by the Northeastern Association of Forensic Scientists. The NEAFS established this student research grant to honor the enthusiasm and spirit of Carol De Forest, wife of Dr. Peter De Forest, who lost her battle with cancer on October 3rd, 2011.

Always present at the NEAFS meeting, Carol greeted everyone with a huge smile and always had a kind word for everyone. Her influence and role went well beyond the Annual Meeting, as she became affectionately known as “The First Lady of Forensic Science”. This grant was designed to provide full-time graduate or undergraduate forensic science students with financial assistance to conduct research.

  • Amount: $2,500
  • Deadline: April 30, 2026
  • Who Should Apply: Applicants for this scholarship must be full-time students completing their graduate or undergraduate degrees at a regionally accredited institution located in the Northeastern U.S. (New Jersey, New England, Pennsylvania, and New York). They must be majoring in natural, allied, or forensic science and must have a research advisor who is a faculty member at the student’s academic institution.

The Mike Byrd Science Scholarship

Founded in 1989, the Police Officer Assistance Trust (POAT) acts as a support organization for the law enforcement community of Miami-Dade, Florida. With a stated motto of “Serving Those Who Serve,” the organization assists officers and their families in times of need. This scholarship was designed for children of law enforcement professionals who want to pursue a career in forensics and crime scene investigation.

  • Amount: $2,000
  • Deadline: May 2026 (estimated)
  • Who Should Apply: Applicants must be the son or daughter of a sworn officer working for a law enforcement agency within Miami-Dade County. They must be high school or college students in Miami-Dade, Broward, or Monroe Counties, planning to study or currently majoring in biology, chemistry, forensics, pathology, or another CSI-related field. Candidates must have a GPA of 2.5 or higher.

Gary Boccia Memorial Scholarship

John Jay College of Criminal Justice offers institutional scholarships for new students and those continuing their studies. One such scholarship is the Gary Boccia Memorial Scholarship. Gary Boccia, who received his bachelor’s degree in forensic science, passed away unexpectedly in October 1998. His family, friends, and colleagues who worked with him at the Federal Drug Enforcement Administration’s Northeast Lab have established the scholarship.

This scholarship is awarded to a part-time or full-time forensic science student. It is open to both undergraduate and graduate students.

  • Amount: $1,000
  • Deadline: November 2026 (estimated)
  • Who Should Apply: This Scholarship is open to both undergraduate and graduate forensic science students. To be considered, the student must have completed or been in the process of completing an internship at an accredited forensic science laboratory.

Michelle Lee Memorial Scholarship

Another scholarship offered by the John Jay College of Criminal Justice is the Michelle Lee Memorial Scholarship. Michelle Lee, who grew up in Queens, NY, graduated with a BS in forensic science. She is an alumnus of John Jay College. She passed away on April 27, 2009, at just 24 years old. Her family and friends established this scholarship for forensic science to celebrate her life by providing students from underrepresented communities the opportunity to complete their education.

  • Amount: $1,000
  • Deadline: November 2026 (estimated)
  • Who Should Apply: Forensic science undergraduate students who have earned a minimum of 12 credits with a minimum 3.0 cumulative GPA.

Demographic-Specific Forensic Science Scholarships

The Cheryl L. Wase Memorial Scholarship

The Society for American Archaeology is an international organization dedicated to research about the interpretation and protection of archaeological heritage. Cheryl L. Wase was an archaeologist who spent most of her career working in the high deserts of New Mexico.

This scholarship provides funding for undergraduate education in archaeology. It is specifically for women pursuing a bachelor’s degree in anthropology, specializing in archaeology.

  • Amount: Covers the cost of tuition or course fees and books for all classroom and field-based courses
  • Deadline: January 31, 2026
  • Who Should Apply: Women who are residents of New Mexico pursuing a bachelor’s degree in anthropology with a specialization in archaeology from a fully accredited university in New Mexico. Applicants must be at least 18 years of age.

Colonel Kathleen Swacina Scholarship

The Colonel Kathleen Swacina Scholarship has been established to honor COL Kathleen Swacina’s (USA – Ret.) accomplishments and her affiliation with AFCEA (An educational foundation committed to supporting STEM learning). It is funded by the generous donation provided by COL Kathleen Swacina and LTC Daniel Swacina, USA (Ret.).

This scholarship recognizes one outstanding female student who has shown the potential to excel in college studies in the areas of STEM (science, technology, engineering, and math) and attends college full-time.

  • Amount: $1,500
  • Deadline: Applications open on January 1, 2026
  • Who Should Apply: Female applicants (undergraduate or graduate) enrolled as full-time university or college students at an accredited institution, majoring in a STEM-related area (such as computer engineering, computer programming, computer forensics science, computer science, cybersecurity, and computer systems, among others).

The ACS Scholars Program

Founded in 1876 and chartered by the U.S. Congress, the American Chemical Society (ACS) is the world’s largest scientific society. Its stated vision is to improve people’s lives through the power of chemistry, accomplished through public advocacy, scientific journals, community partnerships, continuing education, and scholarship programs. More than $1,000,000 in scholarship funds are awarded to over 300 students yearly.

The ACS Scholars Program was founded to support students from underrepresented minority groups who want to pursue a career in chemical science. Over 3,500 students have received funding from the ACS Scholars Program to date.

  • Amount: Up to $10,000 annually
  • Deadline: March 2026 (estimated)
  • Who Should Apply: Underrepresented minority groups (African-American/Black, Hispanic/Latino, or American Indian) who intend to major in chemistry or a related field (biochemistry, chemical engineering, chemical technology, environmental engineering, toxicology, etc.) are the focus of this scholarship. Applicants must be U.S. citizens or legal permanent U.S. residents enrolled full-time at an accredited college and have maintained a GPA of 3.0 or better. Financial need is taken into consideration.

The Out to Innovate Scholarship

The National Organization of Gay and Lesbian Scientists and Technical Professionals (NOGLSTP) offers the Out to Innovate Scholarship to promote academic excellence and the visibility of talented LGBTQ students in STEM careers. It also intends to encourage students to be “out” in their professional lives and support diversity in the science and tech workforce. Two awards are granted annually.

  • Amount: $2,500
  • Deadline: The application cycle will be open in Spring 2026
  • Who Should Apply: Undergraduate or graduate students pursuing a STEM degree who identify as lesbian, gay, bisexual, transgender, queer, or an active ally of the LGBTQ community are eligible for this scholarship. Applicants must complete at least two years of higher education and maintain a 2.75 GPA.

Farheen Gani

Writer

Farheen Gani writes about forensics schools across the United States, and has covered topics such as forensic chemistry and forensic science and biochemistry since 2018. She writes about healthcare, technology, education, and marketing. Her work has appeared on websites such as Tech in Asia and Foundr, as well as top SaaS blogs such as Zapier and InVision. You can connect with her on LinkedIn and Twitter (@FarheenGani).

Forensics Casefile: Cracking the Silk Road

The story of busting the Silk Road, once the world’s largest illegal marketplace, has two main characters: Ross Ulbricht and the Dread Pirate Roberts (also known as DPR).

The Dread Pirate Roberts was the kingpin of the darknet’s Silk Road—a site that allowed the sale of almost anything, including drugs and stolen data. He earned some $80 million in Bitcoin through illicit commissions and generated over $1.2 billion in turnover. A fanatical proponent of libertarian economic theory, DPR posted manifestos about giving people “a first-hand experience of what it would be like to live in a world without the systemic use of force.” During his brief reign, he was one of the most wanted men on the planet.

Ross Ulbricht was an Eagle Scout. He had a master’s degree in materials engineering, specializing in crystallography. After graduating, he opened an online used book store, Good Wagon Books. He paid $1,000 a month to rent a bedroom in a three-person San Francisco flat. Spending most of his time in cafes on his laptop, people weren’t likely to cast him a second glance.

Finding the trail that connected those two characters—and revealing them to be the same person—took two-and-a-half years, multiple government agencies, and the coordination of both digital and physical forensics.

How Did the Darknet Silk Road Work?

The Silk Road was a black market Amazon, a place you could buy practically anything and it came as a natural extension of two pieces of emerging tech: Bitcoin and Tor. By tumbling Bitcoin through a series of quick dummy transactions, cryptocurrency transactions between parties could be rendered anonymous. And through the Tor browsing protocol, encrypted internet traffic could be funneled through a series of intermediary servers that were impossible to trace. In concert, they offered a purely anonymous marketplace, one outside the arm of regulation.

By the time awareness of the site reached the mainstream world, the Silk Road was already processing hundreds of thousands of transactions. Several agencies launched investigations. The IRS set about trying to track down the flow of money. The FBI dug into the Tor protocol for leaks. The DEA and DHS tried to intercept drug shipments through the mail. But despite having the power of the US government behind them, investigators found themselves woefully out of their depth.

How Did Investigators Connect the Silk Road to Ross Ulbricht?

Ulbricht’s name came up early in the investigation in 2011, when an IRS agent began an extensive search of the internet for early mentions of the Silk Road, hoping to trace back to its origins. After an enormous amount of sifting, they discovered that only four days after the first Silk Road blog went up, a user named Altoid posted about it in a small-time discussion forum. Following the trail of that online handle, investigators found him looking to recruit an IT and Bitcoin specialist, and referring people to a Gmail address that included the name Ross Ulbricht. That Gmail address was connected to a Google Plus account which hosted videos that exposed Ulbricht’s economic views as precisely in line with DPR’s. It was the first and only lead, but Ulbricht didn’t even have a background in computer science. Nothing linked Ulbricht to the management—let alone creation—of the Silk Road.

Ulbricht’s name didn’t come up again until July 2013, when Homeland Security intercepted a package mailed from Canada to Ulbricht’s San Francisco address. Inside, they found several counterfeit IDs that all had pictures of Ulbricht. When DHS agents confronted Ulbricht in person, they had no idea what the Silk Road was—disconnected from the larger investigation, they simply asked him a few questions and left. What they didn’t know was that they’d just met the Dread Pirate Roberts and those IDs had been part of his plan to escape for good.

On the digital front, the FBI’s cybercrime squad was hard at work, trying to analyze and crack the Silk Road’s natural defenses. When Ulbricht made a coding error and the IP address of the Silk Road server was exposed for mere minutes, the FBI was watching. Armed with this information, the IP address was traced to Iceland. The Icelandic authorities agreed to cooperate, and sent the FBI a thumb drive with the cloned contents of the server. All the folders were encrypted, but the FBI cracked the password: trytocrackthisNSA.

From there, digital forensics experts were able to mirror the Silk Road servers and pour through the internal data. They found employee names, accounting data, and something even more sinister: buried in the chat records, they found that when DPR had been threatened with exposure, he’d casually agreed to pay for that person’s execution.

It wasn’t the first time.

How Did Investigators Catch the Dread Pirate Roberts (DPR) in San Francisco?

After one of DPR’s employees had been caught dealing with an undercover DEA agent earlier in 2013, DPR had taken up an offer to have the ex-employee tortured and killed. What DPR didn’t know was that this offer had come from the very same undercover agent. The agent doctored pictures of the supposed execution and DPR paid $80,000 for what he assumed to be a contract killing. And investigators realized they were dealing with something even more serious than drugs: they were dealing with possible murders. But despite having access to a copy of the Silk Road’s server, they were still no closer to uncovering who the DPR was.

Then they started talking to each other.

When the FBI, IRS, DEA, and DHS began sharing information in late July 2013, they got a much more complete picture than they’d initially realized. The IRS agent brought up his initial lead to one Ross Ulbricht and they ran the name through all their systems. They found Ulbricht had traveled to Dominica, a known tax-haven. They found the case of him purchasing counterfeit IDs. Furthermore, Ross Ulbricht and DPR had clear digital touchpoints: another early email account Ross had used matched the name of the Silk Road server: frosty. The FBI assigned physical surveillance to Ulbricht and they were able to match Ulbricht’s internet usage to DPR’s activity on the Silk Road: over the course of weeks, whenever Ulbricht opened his laptop, DPR signed into the Silk Road—and when Ulbricht closed his laptop, DPR signed out.

As the heat closed in, DPR reassured a potential employee that they could only be caught if they were caught red-handed, with their laptop open and their fingers on the keys and the Silk Road running on an admin account—an extremely unlikely occurrence. And also exactly what investigators were planning.

DPR had a kill switch on his laptop: a single key could erase all evidence in a moment’s notice. To arrest DPR in the act didn’t require a SWAT team and brute force; it required careful orchestration and a clever dose of finesse. Still, up until the very moment, the FBI argued internally about whether the brute force option or the finesse option was better. No agreement was ever reached: proponents of each side went forward with their own plans on the day of the arrest.

On an afternoon in October 2013, Ulbricht walked into the Glen Park Library and sat down at a table near the science fiction section. One of his new employees sent him a message asking him to log on and check a flagged post in the admin account. After Ulbricht opened his laptop and started typing away, a man and woman beside him broke out into an argument that quickly escalated to the point of physicality. When Ulbricht turned to look, another woman sitting across from him gracefully swooped up his open laptop and then passed it to a man walking by, mid-stride. It all went down in a matter of seconds. By the time Ulbricht realized that everyone involved in this scene—the new employee, the arguing couple, the woman across from him, the man walking by—were all undercover agents, he was already in handcuffs. On his laptop’s screen, agents found him logged into the Silk Road as the head administrator. The FBI seized the Silk Road servers and served Ulbricht a warrant for Ross Ulbricht, alias Dread Pirate Roberts.

Finesse had won out.

What Happened After the Arrest of DPR?

Still at the scene, the FBI’s digital forensics experts backed up all the files on Ulbricht’s laptop, but many of the most sensitive file folders remained encrypted. Working nonstop, they were able to find the master password in the laptop’s RAM. And, with that, they had everything.

On Ulbricht’s day in court, his defense attorneys attacked the fragility of the matching online identities. They brought up the meaning of the name Dread Pirate Roberts, taken from a story where the name and duties of a person can be passed on seamlessly from one to another. They presented their own conspiracy theories in which Ulbricht was nothing but a fall guy and bet their case on the jury being unable to understand the coded world of darknet transactions.

But the digital forensics was cut and dry. On Ulbricht’s laptop, investigators had found:

  • Wallets with over 140,000 Bitcoins
  • A detailed accounting spreadsheet of Silk Road finances
  • A list of all the Silk Road servers
  • Ulbricht’s personal diary entries detailing the construction and operation of the world’s largest illicit website

He’d been caught red-handed, and investigators had connected the digital and physical worlds, unmistakably linking Ulbricht, the Eagle Scout, to DPR, the underworld kingpin.

The trial concluded in only 13 days. The jury deliberated for a mere four hours. Ulbricht was found guilty of money laundering, computer hacking, and conspiracy to traffic narcotics. His sentence included two life terms, without the possibility of parole.

But the story didn’t end there. Investigators went after Silk Road’s other employees and users. In a sordid twist, it was discovered that the undercover DEA agent who’d negotiated the fake execution with Ulbricht had been involved in his own criminal dealings. New iterations of the Silk Road began popping up all over the darknet.

In the wake of the Silk Road case, the need for modern forensics investigators has only grown, and so has the complexity of their task. This isn’t just a fight against increasingly adept criminal class, but also one to master the modes and methods of the bleeding edge of technology.

Three Standout Programs in Modern Forensics & Cybersecurity

McAfee Institute (Certification)

The McAfee Institute is an accredited provider of professional training and certifications for law enforcement and investigations units with a specialization in cyber-related sectors. They offer the Certified Cryptocurrency Forensic Investigator (CCFI) designation through an advanced self-study program that culminates in board certification.

In order to be eligible, applicants must have a bachelor’s degree and four years of experience in digital forensics or cybersecurity. This is a comprehensive 40-hour course that includes topics such as anonymization networks; understanding encryption; cryptocurrency investigations; analysis of recovered addresses and wallets; seizing cryptocurrency coins; suspect identification; money laundering schemes; and high-tech case preparation; The program costs $4,997 and counts for 40 units of continuing education.

Cybrary (Short Course)

Cybrary is a workforce development program that focuses on emerging issues in cybersecurity and IT. Their course in computer hacking and forensics covers the foundations of modern digital forensics and teaches students how to legally gather evidence and investigate cyber events.

The five-hour program is divided into 14 topics: modern computer forensics; the computer forensics investigation process; hard disks and file systems; data acquisition; anti-forensics techniques; operating system forensics; network forensics; web attack investigation; database forensics; forensics with the cloud; malware; email investigation; mobile; and forensic reporting. Students who complete the course will earn a certificate of completion and ten continuing education units (CEUs). This course requires a monthly subscription, which unlocks all of Cybrary’s course library.

edX/Rochester Institute of Technology (Short Course)

The Rochester Institute of Technology offers a MicroMasters program in cybersecurity that includes a course in computer forensics. One of five graduate-level courses, it promises to teach students court admissibility procedures as well as the technical fundamentals of investigation.

The seven-week class covers the following areas: digital forensics fundamentals; Unix/Linux fundamentals; Unix/Linux forensic investigation; Windows incident response; Windows fundamentals; Windows forensic investigation; and advanced artifacts. As a standalone course, it can be taken for free (or for a fee with a certificate of completion). This is designed for professionals with a STEM degree and five years of professional experience.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Mobile Forensics: How Digital Forensics Experts Extract Data from Phones

“It’s an exciting career, and it’s very rewarding to work behind the scenes. To those who find themselves being tech-savvy, and also wanting to make a difference through everyday life and for victims of crimes, this is an excellent and growing career option.”

Mario Merendon, Training Chair for Mobile Forensics with the International Association of Computer Investigative Specialists (IACIS)

Perhaps nothing has changed the modern investigative procedure as much as mobile forensics. A subset of digital forensics, mobile forensics involves the retrieval of data from a mobile device, typically a cell phone or tablet, but potentially a smartwatch, camera, GPS device, or drone. With over 370 million mobile-cellular subscriptions in the United States today, it’s now unusual for a modern investigation to not involve mobile forensics in some fashion.

“When it comes to investigations, those devices are key,” says Mario Merendon, Training Chair for Mobile Device Forensics with the International Association of Computer Investigative Specialists (IACIS). “The type of information that these devices hold helps us piece together a timeline of events. That timeline can give us a full picture of a conversation. It can give us the motive of a crime. It can give us location data. Compared to what was available to assist in solving crimes ten years ago, there’s just a vast amount of information that these mobile devices now hold.”

Mobile forensics is a complicated discipline. Today’s mobile forensics experts need to be trained in the best practices of mobile forensics and investigative procedure, but they also need to stay abreast of the changes and characteristics in cutting-edge technology.

“One of the biggest challenges we’re facing right now is the various types of encryption that each phone has,” Merendon says. “Different software and different operating systems have different go-to encryptions, whether it’s full-disk encryption, or file-based encryption, or password-protected devices. If we’re faced with that type of obstacle, then we have to explore different routes in order to extract that data.”

The complexity of the discipline extends beyond encryption. The proper procedure for investigating an Android phone may not be the same for investigating an Apple phone, and differences in software patches and network connectivity must be accounted for during a mobile forensics investigation. Two different phones seized on two different days may both have the same app, but an investigator’s level of access to the information in that app may be drastically different.

“What we have to do is learn to not solely depend on a single forensic tool, because it will be behind the curve in decoding certain applications,” Merendon says. “The more training that we have in recognizing behind the scenes how a phone works and how databases are created and put together, [the more] we’re able to dig in and get information without having to solely depend on the decoding of a particular forensic tool.”

There’s no one-size-fits-all approach to mobile forensics, as each investigation will have its own unique characteristics—that’s why training programs at IACIS focus on tool-agnostic skills. However, there is a somewhat standard process for mobile forensics: data needs to be seized, retrieved, and analyzed in a forensically sound manner. This ensures that evidence is collected in a way that ensures chain-of-evidence processes and avoids modification or destruction of the data in question.

Meet the Expert: Mario Merendon

Mario Merendon is CEO and chief forensic investigator for VX Digital Defense, a digital forensics and digital investigations company. He is also the Training Chair for Mobile Device Forensics with the International Association of Computer Investigative Specialists (IACIS), which trains federal, state, local law enforcement, and private examiners.

Merendon is a 17-year law enforcement veteran with experience in criminal investigations, including homicides, sex crimes, crimes against children, and internet crimes. He is also experienced in digital forensics, having managed the Denton County Criminal District Attorney’s Office Digital Forensic Lab where he supported 27 police agencies across three counties, and has testified as an expert witness.

Merendon holds a Master’s in Cyber Security and Information Assurance from Sam Houston State University and a Bachelor’s in Criminal Justice Administration from Columbia College. He also holds certifications in Certified Forensic Computer Examiner (CFCE), IACIS Certified Mobile Device Examiner (ICMDE), CompTia Security +, and CompTia A+.

Merendon was first interviewed for this article in September 2020, and again in April 2024.

Mobile Forensics Phase 1: Seizure

When a mobile device is seized, it usually needs to be isolated from the network, to prevent incoming data from overwriting older data. It can then be transported in a Faraday cage or a specialized Faraday bag. The seized device can also be placed in airplane mode (with Wi-Fi disabled), or the SIM card cloned, as circumstances dictate.

Ideally, the device should be seized while awake and unlocked and should be kept on at all times. In the case of a locked device, it’s important to remember that while PIN codes are protected by the 5th amendment, fingerprints may not be.

Mobile Forensics Phase 2: Acquisition

After a device is seized, it’s ready for data acquisition. Mobile data falls into three main types: internal memory, external memory, and system logs. Internal memory is usually stored on the phone itself, while external memory is usually stored on SD cards or memory sticks. System logs may come from the telecom provider and wireless networks that the phone has been using.

Smartphone data of interest to mobile forensics professionals can include GPS information, social network data, browsing history, contacts, text messages, image data, geolocation tags, emails (sent, received, and in drafts), and personal notes. That’s a lot of data to sift through, and investigators often need technical assistance in the form of third-party tools, most of which are automated commercial solutions that can have both a hardware and software component.

There are five main forms of data acquisition: manual acquisition, logical acquisition, full file system acquisition, physical acquisition, and brute force acquisition.

Manual Acquisition

In manual acquisition, a mobile forensics expert will navigate the phone’s user interface manually, capturing screen images along the way. This isn’t much different than simply using the phone, except that the purpose is investigative. Manual acquisition is a time-consuming process, and its scope is limited to the data currently available on the operating system.

Logical Acquisition

In logical acquisition, a mobile forensics expert will copy over a phone’s file system onto a separate device. This is similar to syncing one’s phone with one’s laptop, bringing over the phone’s data in branched, logical structures that are easier to organize and navigate. For some phones’ operating systems, the extracted data may include files marked for deletion but not yet overwritten.

Full File System Acquisition

In a full file system acquisition, mobile forensic experts are able to obtain deeper folder and file system structures from both iOS and Android devices. The data that is obtainable contains less data than a physical acquisition, but still includes many data stores that contain deleted data and important user data. Due to certain restrictions in mobile device software, full file system acquisitions are the new go-to method supported by many commercial forensic tools.

Physical Acquisition

In physical acquisition, forensics experts ‘flash’ over all the contents of a phone onto a separate device. This is a bit-for-bit copy of the mobile device’s flash memory and might allow an examiner to review deleted or partially deleted data. However, most phones are locked to a specific wireless operator and protect against access to flash memory. To circumvent this, some mobile forensics experts may turn to boot loaders and other forensics tools to bypass the lock.

Brute Force Acquisition

To bypass lock screens and passcodes, some investigators may apply brute force, which again usually involves third-party tools. These tools, in their earliest forms, would physically attempt all possible iterations of a numerical PIN code to one’s phone. Newer lock screens and better security systems have rendered that method relatively primitive; today’s brute force acquisition tools are more sophisticated than the name implies.

Mobile Forensics Phase 3: Analysis

Once the data has been acquired, mobile forensics experts will need to analyze it. But a typical smartphone has 64GB of internal storage, which amounts to approximately 33,500 reams of paper. Within that astronomical amount of data, the critical piece of evidence could be both tiny and innocuous: missed calls can be as important as sent text messages, discarded email drafts as important as selfies.

“Depending on the type of case, we may be interested in only a certain category of data,” Merendon says. “In child abuse cases, for example, we’re very interested in web search histories and pictures. When we’re only looking at certain categories, we’re able to filter out the other things we don’t need to look at.”

In big cases, though, where many different categories of data are potentially of interest—chats, pictures, contacts—the process can be much more time-intensive. To combat that swamp of data requires multiple technical solutions.

Each forensics tool comes with different analytic features, some in the form of timeline viewing and link analysis to aid data visualization for the forensic investigator. Further keyword search and targeted filtering can make the murky waters of data analysis a little more transparent and a little more shallow.

In any event, a mobile forensics investigator will likely need to be proficient with more than one analytical tool, and well-trained in preserving a proper chain of evidence.

The Future of Mobile Forensics

Mobile forensics is a rapidly evolving field that needs to keep pace with the innovations of the tech industry at large. The market share of certain hardware and operating systems can fluctuate significantly over a short time span, changing the tools and procedures that mobile forensics needs to use to acquire and analyze a smartphone’s data.

Additional security measures, such as two-factor authentication on cloud-stored data and increasing base-layer encryption, add further layers of complexity. New generations of analytical toolkits and overlapping laws around jurisdiction call for today’s mobile forensics investigator to be expertly trained.

“A lot of colleges now are offering bachelor’s and master’s degrees in computer forensics,” Merendon says. “Some of our examiners have industry certifications, and then college degrees on top of it. Others come from a law enforcement background. It all ties in together—investigative skills along with computer certifications—to help pinpoint the type of information we need to solve crimes.”

Mobile forensics isn’t just about catching criminals, though. Merendon and his colleagues often use their mobile forensics skills on behalf of victims, too. The learning curve of mobile forensics may be high, but so are the stakes: truth and justice may be just a few clicks away.

“It’s an exciting career, and it’s very rewarding to work behind the scenes,” Merendon says. “To those who find themselves being tech-savvy, and also wanting to make a difference through everyday life and for victims of crimes, this is an excellent and growing career option.”

The Future of Digital Forensics: More Devices, More Data, More Tools

The last four years have seen significant change, particularly in technology, but if there’s one constant, it’s more: more devices, more data, more tools, and more need for highly skilled mobile examiners.

“From an investigative side, mobile examinations are now a part of nearly every major crime, from crimes against children to vehicle crashes and burglaries,” Merendon says. “Plus, data stored in the cloud is more accessible thanks to more support offered by forensic tool provider, which allows examiners to extract that data and pair it with mobile data and third-party apps.”

The proliferation of new and numerous devices presents both challenges and opportunities for mobile examiners. Hardware and software are changing, too. Newer versions of file systems that make storage and access more efficient for users can act as hurdles for examiners and forensic tool companies who want to keep pace.

“Having access to both commercially available tools and open-source tools is more important than ever,” Merendon says. “Fortunately, we have seen the cost of tools with features that allow examiners to acquire full file systems and physical extractions for newer devices slowly becoming more affordable.”

But it’s important for examiners not to get too attached to any particular tool. Meredon is a strong proponent of tool-agnostic training, such as that offered by IACIS. By focusing on the deep fundamentals of how mobile devices actually store data and how that can affect an examination, examiners can future-proof their knowledge and skills.

“Once you understand the nuances involved, no matter the forensic tool, you’ll know where to go and how it’s decoded,” Merendon says. “This is especially important when a forensic tool doesn’t support an application or automatically parse it out, but the data is there waiting to be discovered.”

Going forward, new tools should make accessing a mobile device’s data and artifacts easier. Research into new methods of access and retrieval will continue. Already, open source tools like iLEAPP/aLEAPP have been filling the gaps where commercial tools fall short. But as devices continue to evolve, the forensic examiner’s tools will need to evolve, too. And as the frontier of mobile forensics continues to increase, so will the importance of skilled mobile examiners.

“The available data within mobile devices, along with the increasing amount of forensic tool support, provide a promising future for examiners and investigations,” Merendon says.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

How to Detect AI: A Guide to Digital Forensics Tools

“The rise of AI-generated content is forcing digital forensic analysts to become detection specialists—not just identifying what content exists on a device, but also validating its authenticity and provenance. It challenges the very core principle of forensics: trust in the integrity of evidence.”

Tom Ervin, Assistant Professor of Practice, UT San Antonio

The rise of AI-generated content has outpaced detection. In 2025, global losses from deepfake-enabled fraud surpassed $200 million in just the first quarter. Cybersecurity firm Entrust reports that deepfake and synthetic document attacks now occur every five minutes, marking a 244 percent surge in digital forgery incidents since 2023.

These synthetic threats range from manipulated videos and voice clones to entirely fabricated text communications, and they’re increasingly being used to commit fraud, spread disinformation, or distort digital evidence.

The scale of the challenge has caught the attention of international law enforcement agencies like Europol and the U.S. Department of Homeland Security. Meanwhile, the National Institute of Standards and Technology (NIST) is developing benchmarks to evaluate deepfake detection software, noting that accuracy drops sharply when tools are tested on real-world, compressed media files. While AI-generated content is not yet pervasive in every case being investigated, its presence is rising, and a major shift in digital forensics is underway.

Forensic analysis is built on the principle that digital evidence represents reality. But AI-generated and AI-altered media undermine that assumption, forcing experts to assess not just what was recorded, but whether the event ever occurred at all. To learn more about how digital forensics experts are fighting back against AI-generated and AI-altered media, read on.

Meet the Experts

Tom Ervin

Tom Ervin has over 25 years of experience supporting federal law enforcement with cyber forensics analysis on criminal and national security investigations that have been directly responsible for numerous indictments and convictions throughout the country. He has also developed and led malware analysis and digital forensics training efforts that have been delivered internationally in over 15 countries.

Ervin is a contributor to the Wiley Encyclopedia of Forensic Science. He is an assistant professor of practice at the University of Texas San Antonio (UT San Antonio) where he currently teaches Digital Forensics Analysis, Malware Analysis, and Senior Cyber Capstone courses. He has a master’s degree from North Carolina A&T State University and a bachelor’s degree from Tuskegee University.

Jesse Varsalone

Jesse Varsalone is a collegiate associate professor of cybersecurity technology at the University of Maryland Global Campus. He has taught since 1994, including at the undergraduate and graduate levels, in middle school and high school, in corporate training, and as an instructor for the U.S. Department of Defense at the Defense Cyber Investigations Training Academy (DCITA).

Varsalone holds several certifications in the IT field, including A+, Arduino, CASP+, CEH, CISSP, Cloud+, CTT+, CYSA+, iNet+, Linux+, Net+, Pentest+, Security+, Server+. He has a master’s degree from the University of South Florida and a bachelor’s degree from George Mason University. His recent book, The Hack is Back, was published by CRC Press in 2023.

A New Kind of Forensic Toolkit

“The rise of AI-generated content is forcing digital forensic analysts to become detection specialists who are not just identifying what content exists on a device, but also validating its authenticity and provenance,” Ervin says. “It challenges the very core principle of forensics: trust in the integrity of evidence.”

AI-manipulation is appearing in an expanding range of cases: misinformation campaigns, social engineering schemes, and even fabricated evidence in criminal proceedings. In response, digital forensics is evolving into a hybrid discipline that blends investigative instincts with data science, using tools like Hive and Sensity AI to analyze pixel-level inconsistencies and compression artifacts that betray synthetic manipulation.

“Just as digital forensics evolved from manually searching files to using advanced software capable of processing millions of artifacts, AI detection will also require specialized forensic tools to keep pace,” Varsalone says.

“Current detection methods include metadata analysis to identify inconsistencies in Exchangeable Image File Format (EXIF) data, compression, or codec signatures. Photo-Response Non-Uniformity (PRNU) can verify whether an image originated from a real camera, while tools like Microsoft’s Video Authenticator and Deepware Scanner employ machine learning to flag deepfakes.”

Research shows a worrying gap between the results of detection tools in academic settings and the results in real-world settings. In-the-wild detection remains a moving target: the most advanced deepfake videos and cloned voices can evade even specialized forensic tools, and a survey from the University of Amsterdam found that human observers could distinguish high-quality deepfakes from real videos only 24.5 percent of the time.

Ervin believes the future of AI detection lies in multi-modal correlation, which analyzes how different forms of digital evidence interact. Rather than studying a single photo or audio file in isolation, investigators examine surrounding signals like metadata trails, device logs, user interactions, and IoT sensor data to identify inconsistencies that betray fabrication. The result is a more holistic forensic picture.

“In multi-modal AI detection, we don’t just analyze content in isolation,” Ervin says. “We examine the relationship between media, device metadata, and user behavior. Cross-source correlation will be vital, especially in environments where user interactions leave a broader digital footprint.”

Adapting Old Systems to a New Era

To get ahead of the problem, some researchers and technology companies are starting to embed authenticity checks directly into media creation. Initiatives such as Adobe’s Content Authenticity Initiative (CAI) and the Coalition for Content Provenance and Authenticity (C2PA) propose attaching cryptographic metadata like timestamps, edit histories, and device identifiers to every photo or video at the moment of capture. Google’s SynthID uses invisible watermarking to tag AI-generated images. If these frameworks gain traction, forensic examiners could soon verify whether an image was altered, as well as who created it, when, and how.

“Provenance tracking and digital watermarking are at the forefront, embedding tamper-resistant identifiers into cameras, files, or even the generative models themselves so that the origin of content can be cryptographically verified,” Varsalone says.

Even though these tools and standards exist, widespread adoption is still low as of 2025, and many cameras, apps, and platforms do not yet embed provenance metadata or watermark it. Such systems, however, rely on broad industry adoption, and bad actors can always operate outside those standards. Authenticity verification remains fragmented: different camera manufacturers, AI developers, and platforms may use incompatible systems. Without universal standards, forensic investigators must triangulate truth using multi-modal evidence.

“The concept of chain of custody continues to be critical, ensuring that there is a complete record of where the evidence originated, who handled it, and how it was preserved throughout the process,” Varsalone says. “What has changed, however, is the legal and technical complexity surrounding this evidence.”

Illustrative of that change is a recent case that unfolded in Baltimore, where a falsified audio clip circulated online appeared to feature a local school principal making racist remarks. The clip, generated using an AI voice-cloning tool, spread rapidly before digital forensic analysts ultimately traced the audio’s creation through metadata, IP addresses, and email logs to prove it was AI-generated. Varsalone points to cases like this as reminders that the fundamentals still matter, particularly when paired with new AI detection software.

“This blend of traditional and modern approaches is exactly where digital forensics is headed,” Varsalone says.

The Emergence of AI Forensics

As the threat landscape evolves, forensic education is adapting alongside it. Universities and certification bodies are beginning to integrate AI detection into curricula, with programs starting to include modules on multimedia authenticity, adversarial machine learning, and provenance verification.

These initiatives mirror historical shifts in digital forensics. When encryption and cloud computing first emerged, forensic examiners had to develop new competencies in live imaging and distributed evidence collection. The rise of AI presents a similar inflection point that demands both new tools and a reassertion of core forensic values: documentation, repeatability, and transparency.

“We are witnessing the birth of what I would call AI forensics,” Ervin says. “The field will move toward AI-forensic literacy: recognizing machine-generated deception, validating ‘synthetic alibis’ created with fake chat logs or deepfakes, and the ability to trace back through prompt injections, API tokens, and AI deployment logs. In the next 5 years, digital forensics professionals will need to be part investigator, part data scientist, and part prompt engineer.”

Varsalone characterizes the emerging landscape as an AI-versus-AI arms race, where forensic models must evolve alongside the generative systems they analyze. In this environment, machine learning becomes both the adversary and the ally. The success of the next generation of digital forensics experts will hinge on their ability to detect and ultimately prove the origins of the digital world’s artifacts, and the stakes are high.

“The ability to prove authenticity—something that once seemed straightforward—will soon become one of the most critical and complex problems facing both the courts and society at large,” Varsalone says.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

How to Become a Forensic Science Technician

The explosive popularity of early 2000s crime TV shows like Law & Order and CSI marked the beginning of today’s cultural fascination with the field of forensics. Since then, a wave of documentary series and podcasts like Making a Murderer and Serial, in which experts dive deep into the forensics of crimes, have continued to feed our society’s endless fascination with the science of solving the darkest mysteries.

As a result, prospective students have been interested in becoming forensic science technicians. These specialists, portrayed in our favorite courtroom dramas, help detectives gain the crucial evidence needed to administer justice and bring much-needed peace to the families of crime victims.

The constant innovations in science and technology that increase forensic teams’ abilities to solve crimes—even cases that have long gone cold—make it an exciting work area. It’s no wonder that so many students are interested in a career in this fascinating and altruistic field.

While the media presents a tantalizing portrait of life as a forensic science technician, there are some aspects to consider before diving headfirst into this line of work. Discover how to pursue a career as a forensic science technician below.

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Skills & Personality Traits of a Successful Forensic Science Technician

The profession dates back long before “true crime” became popular in entertainment media. Today’s most fundamental practices within forensic science, such as fingerprinting and firearm examination (i.e., the ability to connect a specific bullet found at a crime scene to the specific gun it was fired from), actually date back to the 1800s. These methods are still widely revered and frequently used as evidence in courtrooms today.

Forensic science technicians are regularly present at crime scenes, aiding in criminal investigations under a crime scene leader or field supervisor. Their role involves helping to collect, document, and analyze evidence and submit it to the crime laboratory. Technicians are also known to assist supervisors with planning the process of organizing and properly storing evidence while adhering to government policies and laws.

Here are some of the main tasks that forensic science technicians are expected to perform in their day-to-day work lives:

  • Communicate with law enforcement regarding crime scene procedures and protocol
  • Ensure that supplies are available for crime scene investigation teams
  • Clean and maintain equipment
  • Ensure procedures are followed by members of the evidence team when identifying, collecting, and processing physical evidence
  • Collect weapons-related evidence
  • Handle human tissue, bodily fluids, and DNA
  • Package and transport physical evidence to the forensic crime laboratory

Not surprisingly, a propensity for math and science is necessary, as technicians need a strong comprehension of statistics and natural sciences to analyze evidence.

A forensic science technician should have a strong sense of curiosity and be naturally detail-oriented. Due to the nature of the job, technicians should be prepared to handle the implications of working around crime scenes. Forensic scientists can develop these skills with time. These professionals are also expected to spend hours at the crime scenes and in the lab, ensuring that all relevant evidence is carefully collected and analyzed.

In addition to strong technical skills, proficient technicians should have written and verbal communication skills. For example, they are expected to create detailed written reports conveying scientific information in layperson’s terms to police, lawyers, and juries. This is why soft skills like public speaking are arguably as essential as the hard science and math skills needed to succeed in this profession.

Occupational Demand and Salary Data for Forensic Science Technicians

Career Outlook and Occupational Demand

The demand for forensic science technicians—one of many career possibilities for people in this field—is projected to grow considerably in the coming years. The Bureau of Labor Statistics (BLS 2025) anticipates that openings for forensic science techs will increase by 13 percent between 2024 and 2034 (generating 2,600 new positions in the U.S.), which is much faster than the average growth expected of all occupations during that time period (3 percent).

Forensic science technicians typically work in laboratories, police departments, international organizations, medical examiner offices, insurance companies, law firms, hospitals, morgues, universities, and independent forensic science groups. According to BLS (2025), 87 percent of forensic science technicians are employed by the government. While some work regular business hours, forensics experts may be called upon to work weekends, evenings, and holidays due to the 24-hour nature of crime scene processing.

Salary Data

According to the Bureau of Labor Statistics (BLS May 2024), the 19,450 forensic science technicians in the U.S. make an average annual salary of $75,260.

In more detailed terms, here is a breakdown of the salary percentiles among all forensic science technicians in the country (BLS May 2024)—the latest data available as of November 2025:

United States
Number of Forensic Science Technicians Employed19,450
Annual Mean Wage$75,260
10th percentile$45,560
25th percentile$53,310
50th percentile$67,440
75th percentile$88,710
90th percentile$110,710

The salary data on PayScale (November 2025)—an aggregator of self-reported wages in common occupations—found slightly different ranges among its 36 forensic science technician respondents:

  • 10th percentile: $33,000
  • 50th percentile (median): $59,140
  • 90th percentile: $79,000

Salary prospects tend to differ according to region. The highest-paying states for forensic science technicians are the following (BLS May 2024):

  • Illinois: $106,120 (annual mean salary)
  • California: $99,390
  • Ohio: $89,330
  • Michigan: $85,070
  • Maryland: $82,730

However, these are not necessarily the highest employing states for these forensic science technicians (BLS May 2024):

  • California: 3,100 forensic science technicians employed
  • Florida: 2,440
  • Texas: 1,990
  • New York: 1,120
  • Arizona: 880

For more information, please visit the forensic scientist salary page.

Steps to Becoming a Forensic Science Technician

The BLS also reports that while an employer can hire you with just a bachelor’s degree in the natural sciences (e.g., chemistry, physics, biology, etc.), many applicants have earned a master’s degree in forensic science to differentiate themselves from other candidates and earn higher starting salaries.

Internships also can help set aspiring forensic science technicians apart from the crowd by providing experience working at real crime scenes, which is a huge asset to potential employers—especially for applicants pursuing jobs as technicians without master’s-level credentials.

There are various experiential and educational paths for prospective forensic techs, although they typically pursue at least a four-year degree in natural sciences before being employed. In fact, Career One Stop (2025)—a job-planning tool sponsored by the U.S. Department of Labor—reports that 34 percent of forensic science technicians have a bachelor’s degree or higher, while 13 percent have associate degrees and 19 percent have some college education.

Here are the steps to take to pursue a career in forensic science:

Step 1: Completing High school (four years).

Since specialists in this field often have degrees in physical or natural sciences, having solid grades in subjects such as physics, chemistry, mathematics, biology, and statistics may prepare them for postsecondary work.

Step 2: Earning an associate degree in forensic science (two years).

Some associate degree programs are available for prospective entry-level forensic science technicians. In addition to general education, these programs may have classes in criminal law, fire & arson investigation, and the physical sciences.

Mesa Community College

Mesa Community College’s associate degree in forensic science offers two possible areas of emphasis: crime scene investigation and lab science. Two certificates of completion are also available. This degree also provides students with the opportunity to complete two certificates of completion in fingerprint identification and photography, and crime scene investigation.

This 60- to 64-credit program includes courses such as introduction to criminal justice, criminalistics: physical evidence, crime scene technology: physical evidence, forensic science: biological evidence, criminal investigation, procedural criminal law, evidence technology: fingerprints, and principles of forensic science.

  • Location: Mesa, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Two years

Hudson Valley Community College

Hudson Valley Community College’s associate’s degree in forensic science is primarily a transfer program as most graduates continue their education to complete a bachelor’s degree. Graduates of this program will have the opportunity to transfer seamlessly to John Jay College of Criminal Justice, one of the world’s forensic science leaders.

Made up of 62 credits, the program includes courses such as criminology; forensic science; introduction to criminal justice; molecular laboratory techniques; principles of physical chemistry; and elementary statistics, among others.

  • Location: Troy, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

For more associate programs in this field, visit the FEPAC website or the forensic science education page.

Step 3: Earning a bachelor’s degree in natural or forensic science (four years).

An undergraduate degree is required to become a forensic science tech. The major can be biology, CSI, chemistry, criminal justice, physics, or law.

Alternatively, aspiring techs can choose an undergraduate degree program specifically in forensic science. Some universities, like Texas A&M University, Pennsylvania State University, and Columbia College, offer bachelor’s programs specific to forensic science. Check out our guide to forensics science schools by state to search for a particular program.

The benefit of pursuing a bachelor’s degree in forensic science (as opposed to natural science) is that students can often focus their undergraduate degree on a specific area of forensics, such as DNA, trace evidence, or ballistics. Specializing can make you a more desirable candidate with higher earning potential.

Liberty University

Liberty University’s FEPAC-accredited bachelor of science program in forensic science provides students with interdisciplinary training in criminal justice, biology, and chemistry.

Graduates of this program have the opportunity to begin their careers with the medical examiner’s office, the Virginia Department of Forensic Science, the Department of Health, local police departments, the Department of Homeland Security, the FBI, the National Institute of Health, local and regional offices of the Chief Medical Examiner, the Naval Criminal Investigative Service (NCIS), and many more.

This 120-credit program includes courses such as forensic DNA analysis; forensic entomology; trace evidence; introduction to forensics; criminal investigations; analytical chemistry; forensic science seminar; and clinical human anatomy.

Notably, through Liberty’s Washington Fellowship, students can apply for a semester-long internship with NCIS, the FBI, the District of Columbia OCME, and other agencies. This internship will allow graduates to receive academic internship credit while learning valuable life skills that can be used in the professional forensic science field or to pursue graduate studies.

Upon completion, graduates will be ready to take up roles such as trace evidence technicians, forensic scientists, forensic microbiologists, forensic quality assurance specialists, forensic entomologists, forensic autopsy technicians, forensic consultants, and criminal investigators.

  • Location: Lynchburg, VA
  • Accreditation: Forensic Science Program Accreditation Commission (FEPAC); Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

Albany State University

Albany State University offers a bachelor of science program in forensic science providing graduates with an understanding of the scientific knowledge, and practice of forensic science, and preparing them for work in crime scene investigation, forensic science laboratories, and related areas.

The program comprises 124 credits and includes courses such as forensic photography; crime scene investigations and reconstruction; forensic microscopy of trace; criminal evidence and court procedure; forensic chemistry; forensic serology; forensic instrumentation and analysis; introduction to criminal justice; fingerprint technology; and evidence collection in scientific crime investigation.

  • Location: Albany, GA
  • Accreditation: Forensic Science Program Accreditation Commission (FEPAC); Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Purdue Global

Purdue Global offers a 100 percent online bachelor’s degree in criminal justice. Six concentrations are available, allowing students to customize their degree to meet their career goals. Graduate-level coursework may also be completed within the bachelor’s program so that students may also earn their master’s degree sooner.

The forensic psychology concentration includes criminal justice coursework such as criminal investigation; computers, technology, and criminal justice information systems; criminal procedure; cultural awareness in public safety; crime prevention; criminal law for criminal justice; and introduction to forensic psychology. The forensic psychology concentration then adds coursework in psychology for law enforcement; crisis intervention; psychopathology; electives, and a capstone project.

  • Location: West Lafayette, IN
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: 180 quarter-credit hours

Arizona State University

Students at Arizona State University may choose from three programs: a 120-credit bachelor of science in forensic science; a 30-credit professional science master’s (PSM) in forensic science; or a 120-credit bachelor of science in forensic science – death investigations. All three programs are online, however, in-person labs must be completed on-campus for the two BS degrees.

The forensic science BS curriculum includes subjects such as ethics in forensic science; forensic toxicology; principles of pharmacology; forensic botany; forensic entomology; advanced topics in human forensic DNA; applied biostatistics in medicine and informatics; and others.

The PSM forensic science degree is designed to help forensic science professionals expand their skills and prepare them for leadership positions. The coursework includes forensic science and governance; ethics in forensic science; laboratory leadership, policy, and practice; forensic toxicology; principles of pharmacology; research; advanced forensic psychology; and criminal procedure of investigations for social and forensic scientists.

The curriculum for the BS in forensic science – death investigations includes many of the same courses as the above programs. It also includes topics such as advanced scene mapping; excavation and recovery; forensic anthropology; human and comparative osteology; among others.

  • Location: Tempe, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: BS degree four years; PSM degree 1.5 years

Southern New Hampshire

Among the many online degrees offered by Southern New Hampshire University are a 120-credit bachelor of arts in psychology – forensic psychology, and 13 criminal justice courses ranging from an AA to a BS to a MS degree, most of which will have one or more forensics-related courses.

In addition to the core coursework for all psychology degrees, the BA forensic psychology concentration covers topics that include criminal behavior; motives; criminal profiling; and the role of forensic psychology professionals as expert witnesses in courts. The curriculum includes fundamentals of forensic psychology; criminal minds; assessment and testing; evaluation of special populations; and a psychology internship.

SBHU is a military-friendly institution and participant in the Yellow Ribbon and Operation Homefront programs.

  • Location: Manchester, NH
  • Accreditation: New England Commission of Higher Education (NECHE)
  • Expected Time to Completion: Four years

For more bachelor’s programs in this field, visit the FEPAC website or the forensic science education page.

Step 4: Secure an internship (one year or more, optional).

Many aspiring forensic science techs sometimes opt to secure an internship to gain real-world experience. Usually, this step is pursued during or after earning a bachelor’s degree.

Internships can be highly competitive, so consider contacting local police departments and agencies independently to see if you can negotiate your internship.

Step 5: Earn a master’s degree in forensic science (two years, optional).

Master’s degrees in forensic science allow for specialization in specific professional disciplines. Some examples of relevant master’s degrees include a master of science in forensic science, a master of science in criminalistics, a master of science in forensic biology, and a master of science in biomedical forensic science. Please see our guide to the master of science degrees in forensic science, including accredited on-campus and online programs.

National University

National University offers an online master of forensic sciences program with specialization options in criminalistics or investigation.

Applicants to the criminalistics specialization must have an undergraduate degree in laboratory science. The specialization in investigation does not have a specific major requirement for the undergraduate degree.

This 54-credit program includes courses in forensic pathology, forensic anthropology, forensic photography, crime scene investigation, fingerprint analysis, digital evidence, topics in forensic sciences, trace evidence, and advanced criminalistics.

  • Location: San Diego, CA
  • Accreditation: WASC Senior College and University Commission (WSCUC)
  • Expected Time to Completion: Two years

Towson University

Towson University has a FEPAC-accredited master of science program in forensic science. The program’s application-focused curriculum provides students with an educational background and helps them develop forensic science laboratory skills. Students can choose either the DNA track, which focuses on genetic analysis, or the forensic analytical chemistry track, which focuses on trace analysis, toxicology, and drug analysis. All students are required to complete a forensic research project or thesis.

The 37-credit program includes courses such as forensic science and law, forensic molecular biochemistry, forensic chemistry, crime scene and impression evidence, forensic firearms analysis, independent study in forensic science, special topics in forensic science, forensic serology, forensic microscopy, and death analysis in forensic science.

  • Location: Towson, MD
  • Accreditation: Forensic Science Program Accreditation Commission (FEPAC); Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

Stevenson University

Students at Stevenson University have three forensics-related post-baccalaureate certificate programs from which to choose: digital forensics; forensic accounting; and forensic investigations. They may also complete a bachelor of science degree in cybersecurity and digital forensics, or a master’s degree in forensic science.

The online master of science degree in forensic science has two concentrations: forensic biology and forensic chemistry. Their coursework includes physical evidence at crime scenes; safety/quality control/quality assurance; serology and immunology; DNA analysis; trace evidence; toxicology; and crime scene investigation.

The forensic biology concentration gives graduates the skills to examine the science underlying DNA analysis; describe how DNA is analyzed; analyze serological evidence; and analyze immunological evidence. Graduates of the forensic chemistry concentration will know how to examine and understand the science underlying chemical analysis; analyze chemical evidence; analyze trace evidence; and describe the toxicology and chemical analysis to isolate and identify drugs and toxic substances.

  • Location: Owings Mills, MD
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

Step 4: Apply for certifications (timeline varies, optional).

Although professional certification is not always necessary to secure employment in forensics, it may be advisable for several reasons. First, certification can indicate a job applicant’s knowledge in a particular area and improve one’s resume. Second, it can enhance a person’s earning potential, opportunities for advancement, and leadership responsibilities. Lastly, a national certification can be transferable to other states across the country.

Requirements for common professional certifications in forensics vary, but they generally include having at least a bachelor’s degree in forensics, biology, chemistry, or another relevant field; having several years of verifiable experience; sending professional references; and passing an exam. There are currently nine professional certifications recognized by the Forensic Specialties Accreditation Board (FSAB), including:

  • American Board of Forensic Anthropology (ABFA)
  • American Board of Forensic Document Examiners (ABFDE)
  • American Board of Forensic Odontology (ABFO)
  • American Board of Forensic Toxicology (ABFT)
  • American Board of Medicolegal Death Investigators (ABMDI)
  • Board of Forensic Document Examiners (BFDE)
  • International Association of Arson Investigators (IAAI)
  • International Association of Computer Investigative Specialists (IACIS)
  • International Board of Forensic Engineering Sciences (IBFES)

Those who wish to have detailed information on credentialing within each subfield of forensics can visit our programs or careers page.

Accreditation of Forensic Science Programs

There are two types of accreditation: programmatic and institutional.

Prospective forensic science students should ensure that their chosen program meets one or both of these accreditation standards.

Programmatic Accreditation

While many forensic science programs are available, not all are accredited. FEPAC, the Forensic Science Education Programs Accreditation Commission, is the gold standard for this discipline and provides a list of accredited forensic science degree programs in the United States. To earn FEPAC accreditation, programs must meet rigorous curriculum, faculty, facilities, and research standards.

Institutional Accreditation

Institutional accreditation is awarded to an entire college or university by one of the regional accrediting organizations recognized by the Council for Higher Education Accreditation (CHEA). There are six regional accrediting bodies:

  • Accrediting Commission for Community and Junior Colleges (ACCJC) Western Association of Schools and Colleges
  • Higher Learning Commission (HLC)
  • New England Commission of Higher Education (NECHE)
  • Northwest Commission on Colleges and Universities (NWCCU)
  • Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • WASC Senior College and University Commission (WSCUC)

It’s worth mentioning that while FEPAC is a metric of high academic quality, programs that are not accredited by FEPAC, but hold institutional accreditation are still valuable. Many institutionally-accredited programs are housed within well-respected institutions and offer high-quality forensic or life science education.

Ultimately, students should choose a forensic science program that best meets their needs and interests.

Nina Chamlou

Nina Chamlou

Writer

Nina Chamlou is an avid writer and multimedia content creator from Portland, OR. She writes about aviation, travel, business, technology, healthcare, and education. You can find her floating around the Pacific Northwest in diners and coffee shops, studying the locale from behind her MacBook.

How to Become a Paralegal

I do just about everything my attorney does, but I do it backwards and in high heels. In my opinion, paralegals are as important to the legal world as attorneys are. Not a lot would get done without us.”

Emily Walterscheid, Chief Paralegal at Matthew Harris Law, PLLC

Paralegals play a critical role in the legal system, supporting attorneys with research, drafting, case preparation, and client communication. They help manage case files, prepare documents for court, coordinate with clients and witnesses, and ensure that legal processes run smoothly. While they cannot provide legal advice or represent clients in court, paralegals are indispensable to law firms, corporations, government agencies, and nonprofits.

There is no single pathway to becoming a paralegal. Professionals can enter this field with a variety of educational backgrounds. Some start with a desire to work in the legal field, or a certificate or associate degree, while others pursue a bachelor’s or even a master’s in paralegal or legal studies. Increasingly, certification has also become an important marker of professional competence, signaling both advanced skills and a commitment to ongoing education. Employers often look favorably on candidates with higher levels of education and nationally recognized credentials. This reflects a broader trend toward professionalization within the legal support field, where continuing education and certification are helping to set stronger standards.

For those who enjoy research and problem-solving, becoming a paralegal offers both intellectual challenge and the chance to make a meaningful impact in the legal world.

Stevenson University Online
American Public University

Meet the Expert: Emily D. Walterscheid, PP, CLP

Emily Walterscheid is a certified paralegal with nearly 20 years of experience supporting attorneys and clients across a wide range of practice areas. She currently serves as chief paralegal at Matthew Harris Law, PLLC, where she has worked since 2012. Emily earned her master’s degree in paralegal studies from National Juris University (magna cum laude) and her bachelor’s degree in legal studies from American Public University. She holds both the Professional Paralegal (PP) and Certified Legal Professional (CLP) designations.

An active member of the legal community, Emily has earned numerous honors for her professional excellence, including the State Bar of Texas Marion Gaston Award (2020) and multiple “Legal Professional of the Year” awards from the Lubbock Legal Professionals Association. She is a long-standing member of the Paralegal Division of the State Bar of Texas, the Texas Association of Legal Professionals, and the National Association for Legal Support Professionals (NALS), where she was elected to the national Board of Directors in 2025.

ForensicsColleges.com: What’s something you wish the public knew about paralegals?

Walterscheid: I do just about everything my attorney does, but I do it backwards and in high heels. In my opinion, paralegals are as important to the legal world as attorneys are. Not a lot would get done without us. Law offices need a good support staff behind them.

ForensicsColleges.com: How has the paralegal role changed over the course of your career?

Walterscheid: When I started nearly 20 years ago, we were filing paper copies of documents and running paper orders over to the courthouse for judges to physically sign. Today, nearly everything is electronic: filings, signatures, service. That’s made the process more efficient, with fewer surprises, and better access.

ForensicsColleges.com: What makes a good paralegal?

Walterscheid: A good paralegal is someone who’s willing to learn, adapt, and find new ways to make their attorney’s job easier. You can’t be afraid to try something different.

ForensicsColleges.com: What do you enjoy most about being a paralegal?

Walterscheid: I actually love discovery. A lot of paralegals hate it, but I enjoy digging through documents to find the one thing that changes a case. And in family law especially, I feel like I’m helping families every day: whether it’s an adoption, custody case, or even a divorce.

ForensicsColleges.com: Do you have any advice for someone considering a career as a paralegal?

Walterscheid: Learn how to use Word, Excel, PDFs, and other research tools, because so much of the job depends on it. But the most important thing, for me, is to get certified. Even if your state doesn’t require it, it sets you apart and keeps you current with continuing education.

ForensicsColleges.com: How do you see AI impacting the paralegal profession, if at all?

Walterscheid: AI can’t replace paralegals. You can’t fake the empathy or judgment it takes to draft a motion after listening to a client’s story. AI might help with simple letters or brainstorming, but it can’t capture the emotion or specificity that real cases demand.

Typical Responsibilities for Paralegals

While paralegals have some unifying responsibilities, their roles often vary by specialization and employer. Paralegals may specialize in areas such as family law, corporate law, criminal law, intellectual property, real estate, immigration, or litigation support.

Broadly, paralegals assist attorneys in preparing cases, transactions, and other legal matters, but specific requirements differ across practice settings. Their role is to streamline legal processes, increase efficiency, and ensure attorneys can focus on strategy and representation.

Common duties for paralegals include:

  • Drafting contracts, pleadings, motions, discovery requests, and other legal documents
  • Conducting legal research using statutes, regulations, and case law
  • Managing case files, calendars, and deadlines to ensure timely filings
  • Collecting and organizing evidence, exhibits, and witness lists for trial
  • Communicating with clients, witnesses, and opposing counsel
  • Filing documents with courts through electronic and paper systems
  • Assisting with trial preparation, including organizing exhibits and preparing summaries
  • Preparing reports, correspondence, and billing records for attorneys
  • Maintaining ethical standards and protecting client confidentiality

Skills & Personality Traits of Successful Paralegals

In addition to their role’s typical responsibilities, paralegals need to demonstrate a unique blend of technical skill and personal touch. This is a profession that combines the strict codes of the legal world — process, format, precedent — with the human element of clients and coworkers.

Some key skills and personality traits of successful paralegals include:

  • Strong written and verbal communication skills
  • Organizational ability and attention to detail
  • Research and analytical skills
  • Ethical judgment and discretion
  • Technological proficiency
  • Problem-solving and persistence

Step-by-Step Guide: How to Become a Paralegal

Paralegals enter the profession through a variety of educational and professional routes. While there is flexibility in how to qualify, most aspiring paralegals follow a sequence of steps that combine academic preparation, practical training, and professional development.

Step 1: Graduate from High School (Four Years)

The first step toward a paralegal career is earning a high school diploma or GED. Strong performance in English, government, and history courses can help build the writing and analytical skills needed in legal work.

Step 2: Pursue Paralegal Education (One to Four Years)

After high school, most candidates enroll in a formal paralegal education program. Options include certificates (typically 1 year), associate degrees (2 years), bachelor’s degrees (4 years), and even master’s degrees in legal or paralegal studies (1–2 years). The American Bar Association (ABA) approves many programs, and graduating from one of these is often viewed favorably by employers. Coursework typically covers legal research and writing, ethics, litigation, contracts, and specialized practice areas.

Step 3: Gain Hands-On Training (Concurrent or Post-Education)

Practical experience is an essential part of paralegal education. Many programs include internships or externships, giving students exposure to real casework, client interaction, and the use of legal research tools. Even after graduation, entry-level paralegals often start in support roles that allow them to develop technical skills and professional confidence.

Step 4: Consider Professional Certification (Timeline Varies)

Although not required by law, certification is increasingly seen as a mark of professionalism in the field. Organizations such as the National Association of Legal Support Professionals (NALS), the National Association of Legal Assistants (NALA), the National Federation of Paralegal Associations (NFPA), and the American Alliance of Paralegals, Inc. (AAPI) offer respected credentials that can set candidates apart in a competitive job market. Certification exams and application processes vary but may take several months to complete.

Step 5: Complete Continuing Education (Ongoing)

The legal field is constantly evolving, and paralegals who stay current through continuing legal education, additional certifications, or advanced degrees remain the most competitive. Professional associations provide opportunities for networking, specialized training, and leadership roles. Over time, experienced paralegals may advance into supervisory positions or develop niche expertise that enhances their career prospects.

Guide to Professional Certification for Paralegals

While it is possible to work as a paralegal without certification, many professionals choose to earn credentials that demonstrate competence, dedication, and commitment to ongoing education. Certification can make candidates more competitive in the job market, open opportunities for advancement, and establish credibility with both attorneys and clients. The leading national organizations that certify paralegals include the National Association of Legal Support Professionals (NALS), the National Association of Legal Assistants (NALA), the National Federation of Paralegal Associations (NFPA), and the American Alliance of Paralegals, Inc. (AAPI). State-level certification may also be an option — and in some jurisdictions, it’s a requirement.

National Association of Legal Support Professionals (NALS)

NALS offers several certifications, including the Accredited Legal Professional (ALP) for entry-level staff, the Professional Paralegal (PP) credential, and the Certified Legal Professional (CLP). These certifications test competencies in substantive law, communications, ethics, and office procedures. Requirements vary by credential but often include a combination of education and work experience. Continuing legal education is required to maintain certification.

National Association of Legal Assistants (NALA)

NALA administers the Certified Paralegal (CP) designation, one of the most widely recognized credentials in the profession. To qualify, candidates must typically hold an associate or bachelor’s degree in paralegal studies, graduate from an ABA-approved program, or combine a degree in another field with paralegal work experience. Those without formal education may also qualify with significant years of substantive legal experience.

The CP exam tests knowledge of communications, ethics, legal research, and substantive law. After achieving CP status, paralegals can pursue the Advanced Certified Paralegal (ACP) credential by completing specialized coursework in areas such as family law, contract management, or discovery. Maintaining active certification requires completing 50 hours of continuing legal education (CLE) every five years, including five hours in ethics.

National Federation of Paralegal Associations (NFPA)

NFPA offers two levels of certification. The Core Registered Paralegal (CRP) is aimed at entry-level professionals and requires passing the Paralegal CORE Competency Exam (PCCE). Eligibility may include an associate degree in paralegal studies, a bachelor’s degree with a paralegal certificate, or a combination of education and experience. For experienced professionals, NFPA offers the Registered Paralegal (RP) designation, earned through the Paralegal Advanced Competency Exam (PACE).

To qualify, candidates generally need a bachelor’s degree plus several years of paralegal experience, or an associate degree with even more years of substantive legal work. Both CRP and RP certificate holders must meet annual CLE requirements to maintain their credentials.

American Alliance of Paralegals, Inc. (AAPI)

The American Alliance Certified Paralegal (AACP) credential emphasizes both experience and education. Applicants must have at least five years of substantive paralegal work and one of the following: a bachelor’s degree, a bachelor’s in any field plus a paralegal certificate from an ABA-approved or AAfPE-member program, or an associate degree in paralegal studies from an ABA-approved school.

Unlike other credentials, the AACP does not require an examination, but certificants must complete 18 hours of CLE every two years, including at least two hours in ethics, to remain in good standing.

State-Level Paralegal Certifications and Requirements

In addition to national certifications, some states have developed their own guidelines for paralegal practice. These vary widely and may include registration requirements, title restrictions, or voluntary state credentials.

For example, California defines the title ‘Paralegal’ by statute and requires paralegals to complete a combination of formal education and continuing legal education (CLE) in order to use the title. Texas has a voluntary board certification program for paralegals through the Texas Board of Legal Specialization (TBLS), which recognizes advanced competency in areas such as family law, civil trial law, and criminal law. Other states, such as Florida, North Carolina, and Ohio, have professional associations that administer state-specific paralegal certifications or designations.

While these state-level requirements are not uniform, they demonstrate the broader trend toward professionalization of the paralegal role. Aspiring paralegals are encouraged to review the rules in the state where they plan to work to determine whether additional certification or registration may be required.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

How to Become a Fraud Investigator – Education & Qualifications

Fraud investigation is the research of intentional criminal deception and involves civil and criminal examination methods.

Most fraud investigators work in corporate or government-based institutions. Duties vary greatly, and the skills required include: conducting independent research of claims, examining the evidence, interviewing victims, and questioning potential perpetrators.

With the rise of identity theft and cybercrime, fraud investigators interview victims of fraudulent electronic transactions and interact directly with complainants and law enforcement officials. Additionally, fraud investigators communicate with employers, witnesses, and complainants. Along with the criminal justice system, they serve and execute search warrants, conduct surveillance, collect evidence, and make statements under oath in courtroom testimonies. Fraud investigators also work with attorneys and prosecutors in consultative legal capacities.

Fraudulent crime has changed drastically over the years, but knowing the origins gives fraud investigators a historical framework to solve crimes. To this point, JSTOR Daily explains that the historical origins of financial fraud began in goats’ bellies. In the 16th century, bezoar stones, once worth more than their weight in gold, were thought to cure common ailments and be antidotes to poison, but most were fakes. In this era, the legal doctrine of caveat emptor, or “buyer beware,” became a phrase amongst courts and consumers.

With the rise of identity theft and cyber crimes in the 21st century, the need for qualified fraud investigators to investigate, prosecute, and prevent fraud-based crime is high. The US Bureau of Labor Statistics (BLS) predicts that careers in financial examination will grow 21 percent nationally between 2023 and 2033. This rate is more than five times the national average (4 percent) and estimates that 13,800 new positions will be created (BLS 2025).

In addition, statistics from the Insurance Information Institute show no shortage of cases to investigate; in 2023, the Federal Trade Commission received 5.39 million identity theft and fraud reports, of which 48 percent were for fraud and 19 percent for identity theft. In 2024, the country experienced the second-highest number of data compromises in a single year.

To maintain the societal and ethical integrity of a country’s economic and political systems, trained fraud investigators are necessary for the overall financial health of individuals and organizations.

Read on to learn more about how to become a fraud investigator.

Purdue Global
Southern New Hampshire University
Stevenson University Online
UNC Pembroke
Murray State University

Skills & Personality Traits of Successful Fraud Investigators

Fraud investigators must work independently and have specific written and verbal communication skills. Additionally, the qualifications of potential fraud investigators include the ability to conduct interviews, write legal reports, take statements, and collect, organize, document, and preserve evidence.

The ability to communicate ethically and objectively is essential for fraud investigative professionals. Because fraud investigators are ombudspeople interacting with fraud victims, potential perpetrators, legal professionals, judicial government agencies, and law enforcement officials, objectivity is a crucial communication skill.

Investigation of cases involving intentional deceit requires a specialized skill set. Below are some essential skills and personality traits of fraud investigators:

  • A genuine interest in maintaining legal, financial, and ethical standards – Fraud investigators are tasked with helping individuals and organizations solve and maintain their social, financial, and moral integrity.
  • A degree in forensic accounting, criminal justice, or a related field – Professionals with an educational background in forensic accounting have an advantage in knowing the motives behind criminal behavior and how to prevent fraud. People with professional legal knowledge use their skills to inform their investigative work.
  • Previous military or law enforcement experience – Individuals apply previous experience with intelligence and investigation and their abilities to follow standard safety protocols with objective documentation.
  • Knowledge of Internet-based crimes, legal and corporate investigation, and financial analysis – Fraud investigators use their cross-disciplinary knowledge to specialize their skills for specific professions in the areas mentioned above.
  • Inquisitiveness – People who investigate fraud must ask and formulate questions on the spot when investigating fraud claims.
  • Persistence – Professionals investigating fraudulent claims must thoroughly investigate every lead related to their assigned case.
  • Patience – Fraud investigators spend multiple hours conducting surveillance or questioning leads and have to expect that cases will not always be resolved quickly or at all.
  • Exceptional writing and speaking skills – Fraud investigators determine legal and ethical faults. In addition, they may be called upon as a witness in a criminal or civil trial and, therefore, must be able to listen carefully and speak precisely and objectively.

Role Requirements for Fraud Investigators

The Association of Certified Fraud Examiners lists four major career pathways for fraud investigators, which are as follows:

  • Accounting – Forensic accountants are trained to use investigative skills for litigation and other roles and ensure financial compliance and accurate record-keeping.
  • Auditing – Auditors in fraud investigation conduct formal reviews of an individual’s or an organization’s financial records, security protocols, information systems, and performance audits.
  • Governance, risk management, and compliance – The fastest growing sector of the fraud investigation career, professionals with this specialization are responsible for management structure, risk control, and regulatory compliance.
  • Investigation – Divided into public and private sectors, fraud investigators in the public sector work for federal, state, or local law enforcement. In contrast, private investigators maintain independent practices and work in loss prevention or internal/external fraud analysis.

Other types of fraud investigation specialization involve insurance claims fraud, computer-based commerce fraud, identity theft, and civil and criminal investigations involving citizens or corporations.

The specialized pathways for fraud investigation include specific professional roles and duties:

  • Interviewing people to gather information
  • Collecting evidence to present in court or for a client
  • Conducting surveillance
  • Searching public or court records to check for criminal history
  • Investigating information theft and computer crimes
  • Verifying employment and income
  • Researching claims to ensure compliance with insurance policies
  • Preparing evidence for legal use
  • Conducting background checks on prospective employees and financial professionals
  • Investigating the business practices of external corporate partners

Steps to Becoming a Fraud Investigator

Here is one pathway to pursue a career in fraud investigation:

Step 1: Earn a bachelor’s degree in forensic accounting, criminal justice, or a related field (four years)

After graduating high school, prospective fraud investigators can enroll in a community college or university degree program and study forensic accounting, criminology, fraud investigation, social and political science, or other cross-disciplinary studies.

Utica University

An example program is the online bachelor of science program in cybersecurity with a specialization in cybercrime and fraud investigation offered by Utica University. This 120-credit program prepares students with knowledge and practice to detect and prevent fraud from a holistic approach.

Courses include economic crime theory; fraud prevention and detection technologies; payment systems and fraud; digital forensics; information system threats, attacks, and defenses; information assurance risk and compliance; and software foundations for cybersecurity.

This program is an educational partner of the Association of Certified Anti-Money Laundering Specialists (ACAMS), which offers a Certified Anti-Money Laundering Specialist certification.

  • Location: Utica, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Three to four years

Students in these programs are encouraged to seek hands-on experience through internships or part-time work to gain a well-rounded educational experience and prepare themselves for a career in fraud investigation.

Step 2: Get some experience in the field (one to three years).

A wide variety of career, internship, and other hands-on opportunities are available to aspiring fraud investigators with a degree in forensic accounting or related educational background.

Graduates can find job opportunities on the Association of Certified Fraud Examiners (ACFE) website. To qualify for certification, candidates must have relevant professional experience in loss prevention and apply and take the exam to become a Certified Fraud Examiner (CFE).

Step 3: Pursue certification through a professional organization (less than one year)

The Association of Certified Fraud Examiners (ACFE) and the International Association of Special Investigations Units (IASIU) are two prominent certifying organizations for fraud investigation professionals.

The ACFE is the world’s largest anti-fraud professional group and offers a credentialing exam exclusively for its members to earn their Certified Fraud Examiner (CFE) credential.

Members of the IASIU abide by a code of ethics and have access to three certification programs for insurance fraud specialists: the Certified Insurance Fraud Investigator (CIFI) program, the Certified Insurance Fraud Analyst (CIFA) program, and the Certified Fraud Representative (CIFR) program.

Both organizations offer professional development, career listings, and annual conferences to develop skills and widen professional networks. Credential holders must recertify every three years.

Step 4: Pursue a graduate degree (two to four years; optional)

A graduate degree is typically necessary for pursuing research and leadership opportunities.

West Virginia University

An example of a master’s program in fraud examination is West Virginia University’s (WVU) online master of science degree in forensic and fraud examination and an online forensic and fraud accountant graduate certificate. Students in this 30-credit program take ten courses.

Core courses include accounting for forensic and fraud investigators; fraud investigation; fraud data analysis; advanced fraud investigation; forensic and fraud examination; advanced analytical techniques; and private company valuation. In addition, experiential learning is emphasized through virtual residencies and mock investigations.

The Association accredits WVU’s John Chambers College of Business and Economics to Advance Collegiate Schools of Business (AACSB). An ACFE exam prep course is included in the tuition to prepare graduates for the CFE exam.

  • Location: Morgantown, WV
  • Accreditation: Association to Advance Collegiate Schools of Business (AACSB International); Higher Learning Commission
  • Expected Time to Completion: 12 to 24 months

Master’s and doctoral candidates wishing to teach or earn higher positions can expect to attend seminars, conduct research, and complete oral or written exams in addition to their final master’s research project or PhD dissertation.

Step 5: Join a professional organization (timeline varies)

Finally, fraud investigators in the U.S. should consider joining a professional organization. These groups offer professional development opportunities such as networking, continuing education, and opportunities to attend conferences. Here are some of the professional organizations related to fraud investigation:

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

Top Forensic Chemistry Programs (2025-2026)

There’s no shortage of true-crime TV dramas, and thanks to programs like CSI, Quantico, and True Detective, the field of forensic science is a household phrase. Fans of these shows with a scientific and criminal justice mindset can consider applying to a bachelor of science (BS) program in forensic chemistry.

Forensic chemistry is an exciting and exacting multidisciplinary career field that attracts curious problem solvers who can collect evidence with precision and remain objective in their observations. Ideal candidates for forensic chemistry positions must prove their abilities to follow legal and scientific protocols when collecting physical evidence from a crime scene and analyzing it in a laboratory. Forensic chemists answer crucial questions using chemical analysis techniques and give essential evidence-based testimony for legal proceedings and criminal investigations.

In forensic chemistry programs, students learn the skills to identify chemical and biochemical processes to determine or rule out the guilt of a potential suspect in a crime. Because this field requires a specific level of forensic knowledge, choosing a high-quality educational program to learn these specialized skills is crucial. When selecting a forensic chemistry degree program, factors such as accreditation, program notoriety, and whether a program includes hands-on educational experiences are key factors to consider.

Read on to learn more about the 20 top forensic chemistry programs.

Methodology for Selecting Forensic Chemistry Programs

The programs on this list meet one or more of the following criteria:

Accreditation: all the programs on this list are accredited at the institutional level by a regional organization approved by the US Department of Education’s Council for Higher Education Accreditation (CHEA). Institutional accreditation is a non-negotiable requirement for students to consider when researching academic programs.

Also, more than half of the programs on this list are accredited at the programmatic level by the Forensic Science Education Programs Accreditation Commission (FEPAC). FEPAC-accredited programs have met high standards for academic and professional quality in the field of forensic science. It’s important to note that while FEPAC-accredited programs hold a strong reputation for excellence in forensic science, the absence of FEPAC accreditation does not indicate that a forensic chemistry program lacks educational quality.

National Rankings: Many of the schools on this list are ranked in the top 100 schools or programs in the nation by the U.S. News & World Report (2024). This data is from surveys of PhD students and professors regarding the best and most notable schools. National rankings can translate to how graduates are perceived by employers or admissions committees when they take their next steps after graduation to pursue another degree or apply for entry-level positions.

Hands-On Experience: Working in a lab is essential for gaining skills and finding work in the forensic chemistry profession. As such, one key factor in this list was whether or not internships or other hands-on experiential learning opportunities were offered as part of the forensic chemistry program.

Guide to the Best Forensic Chemistry Programs

Featured Forensic Chemistry Programs
Stevenson University Online Online Master of Forensic Science (MFS)Visit Site
Stevenson University Online Online MFS - Chemistry ConcentrationVisit Site

Buffalo State SUNY

Buffalo State SUNY, a State University of New York located in Buffalo, offers a FEPAC-accredited bachelor of science (BS) degree in forensic chemistry. The program was first introduced in 1971 and has worked to provide a well-rounded curriculum to its students since then.

In the BS program, students will learn chemistry, biology, physics, and mathematics from a research perspective while also participating in hands-on learning. Before graduation, Buffalo State SUNY students must complete an internship in the forensic chemistry field, which provides valuable training and professional connections.

The curriculum of this 120—to 126-credit program includes courses in organic chemistry, biochemistry, scientific criminal evidence analysis, chemistry and criminalistics, genetics, forensic anthropology, molecular biology, and analytical toxicology, among others.

  • Location: Buffalo, NY
  • Accreditation: FEPAC; Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Four years

Eastern Kentucky University

Eastern Kentucky University in Richmond, Kentucky, offers a forensic chemistry option for its undergraduate forensic science degree. Students at EKU may pursue the forensic chemistry option, which provides a foundation of knowledge in both the classroom and the lab, alongside the chemistry option (without the forensic focus) as a double major. Though not required, the double major option can provide graduates with more job opportunities.

The core courses of this 120-credit program include general chemistry; organic chemistry; biochemistry of macromolecules; DNA profiling; and microscopic forensic analysis. The concentration in forensic chemistry includes courses in analytical chemistry; mass spectrometry; biophysical chemistry; instrumental analysis; forensic trace evidence; and forensic toxicology & drugs.

  • Location: Richmond, KY
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Florida International University

Florida International University, located in Miami, Florida, has continually been ranked as one of the nation’s best and most comprehensive forensic science colleges.

Currently, FIU offers four programs in forensic chemistry: an undergraduate certificate; a BA in chemistry with a forensic chemistry concentration; a combined BS in chemistry/MS in forensic science pathway; and a PhD in chemistry with a forensic track.

FIU is home to the Global Forensic and Justice Center, which coordinates scholarly activities related to forensic science and criminal justice, including research, training, and innovation projects. Forensic science students are connected with teaching and research faculty in digital forensics, forensic nursing, and other fields through this interdisciplinary campus resource. Students in this program regularly present at forensic science conferences and are awarded funding to further their research projects.

  • Location: Miami, FL
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: One to seven years

George Washington University

George Washington University in Washington, DC is consistently in the top 100 national universities and is one of the more prestigious private colleges for forensic chemistry. Because of its location, students in the forensic chemistry program have proximity to hands-on experiences with some of the largest governmental forensic departments.

GWU offers two forensic chemistry degree options; a combined bachelor of science and master of forensic science (MFS) in forensic chemistry; and a stand-alone MFS in forensic chemistry.

The master of forensic science in forensic chemistry program comprises 37 credits, including coursework in the fundamentals of forensic science; ethics, professional responsibility, and quality assurance; trace evidence analysis; advanced instrumental analysis; criminal law for forensic scientists; statistics for forensic scientists; and forensic drug analysis.

  • Location: Washington, DC
  • Accreditation: FEPAC; Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two or four years

Lake Superior State University

Lake Superior State University has been ranked as one of the top regional universities, making it a good option for students who prefer smaller class sizes. The university offers a bachelor of science program in forensic chemistry. Students in this program can complete valuable internships and real-life experiences with local and state governmental agencies. The LSSU program has been approved by the American Chemical Society.

The BS in forensic chemistry program comprises 124 credits and includes courses such as general chemistry, quantitative analysis, organic chemistry, investigation, substantive criminal law, procedural criminal law, introduction to forensics, and criminalistics.

Graduates of this program can take up roles such as forensic science technicians, crime scene investigators, latent print examiners, DNA analysts, drug analysis technicians, forensic pathologists, medical examiners, forensic laboratory managers, and toxicologists.

  • Location: Sault Sainte Marie, MI
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

Loyola University New Orleans

Loyola University New Orleans boasts a high academic record and some of the best professors in forensic chemistry. Ranked among the best undergraduate programs by U.S. News & World Report, Loyola is a Jesuit institution whose Department of Chemistry and Biochemistry awards BS degrees certified by the American Chemical Society.

Graduates from this program have gone on to work for the New Orleans Police Department and Quest Diagnostics. The bachelor of science in forensic chemistry program provides hands-on training through internships and excellent job support post-graduation.

As part of the program, students will delve into topics such as general chemistry, organic chemistry, forensic methods, chemistry of the crime scene, an introduction to forensic methods, analytical chemistry, biochemistry, and techniques in biochemistry.

  • Location: New Orleans, LA
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Michigan State University

Michigan State University in East Lansing, Michigan, offers an affordable and excellent education for students interested in getting a master’s degree in forensic science with a focus on forensic chemistry. Established in 1947, MSU has one of the oldest forensic science programs in the US and attracts some of the most revered professors in the field.

The program began by offering a bachelor’s degree in forensic science and has since expanded to provide a full slate of degree programs, including graduate certificates, and undergraduate and doctoral degrees. In 2024, the U.S. News & World Report ranked MSU 60th overall among national universities.

The 38-credit curriculum includes courses such as mass spectrometry, advanced analytical chemistry, crime scene investigation, a survey in forensic science, law and forensic science, forensic analysis of drugs and alcohol, forensic chemistry and microscopic evidence, pharmacology of drug addiction, and scanning electron microscopy.

Notably, students in this program must submit and defend a thesis reflecting original research focusing on a significant problem or issue in forensic science. The oral defense and submission of the thesis must be completed within six years from the time of first enrollment as a Master’s student.

  • Location: East Lansing, MI
  • Accreditation: FEPAC; Higher Learning Commission (HLC)
  • Expected Time to Completion: Two years

Ohio University

Ohio University, located in Athens, Ohio, offers students the opportunity to pursue a FEPAC-accredited BS in forensic chemistry. Graduates of this program go on to add to their education with master’s degrees, PhDs, or even MDs. In addition to chemistry courses, students will gain an education in biological sciences, calculus, physics, statistics, and more. This program prepares graduates for professional or academic careers in various forensic chemistry fields.

The curriculum will include courses such as fundamentals of chemistry; analytical chemistry; organic chemistry; physical chemistry; fundamentals of inorganic chemistry; introduction to toxicology; criminalistics and criminal investigation for forensic chemists; statistics for the behavioral sciences; criminal justice; basic biochemistry; and forensic chemistry.

  • Location: Athens, OH
  • Accreditation: FEPAC; Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

Penn State Eberly College of Science

Penn State, located in State College, Pennsylvania, is among the most revered schools for distance learning and its excellent forensic science programs. It boasts outstanding professors and cutting-edge facilities.

Currently, it offers a BS in forensic science with an emphasis on biology or chemistry. Graduates from the forensic chemistry undergraduate and graduate programs are well-positioned for fieldwork or research-based careers.

In Penn State’s master’s in forensic science program, students can choose to emphasize chemistry or biology to complete their degree. Students in the chemistry emphasis will gain an in-depth understanding of physical, inorganic, and analytical chemistry. They will also learn about the forensic analysis of trace evidence, controlled substances, ignitable liquids, firearms and gunshot residue, and fire debris.

This emphasis will include courses in forensic chemistry; crime scene investigation; drug chemistry and toxicology; chromatography and electrochemistry; and trace evidence.

  • Location: State College, PA
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two or four years

Sam Houston State University

Sam Houston State University in Huntsville, Texas consistently earns top rankings in the U.S. News & World Report for top public schools and top performers on social mobility. The university has low costs and great opportunities for students. Students can choose to pursue a BS in forensic chemistry with a minor in criminal justice. The minor option offers the students a much more comprehensive understanding of forensic science’s legal aspects, preparing them for a broader spectrum of post-graduation jobs.

This 126-credit program includes courses in general biology, introductory genetics, applied statistics for forensic science, biochemistry, inorganic chemistry, criminal justice and social diversity, forensic science, fundamentals of criminal law, criminology, and forensic chemistry.

  • Location: Huntsville, TX
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

St. Edward’s University

St. Edward’s University in Austin, Texas, is ranked 6th in the nation in the U.S. News & World Report’s list of best regional universities in the West. Students pursuing a bachelor of science program in forensic chemistry from St. Edward’s University have some of the nation’s best research and internship opportunities.

Some of the topics students will delve into include general chemistry; introduction to forensic science; inorganic chemistry; organic chemistry; physical chemistry; biochemistry; crime scene investigation; instrumental analysis; forensic chemistry; and criminal evidence & proof.

  • Location: Austin, TX
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Texas A&M University

Texas A&M University, located in College Station, Texas A&M, offers two bachelor of science degrees: a scientific emphasis accredited by FEPAC and a pre-law emphasis. Forensic chemistry is covered in an upper-division forensic soil science course that teaches students trace evidence techniques for analyzing crime scene evidence.

Some of the topics students will explore include crime scene investigations, introduction to forensic and investigative sciences, forensic implications of inheritance, biotechnology and forensics, forensic soil science, practice and principles of science and law, applied forensic entomology, crime scene investigation, and the science of forensic entomology. The program comprises 120 credits.

  • Location: College Station, TX
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

University of Central Florida

The University of Central Florida, located in Orlando, offers a bachelor of science in forensic science. This program offers two distinct tracks: biochemistry with a strong DNA focus and a chemistry track emphasizing chromatographic, spectroscopic, and micro-analytical techniques.

The second-oldest forensic science bachelor’s degree program began in 1974 and prepares graduates for careers as drug chemists, forensic pathologists, trace evidence analysts, and crime scene investigators. In 2024, the U.S. News & World Report ranked this institution as #14 on the list of most innovative schools and #64 on the list of top public schools.

The program features courses in forensic microscopy; forensic biochemistry; forensic crime scene investigation; introduction to forensic science; trace evidence; forensic analysis of controlled substances; forensic science in the courtroom; advanced analytical laboratory technique; and advanced analytical chemistry laboratory.

  • Location: Orlando, FL
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

University of Central Oklahoma

The University of Central Oklahoma’s Forensic Science Institute is a research and training organization dedicated to academic excellence. It offers four FEPAC-accredited bachelor of science degree programs in forensic science: chemistry, molecular biology, digital forensics, and forensic investigations.

The forensic chemistry program provides competitive internship opportunities and is unique in that it requires a comprehensive exam and a capstone project for undergraduate students as part of their degree completion requirements.

The curriculum includes coursework in forensic toxicology & lab; forensic chemistry & lab; forensic microscopy & lab; forensic pharmacology; criminal procedures for forensic science; forensic science analysis & lab; crime scene processing; and introduction to forensic science.

Notably, the university also offers a master of science in forensic science program with a chemistry track.

  • Location: Edmond, OK
  • Accreditation: FEPAC; Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

University of North Texas

The University of North Texas in Denton, Texas, has a well-regarded forensic science program, including a FEPAC-accredited BS in forensic science. The BS degree program focuses on chemistry, biology, and biochemistry, offering a breadth of opportunity that not all programs offer. Students at UNT can pursue internships and professional experience with police departments and labs across the state of Texas to prepare for future forensic science positions.

The biology and chemistry tracks each have 120 credits, while the biochemistry track has 125 credits. The program’s core courses include forensic science analysis, biomedical criminalistics, principles of forensic science, forensic microscopy, forensic chemistry, instrumental analysis, and forensic molecular biology.

  • Location: Denton, TX
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

Towson University

Towson University, located in Towson, Maryland, has a forensic chemistry program known for being rigorous and student-centered. The university offers an undergraduate major in forensic chemistry and a master’s in forensic science program.

The undergraduate program offers three tracks to help students specialize in general forensic science, trace evidence/drug analysis track (which provides a strong chemistry background), and DNA. Internship opportunities are available in law enforcement, government or private forensic chemistry, or toxicology laboratories.

Core courses in the program include general chemistry; analytical chemistry; professional ethics for scientists; biochemistry; forensic chemistry; professional practices in forensic science; advanced forensic investigation; introduction to criminal justice; and advanced criminal law.

The general forensic science track includes courses in genetics; molecular biology; instrumental analysis; and chemistry of dangerous drugs. The trace evidence/drug analysis track involves courses such as principles of physical chemistry; chemical toxicology; and forensic analytical chemistry. Finally, the DNA track includes coursework in body fluid analysis; advanced sequencing methods; and biochemistry.

  • Location: Towson, MD
  • Accreditation: FEPAC; Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two or four years

University at Albany SUNY

University at Albany SUNY, located in Albany, New York, is one of the most prestigious places to get a degree in forensic chemistry. U.S. News & World Report ranks this school very highly, based on the educational opportunities provided at the school and pedagogy and facilities for learning. This school offers a bachelor of science (BS) degree in chemistry with a major in forensic chemistry.

Like many other forensic chemistry programs, the curriculum hinges on general chemistry; organic chemistry; quantitative analysis; forensic chemistry; biochemistry; polymer chemistry; instrumental analysis; and advanced forensic chemistry.

However, what sets the University of Albany program apart is an on-campus mirror laboratory equipped to mirror the state-of-the-art facilities used by the NY State Police. Through these partnerships, students earn authentic hands-on experience with forensic chemistry.

  • Location: Albany, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Four years

University of Mississippi

The University of Mississippi, located near Oxford in University, Mississippi, is one of the oldest universities in America. Ole Miss has a tradition of excellence, confirmed by the U.S. News & World Report, which ranks this R1 institution highly on several top educational quality metrics. Currently, the University of Mississippi offers a BS in forensic chemistry.

A vital feature of the program is the summer internship with a local criminal laboratory. Because of this hands-on experience, several graduates from this forensic chemistry bachelor’s degree program find employment right away, many of them working in local and federal crime labs.

The program’s 120-credit curriculum includes courses such as organic chemistry; genetics; analytical and physical chemistry; instrumental analysis; forensic science & crime scene analysis; criminal procedure; biochemistry and forensic DNA; toxicology; and a forensic science internship.

  • Location: University, MS
  • Accreditation: FEPAC; Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years

West Chester University of Pennsylvania

The West Chester University of Pennsylvania, located in West Chester, Pennsylvania, offers a bachelor of science in forensic and toxicological chemistry. This FEPAC-accredited program emphasizes fundamental chemistry concepts, communication skills, and ethical principles and practices related to forensic chemistry careers.

Students in this program follow an approved four-year curriculum that culminates in an internship. Graduates from this program pursue careers in pharmaceutical and environmental industries and doctoral degree programs at prestigious universities across the nation.

The curriculum consists of courses such as forensic chemistry; forensic microscopy; chemical toxicology; biochemistry; advanced organic spectroscopy; polymer chemistry; pharmaceutical chemistry; physical chemistry for the life sciences; advanced organic chemistry; and an introduction to organic and biological chemistry.

  • Location: West Chester, PA
  • Accreditation: FEPAC; Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Four years

West Virginia University

West Virginia University in Morgantown, West Virginia, was the first institution in the US to offer bachelor’s, master’s, and doctoral degree programs in forensic science. WVU is committed to student success by supporting undergraduates’ first and second-year students as they transition into college and shift support towards career searching and graduate school applications in the final two years.

The Department of Forensic and Investigative Science (FIS) at West Virginia University offers a bachelor of science degree in three major areas: forensic biology, forensic chemistry, and forensic examination.

The 120-credit forensic chemistry program includes courses such as introduction to forensic identification; crime scene investigation; forensic chemical analysis; introduction to microscopy; forensic identification internship; law and evidence; analysis of seized drugs; trace evidence examination; arson and explosives analysis; and analytical forensic toxicology.

The MS in forensic and investigative science and the PhD in forensic science programs include courses in forensic informatics; foundations of criminalistics; forensic laboratory management; trace evidence examination; advanced forensic biology; and analytical forensic toxicology.

  • Location: Morgantown, WV
  • Accreditation: FEPAC; Higher Learning Commission (HLC)
  • Expected Time to Completion: Two or four years

Farheen Gani

Writer

Farheen Gani writes about forensics schools across the United States, and has covered topics such as forensic chemistry and forensic science and biochemistry since 2018. She writes about healthcare, technology, education, and marketing. Her work has appeared on websites such as Tech in Asia and Foundr, as well as top SaaS blogs such as Zapier and InVision. You can connect with her on LinkedIn and Twitter (@FarheenGani).

Top Employers in Forensics: Four FBI Professionals’ Perspectives

We work for the FBI because it’s a good thing, because it’s an honorable thing, and because we are helping victims.”

Supervisory Special Agent Ray B. Cook III, Deputy Assistant Director of the FBI Laboratory Division

The Federal Bureau of Investigation (FBI) is the principal federal law enforcement agency of the United States. Its investigative authority is the broadest of all federal law enforcement agencies, and the Bureau’s workforce is similarly large, employing approximately 35,000 people, including both special agents and support professionals, to serve its mission of protecting the American people and upholding the Constitution.

Portrayals of the FBI in the mainstream media have largely focused on case agents in the field, but the Bureau’s forensic professionals deserve their share of the spotlight as some of the best in the business. The FBI Laboratory, also known as the Laboratory Division, staffs approximately 500 scientific experts and special agents and is regarded by many as the premier crime laboratory in the country.

To work in forensics at the FBI is to work at the top of one’s field. This is where the cutting edge of forensic science is practiced, and, in some cases, developed. It’s a mission-driven job where every day is different, and the stakes are no less than human. A monument stands outside the front door of the FBI Laboratory in Quantico, Virginia. It reads:

Behind every case is a victim—a man, a woman, or a child—and the people who care for them. We dedicate our efforts and the new FBI Laboratory building to those victims.

“You can’t help but read that each morning when you walk in,” says Rodney Jiggetts, a Toolmarks Examiner at the FBI. “And you have that in the back of your mind when you’re doing examinations and coming to your conclusions: your results could have a huge impact on someone’s life.”

“We work for the FBI because it’s a good thing, because it’s an honorable thing, and because we are helping victims,” says Supervisory Special Agent Ray B. Cook III, Deputy Assistant Director of the FBI Laboratory Division. “That echoes clearly in the work being done at the FBI Laboratory, where we are definitively associating people with crimes for agents back in the field who can then make their cases.”

To learn more about working in forensics at the FBI, read on.

A Typical Day in Forensics at the FBI

While every special agent in the FBI has some basic training in evidence collection, the agency’s forensic examiners, scientists, and technicians are charged with analyzing that evidence. The FBI’s advanced forensics capabilities run the gamut, including latent print examination; DNA testing and analysis; firearms and toolmark forensics; analysis of skeletal remains and trace evidence such as hair and fiber; chemical analysis and toxicology; questioned document analysis; and analysis of explosive devices.

“We get cases from all over the country, as well as all over the world,” says Heather Seubert, Scientific Analysis Section Chief at the FBI. “We’re continually adapting to what the day is going to bring, whether that’s a priority case coming in, or whether that’s fielding questions from management. One of the nuances that our staff faces is the need for flexibility.”

While there’s no such thing as a typical day for a forensic examiner at the FBI, some structure does exist. An examiner will generally gather any evidence submitted, read about its background, and determine what type of examinations have been requested and should be performed. Utilizing lab equipment, they’ll conduct various analyses, write a report with their conclusions, and issue that report back to the contributor of the evidence. But that description might belie what is actually an extremely varied caseload.

“Every time I go to the evidence locker to get a piece of evidence for a case, it’s something different,” Jiggetts says. “It keeps me on my toes, and it keeps it interesting. You never know what you’re going to get.”

The FBI’s Laboratory Division fosters a powerful camaraderie, bringing together some of the brightest minds to serve a singular mission. There are significant touchpoints between each of the forensic disciplines. Evidence may require multiple forms of analysis: a ransom note, for example, might need latent print analysis, DNA analysis of trace evidence, and cryptanalysis of the writing itself. Overlap also exists between roles and responsibilities, with each FBI employee relying on the same shared standard of excellence.

“Biologists and lab technicians are the eyes and ears of the examiners who testify in court as expert witnesses,” says Stacy Campbell, a Biologist with the FBI’s DNA Casework Unit. “It is especially important that they document any unique characteristics of evidence and/or packaging and pay close attention when processing samples.”

The collaboration between the FBI’s forensic disciplines reaches its peak during large, emergent events, such as when the FBI needs to respond to a terrorist act or a mass shooting. It’s one of the many reminders that work at the FBI is unlike anywhere else.

“You might already be working some evidence on a case, and then an event happens,” Seubert says. “Then we’re gathering resources to put people out the door to deploy across the United States. We’re positioning ourselves here at Quantico to make sure we have the resources on hand to be able to facilitate the receiving of new evidence. We’re putting all our units in a standby position to be able to move that evidence through the laboratory and provide briefings to management. You have to be able to adapt.”

What the FBI Looks For in Forensics Professionals

To work at the FBI is to have more than a traditional career: this job begins with an oath. It requires drive, perseverance, and discipline. There are no opportunities for lax moments, making the work both challenging and rewarding.

“Having worked in a forensic DNA laboratory for nearly two decades, I’ve found that the most challenging part of the job is the stress created from knowing that we often only have one shot to process an evidence sample,” Campbell says. “We are routinely required to consume evidence to develop the low levels of DNA that exist on evidence items such as steering wheels, textured surfaces of guns, masks, etc. Knowing that there is no room for error requires focus and diligence.”

Scholastically speaking, the FBI is looking for forensics professionals with a background in the hard sciences, at everything from a bachelor’s to a doctoral level. Criminal justice education is less important; many of those operational quirks can be learned on the job, while the foundations of science cannot. More broadly, forensics professionals at the FBI will need sharp and complex problem-solving skills, and that applies both to the science itself, as well as its surrounding components.

“Advancing technologies have led to the use of robotics in many of our procedures,” Campbell says. “This sometimes presents challenges when a component of a robot breaks, software freezes, or automation doesn’t function as expected. Having problem-solving skills to assess a situation and provide pertinent information to management and/or commercial vendors is paramount.”

At the same time, FBI employees need strong communication skills to present their findings and provide the proper context. Articulation at a high level and a layman level is important, especially if one is expected to testify or contribute to those who do. Communication skills are also critical for navigating colleagues’ personal, interdisciplinary, and intergenerational differences.

“We all have the technical knowledge,” Jiggetts says. “That’s why we’re here. We just have to work together to put that knowledge together. Everyone learns differently, everyone communicates differently, and everyone interacts differently. It’s challenging at times, but the differences bring out the best in everyone.”

The FBI is a unique workplace, and it comes with unique employment requirements. In addition to a competitive resume, aspiring FBI employees must pass a polygraph test, a drug test, and a background check. That sort of examination of one’s personal life might feel intrusive in a more typical employment setting, but for those who want to work at the FBI, it’s all in service of the greater good.

“We provide results that can lead investigators to the truth,” Campbell says. “That could mean providing a DNA profile of a person who wasn’t originally on the investigative radar or exonerating an innocent person suspected of a crime. Knowing that our results are helping aid an investigation is rewarding.”

“If you come to the FBI to be a forensic examiner, that’s your dream job,” Seubert says. “You get to do what you’re passionate about. You can do research. You can conduct casework examinations. You can participate in these science organizations. You can collaborate. It’s the pinnacle for any forensic scientist to be able to come to and spend their career here at the FBI.”

The Future of Forensics at the FBI

Forensic science is constantly evolving, as is the technology supporting it. But forensics professionals at the FBI aren’t just keeping pace—they’re helping lead the change. The FBI’s forensics professionals are part of key professional organizations, standards committees, scientific journals, and special working groups that help steer the future of forensic science. And they’re also putting new techniques and technologies into practice in the lab.

Next Generation Sequencing, or NGS, is a technology being developed and implemented for the DNA Casework Unit,” Campbell says. “NGS will simplify the DNA analysis workflow, increase the sensitivity of DNA detection, and lower costs and processing timelines.”

The FBI Laboratory is also pioneering work with 3D technologies, rendering super high-resolution images and conducting virtual comparison microscopy. In the aftermath of the 2017 Las Vegas mass shooting, Seubert’s team in the firearms and toolmarks unit were able to implement virtual comparison microscopy to create 3D images of cartridge cases and perform examinations.

More recently, FBI forensics professionals have used first-person gaming software to recreate virtual scenes, incorporating evidence collected from 911 calls and trajectory analysis, to assist in courtroom settings. Collaborating between different forensics units and evidence response teams, the FBI created a virtual 3D scene reconstruction for use as a prosecutorial exhibit in the Tree of Life Synagogue shooting.

“We always want to stay one step ahead of the bad guy,” Jiggetts says. “And we can, with proper training, with continued funding, and with continued access to some of these new technologies. We also need to collaborate with other agencies, because we can’t always do it alone.”

The future of forensic science holds tremendous promise. Advancements in machine learning and AI can potentially remove significant barriers and enable greater efficiencies. But even though these technologies are valuable tools for expanding the FBI’s forensic capabilities, they are nothing without human input.

“I am continually impressed by the men and women of the FBI Laboratory, and how driven they are to bring resolution to these cases,” Cook says. “Whether it’s through the research units or our senior-level scientists, I’ve seen continued advancements across all forensic disciplines at the FBI. It’s part of what makes us the premier forensic laboratory in the world.”

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

How To Become a Crime Analyst

Detectives, forensic technicians, or law enforcement officers do not solve all crimes. Many crimes are analyzed in complex ways from behind a computer desk by trained crime analysts. These curious, dedicated, and detail-oriented professionals rarely set foot at a crime scene but know what to look for to solve or predict crime.

Crime analysts work in law enforcement, analyzing crime reports, arrest records, police calls, and other data to establish patterns and make correlations. Then, they synthesize the data they gather into detailed information used by their departments to make decisions about prosecutions, patrols, and staffing. Crime analysts can pursue several specifications, including tactical, criminal, administrative, intelligence, and strategic criminal analysis.

Although most crime analysts have earned at least a bachelor’s degree or higher, aspiring professionals can enter this field by completing a certificate program. Law enforcement work experience can often be just as essential as education, so aspiring crime analysts should strive to gain volunteer work or paid employment to improve employability.

Although highly recommended and required by many employers, national certification is optional in this field. Some programs offer national certification upon completion, while others prepare students to sit for exams such as the Certified Law Enforcement Analyst (CLEA) through the International Association of Crime Analysts (IACA) or the Criminal Intelligence Certified Analyst (CICA) through the International Association of Law Enforcement Intelligence Analysts (IALEIA).

The guide below will give you all the details on how to become a crime analyst and typical salaries, required personality traits, necessary education, and what credentials are required.

Featured Crime Analysis Programs
ECPI University Crime & Intelligence Analysis (Bachelor's)Visit Site
Southern New Hampshire University BSCJ - Criminology and Crime AnalysisVisit Site
Michigan State University Master's - Law Enforcement Intelligence & AnalysisVisit Site
Boston University MSCJ - Crime Analysis ConcentrationVisit Site

Crime Analyst Salary

Since crime analysts’ jobs are relatively new, there is a lot of variation in estimated salaries. The variations are based on education, training, certification, and whether or not the crime analyst is a law enforcement officer. According to the Bureau of Labor Statistics (BLS May 2024), crime analysts can be classified as detectives and criminal investigators. Therefore, the percentiles for wages are:

United States
Number of Private Detectives and Investigators Employed38,700
Average Annual Salary$61,680
10th percentile$37,250
25th percentile$41,940
50th percentile (median)$52,370
75th percentile$75,310
90th percentile$98,770

Although this role is more specialized, crime analysts may also be classified as forensic science technicians. According to the BLS (May 2024, the percentiles for wages for forensic science technicians are:

United States
Number of Forensic Science Technicians Employed19,450
Average Annual Salary$75,260
10th percentile$45,560
25th percentile$53,310
50th percentile (median)$67,440
75th percentile$88,710
90th percentile$110,710

PayScale.com aggregates self-reported wage data to determine the average pay for crime analysts. The average pay for crime analysts, based on 121 self-reported salaries, is $54,678 per year. The percentiles in June 2025, according to PayScale, are:

  • 10th percentile: $41,000
  • 50th percentile (median): $54,678
  • 90th percentile: $72,000

Skills & Personality Traits of the Successful Crime Analyst

Crime analysts must be detail-oriented, curious, and work well under pressure. They have to be able to make connections and see patterns in what may otherwise look like a sea of information. The top traits that employers look for in crime analysts include the following:

Finding Patterns

Crime analysts review police reports daily to identify patterns as they develop. They need to recall data easily and determine links between crimes that may be days and miles apart. Patterns are quickly reported to police officers to help them maintain public safety. While some patterns may be in the type of crime, such as a type of business being robbed, they can also be in hot spots where all crime increases.

Communication Skills

Crime analysts are typical law enforcement team members and must communicate clearly and accurately. Patterns discovered through analysis are communicated to police officers, supervisors, and detectives in person, by phone, or by email. Sometimes, crime analysts must write detailed reports outlining their findings to present to elected officials or publish in public statements.

Research and Analysis

Crime analysts need to look at the data they are presented with daily, but they must also relate that data to historical data to determine patterns. Crime analysts must be able to research quickly and effectively and synthesize large amounts of data in a short period.

Time Management

Crime analysts often must work under strict time constraints with large amounts of data. Therefore, they must be efficient at prioritizing their work and staying on task to complete analyses and reports promptly.

Curiosity

Staying curious is essential to being an excellent crime analyst. Often, something may seem off, but there is no apparent reason why. Crime analysts need flexible thinking that considers out-of-the-box ideas as to why things are happening the way they are. When they can do that, they can determine patterns that otherwise may not have been detected.

Crime Analyst Specializations

The place of employment typically determines specialization for crime analysts. Most crime analysts work in local, county, or state law enforcement offices, while some may work for government agencies or nonprofits. While most crime analysts are civilians, some may be trained and sworn-in law enforcement officers. The five main types of specializations are:

Intelligence Analysis

This type of analysis relates to organized crime. Crime analysts working in intelligence look for patterns in drug trafficking, prostitution, fraud, and gangs. Analysts review data, including surveillance completed by law enforcement, wiretaps, reports from informants, and work completed by undercover cops.

Criminal Investigative Analysis

Popular TV shows such as “Criminal Minds” and “Mindhunter” are based on criminal investigative analysis. Analysts in this field profile criminals and seek patterns in behavior, murders, and crime scenes to help law enforcement identify the perpetrator.

Tactical Crime Analysis

Tactical crime analysis examines a crime’s who, what, when, where, why, and how. By carefully analyzing all those aspects, crime analysts identify leads to help solve the case. This systematic analysis involves detailed reviews of police reports, crime scene photos, and interview transcripts.

Strategic Crime Analysis

Strategic crime analysis investigates crimes that occur over an extended time or even long-term patterns in police behavior. Unfortunately, this particular form of criminal analysis can be daunting, as the number of records professionals must examine can be astronomical. As a result, crime analysts in this field often utilize machine learning or other software tools to help them comb through mountains of data.

Administrative Crime Analysis

Information gathered and evaluated by crime analysts often must be synthesized into reports. Many of these reports inform law enforcement agencies about patterns of crime, the impact of enforcement on established practices, and areas where further work is needed. Other reports are for citizens, command staff, government officials, or the media. Administrative crime analysts are specialists at creating these reports from data they have analyzed or from data other crime analysts have examined.

How Long Does it Take to Become a Crime Analyst?

The short answer is it varies. A typical criminal analyst can enter this career with four to six years of education and work experience following high school graduation.

However, some aspiring crime analysts can begin their careers with as little as an associate’s degree in criminal justice or a related field. However, these entry-level roles are rare, and many may require work experience. Most crime analysts earn at least a bachelor’s degree in criminal justice or a related field. However, crime analysts must have work or volunteer experience in criminal justice or law enforcement to be competitive in securing a job in this field.

Steps to Becoming a Crime Analyst

There are several paths crime analysts can take to enter this field. Here is one of the most common paths:

Step 1: Graduate from High School (Four Years)

Completing high school is the first step toward becoming a crime analyst. Students should endeavor to do well in all classes, as a strong GPA may be required for admission to competitive undergraduate criminal justice programs. Courses that can give students a head start include statistics, biology, and psychology. Students can also work to gain work or volunteer experience in local law enforcement through community programs or part-time employment.

Step 2: Get a Degree in Criminal Justice, Criminology, Sociology, or a Related Discipline (Two to Four Years)

Crime analysts can earn either a certificate, associate’s, or bachelor’s in criminal justice, criminology, sociology, or related field. Other degrees for professionals in this field can include statistics, public administration, or psychology. Gaining work experience in law enforcement while in college is critical, as many employers require applicants to have already worked in the field in some capacity. Students can fill many part-time civilian roles in law enforcement, including entry-level criminal analyst jobs. Some programs offer student certification upon completion of their program.

For example, the California Department of Justice has partnered with the California University system to offer certificate programs at California State University, Fullerton, the University of California, Riverside, Pierce College, and California State University, Sacramento. Graduates of these programs are certified by the Law Enforcement Intelligence Units (LEIU) and are ready to step into crime analyst roles across the state. Most of these programs can be completed in 12 to 18 months.

Courses that criminal analyst students must complete provide a solid foundation in criminal analysis theory, research theories, criminal behavior, and intelligence analysis. This program also emphasizes writing and presentation skills, so analysts will have the tools to convey their conclusions.

Step 3: Obtain Certification (Optional, Timelines Varies)

Certification for crime analysts is optional, although highly recommended. Holding a certificate demonstrates to employers a high level of competency in the field and can help established professionals with career advancement.

Some programs, such as those recognized by the California Department of Justice, award certification upon program completion. Other certifications must be earned through testing.

The two primary certifications analysts earn through testing are the Certified Law Enforcement Analyst (CLEA) through the International Association of Crime Analysts (IACA) and the Criminal Intelligence Certified Analyst (CICA) through the International Association of Law Enforcement Intelligence Analysts (IALEIA).

To qualify for the CLEA certification, applicants meet the following prerequisites:

  • Must have at least three years of full-time experience as an analyst in the field of intelligence, law enforcement, corrections, or related fields
  • Must have earned a minimum of 100 points in combined work and educational experience
  • Must be current members of the International Association of Crime Analysts.

In order to pass the exam, applicants must receive a score of 70 percent.

To qualify for the CICA certification, applicants must:

  • Be members of IALEIA in good standing
  • Hold a certificate of completion from a qualifying intelligence course (or current certification as a Basic Analyst)
  • Be employed full-time in a criminal intelligence or analysis position
  • Have either a bachelor’s degree and three years of work experience, an associate degree and five years, or no degree and seven years
  • Send a completed application and a copy of their official job description
  • Pass an exam with at least a 70 percent score

Keep reading for exemplary online crime analyst programs, or see our guide to Crime and Intelligence Analysis Programs.

Online Crime Analyst Programs – Degrees and Certificates

Online Associate Degree Programs

Southern New Hampshire University

Southern New Hampshire University (SNHU) offers a fully online criminal justice associate’s degree. This associate degree explores theories, practices, and ideas related to the American judicial system and caters to students who’d like to land an entry-level position in this field as well as experienced criminology professionals who wish to upgrade their skill set.

Courses in this 60-credit program include cultural awareness in criminal justice; policing in the United States; the United States correctional system; discretion in criminal justice; research literacy in social sciences; introduction to criminal justice; and communication skills for criminal justice. Students in this program can easily transfer credits earned to the online SNHU bachelor’s degree program in criminal justice.

Graduates from this program are prepared for careers that require collecting evidence, presenting it to legal and public forms, and examining laws and regulations as they apply to public safety.

  • Location: Manchester, NH
  • Accreditation: New England Commission of Higher Education (NECHE)
  • Expected Time to Completion: Two years

Herkimer College (State University of New York)

Herkimer College, part of the State University of New York system, offers an online associate of applied science program in crime & intelligence analysis preparing students with the skills, critical thinking, and knowledge to succeed in a variety of private and public careers. Graduates of this program are prepared for roles such as crime analysts, intelligence analysts, and private contractors.

The program’s curriculum focuses on helping students develop analytical and research skills to be used in either an intelligence or crime analysis unit within a variety of criminal justice agencies. Made up of 63 credits, the program includes courses such as criminal substantive law; criminal procedure law; intelligence analysis; introduction to crime analysis and crime mapping; terrorism and homeland security; and introduction to criminal justice.

  • Location: Herkimer, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

Online Bachelor’s Degree Programs

University of South Carolina

University of South Carolina offers an online bachelor of science program in criminal justice with a concentration in crime analysis providing students with the basic skills required for entry-level positions as crime analysts in a state, federal, or local law enforcement agency. Students in this program are provided with a powerful set of strategies and tools for using and collecting data to inform policy decisions and identify crime patterns.

Applicants to this program must have 30 credits from a regionally accredited institution with a minimum 2.0 cumulative GPA in all previous college-level coursework.

The program’s curriculum includes courses such as introduction to criminal justice; policing in america; the criminal courts; introduction to corrections; criminal justice research methods; criminological theory; foundations of crime analysis; tactical crime analysis; strategic crime analysis; advanced topics in crime analysis; and criminal justice statistics.

  • Location: Columbia, SC
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Two to four years

SUNY Canton

The State University of New York at Canton offers an online bachelor of science program in crime analysis through the college’s Center for Criminal Justice, Intelligence, and Cybersecurity (CJIC). In this major, students will learn to formulate prevention strategies and identify solutions to crime problems. Notably, courses in this program are designed to align with the NYS Crime Analysis Certification Exam.

The program combines a core concentration in crime analysis with select courses in cyber security, geographic information systems, and data analytics. Courses in this 121-credit program include crime analysis; intelligence analysis; crime and media; cyber criminology; civil liberties & homeland security; ethics in criminal justice; digital forensic analysis; law enforcement intelligence systems; and forensic evidence.

  • Location: Canton, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Four years

Online Graduate Certificate Programs

Seattle University

Seattle University in Seattle, Washington, offers an online graduate certificate in crime analysis that students can complete in just one year. Graduates will know how to identify patterns, make correlations, and analyze various data.

Courses in this 25-credit program include advanced criminological theory; advanced research methods in criminology and criminal justice; statistical analysis; advanced crime assessment; crime mapping; data & intelligence analysis; qualitative research methods in criminology and criminal justice; and typologies of crime and criminal behavior.

Students can choose to graduate with a professional certificate or transfer 10 credits of courses to a master’s degree in criminal justice at Seattle University.

  • Location: Seattle, WA
  • Accreditation: Northwest Commission on Colleges and Universities (NWCCU)
  • Expected Time to Completion: One year

Arizona State University

Arizona State University offers an online graduate certificate in crime analysis allowing students to grow their skill set and preparing them for future careers in the public and private sector. Students in this certificate will learn about the collection and analysis of data related to criminal justice and will acquire knowledge and skills such as statistical tools in crime analysis, crime mapping, data management, and social networking.

Comprising 15 credits, the program includes courses such as seminar in crime analysis; criminal justice planning and program evaluation; applied data analysis in criminal justice; seminar in policing; and crime mapping.

  • Location: Phoenix, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Within a year

For more information about crime analysis education, please see our Best Forensics and Criminal Justice Degrees list.

Kimmy Gustafson

Writer

Kimmy Gustafson’s expertise and passion for investigative storytelling extends to the world of forensics, where she brings a wealth of knowledge and captivating narratives to readers seeking insights into this intriguing world. She has interviewed experts on little-known topics, such as how climate crimes are investigated and prosecuted, and has written for ForensicsColleges.com since 2019.

Kimmy has been a freelance writer for more than a decade, writing hundreds of articles on a wide variety of topics such as startups, nonprofits, healthcare, kiteboarding, the outdoors, and higher education. She is passionate about seeing the world and has traveled to over 27 countries. She holds a bachelor’s degree in journalism from the University of Oregon. When not working, she can be found outdoors, parenting, kiteboarding, or cooking.

Top Online Forensic Accounting Programs

Pursuing a forensic accounting specialization for accountants interested in criminal justice is a logical and exciting career opportunity. By earning a graduate certificate or degree in forensic accounting, professionals with bachelor’s degrees in accounting can become certified in fraud examination, thereby protecting individuals, corporations, and entire economies from the perils of financial corruption. In addition, online forensic accounting programs have expanded to allow students to maintain their current jobs while earning a certificate or degree.

The occupational demand for accountants is rising, creating a need for thousands of new jobs in the coming decade. The US Bureau of Labor Statistics (BLS) projects accountant and auditor positions to increase by 5 percent between 2024 and 2034. As a result, an estimated 124,200 new jobs will be in demand in the same decade (BLS 2025).

With a graduate certificate or a master’s degree, accountants can pursue specialties in forensic accounting or internal and external auditing. As the need for accountants increases, professionals with forensic accounting training will stand out with their unique skill sets and may be able to access higher-paying positions. The average annual salary for accountants is $93,500 (BLS May 2024). However, with more education and years of experience in the long term, accountants with master’s degrees could earn closer to the 75th percentile ($106,450 per year) or 90th percentile ($141,420 per year). Please see our Forensic Accountant Salary & Career Outlook for more detailed information.

While technical skills are highly sought when hiring forensic accountants, schools and employers seek candidates with more than number-crunching abilities. To this point, the job-seeking site Monster.com shows a record number of employers who are looking for internal audit candidates trained in forensic accounting and fraud examination. These are essential skills when dealing with sensitive financial and legal matters.

To help CPAs expand their skills, 10 top online forensic accounting programs offer graduate certificates or master’s degrees in forensic accounting. These top-ranked online forensic accounting programs do not compromise quality in delivering high instruction standards. Each program is dedicated to helping students enhance their skills to pursue future career opportunities in accounting and criminal justice while meeting the highest educational quality levels.

Purdue Global
Southern New Hampshire University
Stevenson University Online
UNC Pembroke
Murray State University

Best Online Forensic Accounting Degree & Certificate Programs

Florida Atlantic University

Through its College of Business, the Florida Atlantic University School of Accounting offers a two-year online executive master of accounting degree with a concentration in forensic accounting. Though the school is based in Boca Raton, Florida, with satellite campuses around the state, all classes in this program are available online and compatible with a wide array of portable media devices, including mobile phones and tablets.

The program attracts a diverse student body, including students enrolled in 35 US states and several countries like Japan, France, Kenya, and Jamaica. Students local to the Fort Lauderdale area can also attend live lectures on-campus or virtually once per week on Saturdays and live-streamed courses offered during the workweek. In addition to online lessons, students in this program complete online coursework and have access to technical support assistance 24 hours a day, seven days a week.

  • Location: Boca Raton, FL
  • Duration: Two years
  • Accreditation: Association to Advance Collegiate Schools of Business (AACSB)

Northeastern University

The Northeastern University College of Professional Studies offers an online graduate certificate in forensic accounting based in Boston, Massachusetts. The program is designed for working accountants to expand their skill sets to include the ever-changing rules and forensics techniques to their existing accounting skills. A graduate certificate is awarded upon completing this program, which can take six to 12 months to complete.

In addition to experiential learning, students take courses in forensic accounting principles, dissecting financial statements, and litigation support. To be eligible for admission, students must have a bachelor’s degree and submit unofficial transcripts, an online application, a statement of purpose, and a professional resume.

  • Location: Boston, MA
  • Duration: Six to 12 months
  • Accreditation: New England Commission of Higher Education (NECHE)

Post University

Post University offers a certificate program in forensic accounting through the Malcolm Baldrige School of Business. Offered on-campus and online, this program has the infrastructure to admit and deliver instruction to students in Connecticut and worldwide.

This 18-credit forensic accounting certificate provides students with strong theoretical and analytical backgrounds in fraud prevention, detection, deterrence, and investigation.

Graduates from this program are prepared to take the Certified Fraud Examiner (CFE) examination, an essential credential for those pursuing careers in forensic accounting.

  • Location: Waterbury, CT
  • Duration: One year
  • Accreditation: New England Commission of Higher Education (NECHE)

Southern New Hampshire University

Originally founded as an accounting school, Southern New Hampshire University has conferred accounting degrees since 1932. These days, SNHU offers an online master of science (MS) with a concentration in forensic accounting and trains students to apply forensic accounting principles to uphold the law and prosecute white-collar crime. The curriculum aligns with the Content and Skills Specification Outlines (CSOs/SSOs) the American Institute of Certified Public Accountants (AICPA) set forth.

To be eligible for admission, incoming students must have at least a bachelor’s degree and a GPA of 2.75 or above. However, accommodations can be made if students do not meet all prerequisites. As well, GRE and GMAT scores are not required for admission.

  • Location: Manchester, NH
  • Duration: Two years
  • Accreditation: Accreditation Council for Business Schools and Programs (ACBSP)

University of North Carolina at Charlotte

The Continuing Education division at the University of North Carolina in Charlotte offers an online forensic accounting certificate for many financial security professionals, including CPAs, current forensic accountants, internal auditors, business owners, attorneys, and law enforcement officers.

To earn this certificate, students must complete three classes within two years of enrollment and achieve an 80 percent or higher on the final online quiz. The three-course sequence includes forensic accounting principles, fraud prevention and detection, and an introduction to computer forensics.

  • Location: Charlotte, NC
  • Duration: One to two years
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

Golden Gate University

At Golden Gate University, students can complete a 15-credit graduate certificate in forensic accounting either on-campus in San Francisco, completely online, or through a hybrid of in-person and online instruction. All students must take three core courses: introduction to financial forensic accounting, fraud auditing, and damages. In addition, students can choose six electives in intellectual property, expert testimony, bankruptcy and insolvency, an internship, and others.

To be eligible for admission, students must have a bachelor’s degree and meet coursework requirements in math, economics, finance, and graduate writing proficiency with “B” or higher. In addition, to earn the certificate, students must complete all certificate courses with a “B” average or 3.0 GPA.

  • Location: San Francisco, CA
  • Duration: One year
  • Accreditation: WASC Senior College and University Commission

LaSalle University

With its main campus in Philadelphia, Pennsylvania, LaSalle University offers a fully online fraud and forensic accounting certificate. The program consists of five courses and 15 credits, although students may waive some courses for students with prior accounting experience. The LaSalle program can be completed in 10 months and is designed to give students a thorough academic foundation to prepare them to protect financial systems and expose fraudulent criminal activity in multiple economic sectors.

Faculty in this program come from various backgrounds in data analysis, leadership and management, computer networks and security, and forensic accounting. Students must complete an application to the graduate school, submit official transcripts, a resume, and a 200-word essay outlining why they want to pursue this program.

  • Location: Philadelphia, PA
  • Duration: Ten months
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

West Virginia University

The John Chambers College of Business and Economics at West Virginia University offers a full array of online forensic accounting programs, including a 12-credit graduate certificate and a 30-credit master’s degree in forensic accounting and fraud examination.

To complete the certificate program, students must complete four graduate courses over two years and attend at least two live residencies on-campus in Morgantown, West Virginia, or online.

As for the master’s of science degree in forensic and fraud examination, this hybrid specialized accounting program aims to teach students essential skills to detect, prevent, and deter fraud. This program features a “low residency” hybrid approach, featuring online courses and requiring two on-campus visits to interact with faculty and students.

  • Location: Morgantown, WV
  • Duration: Two years
  • Accreditation: Association to Advance Collegiate Schools of Business (AACSB)

Stevenson University

With campuses in Stevenson and Owings Mills, Maryland, Stevenson University offers a fully online master of science degree and an online post-baccalaureate certificate program in forensic accounting. In the online master’s program, students can learn from professors with years of experience in the field. The master’s program curriculum includes fraud accounting, investigation and analysis, business valuation, and litigation theory and practice.

In the 18-credit certificate program, students learn from faculty who are practicing forensic accountants, emphasizing combining accounting, auditing, computer, and investigative analyses to form clear conclusions for litigation purposes. Stevenson University is an FBI National Academy Associates (FBINAA) Academic Alliance member.

  • Location: Owings Mills, MD
  • Duration: One to two years
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

Methodology

Several factors were considered in determining which online forensic accounting programs were best suited to this list. As a result, this list is not exhaustive but is representative of reputable forensic accounting programs that meet high-quality educational standards.

The forensic accounting programs featured above meet the requirements listed below to qualify for this list.

Reputable Accreditation

Determining a school’s accreditation status is essential when researching educational programs. All programs featured on this list hold one or both types of accreditation: programmatic or regional.

Programmatic accreditation is awarded by a national or international organization such as the Association to Advance Collegiate Schools of Business (AACSB).

Regional accreditation is awarded to an educational institution recognized by the Council for Higher Education Association (CHEA). Examples of regional accreditation organizations are the Higher Learning Commission (HLC), the Middle States Commission on Higher Education (MSCHE), and the New England Commission of Higher Education (NECHE).

Online & Hybrid Programs

The internet has revolutionized how students learn and how educators teach in countless ways. Most universities in the 21st century use online resources for student records, class registration, and learning management systems. However, a fully online program must have the technological resources and tech support to support distance-based learning so students can complete their lessons, communicate with their instructors and classmates, and demonstrate their knowledge securely and efficiently. The schools featured on this list have an established reputation for high-quality online learning, verified by accrediting agencies and satisfied student alumni.

While some courses can be delivered entirely online, a hybrid approach is better suited for some disciplines. Due to the interactive nature of courses that require collaboration and application of learned skills, programs featuring low-residency or some level of synchronous personal interaction as a part of the curriculum were given priority. Since communicative skills are a valued element of many schools that confer certificates and graduate programs in forensic accounting, programs that emphasize strong interpersonal communication skills through a discussion forum or an in-person conference session were included.

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

How to Become a Crime Scene Investigator (CSI)

Crime scene technicians, also known as crime scene investigators, forensic science technicians, or crime scene analysts, have inspired many popular television programs such as CSI and Dexter. They have popularized terms such as biometrics, blood spatter analysis, toxicology, and ballistics, and have inspired many people to enter this competitive field. Crime scene technicians serve an invaluable function to society in helping to solve often grisly crimes.

Some say that the rapidly advancing technology behind crime scene investigation (CSI) has made the field a victim of its own success; even the briefest contact with an innocent individual’s DNA—the genetic fingerprint found in blood, saliva, hair, skin cells, and more—can contaminate a crime scene and confuse investigators.

That said, the incredible innovations in the field have been largely positive, helping law enforcement secure the evidence they need to put criminals behind bars through specimen collection, laboratory analysis, and careful documentation.

So what exactly do CSIs do? And what are some of the groundbreaking techniques that allow these professionals to help build legal cases?

According to the International Crime Scene Investigators Association (ICSIA), CSIs have a range of responsibilities such as collecting evidence (e.g., fingerprints, footwear impressions, biological samples, fibers, trace chemicals, firearms, etc.); meticulously documenting (e.g., photographing, sketching) and processing evidence; attending autopsies and investigating causes of death; liaising with law enforcement, criminal investigators, laboratory workers, pathologists, lawyers, and other medical and legal professionals; and keeping abreast of the latest techniques in the field.

While some CSIs work in law enforcement and specialize in the sensitive work of evidence collection and analysis, others are civilians. The Bureau of Labor Statistics (BLS) adds that forensic science technicians, already noted as a career closely related to crime scene investigation, are detail-oriented, communicative, and flexible with scheduling as the need for delicate evidence retrieval and analyses can occur at any time. Much of the training may occur on the job. However, some cross-disciplinary CSIs who perform laboratory work may hold advanced training (e.g., bachelor’s degrees) in biology, chemistry, or other natural sciences.

In addition to obvious tactics such as DNA, fingerprint, and ballistics analysis, CSIs may also use techniques and technologies such as luminol, a fine powder that temporarily glows blue when it comes into contact with hemoglobin, one of the main components of blood. Although luminol is prone to false positives in the presence of certain compounds (e.g. urine, horseradish) and may alter DNA samples, it still can be a useful way to detect blood rigorously washed out of materials, even years later.

While this occupation is not for the faint of heart, it does allow people to work beyond the confines of a cubicle and employ rigorous problem-solving skills in a real-world context.

Read on to learn more about becoming a CSI, including typical job responsibilities, salary ranges, education, and professional certification.

Featured CSI & Forensic Science Programs
Stevenson University Online Crime Scene Investigation Grad CertificateVisit Site
Stevenson University Online Forensic Investigation Grad CertificateVisit Site
Stevenson University Online Online Master of Forensic Science (MFS)Visit Site
ECPI University Crime & Intelligence Analysis (Bachelor's)Visit Site
Southern New Hampshire University BA in Psychology - Forensic PsychologyVisit Site
Southern New Hampshire University BSCJ - Criminology and Crime AnalysisVisit Site

Skills & Personality Traits of a Successful Crime Scene Technician

For crime scene technicians, it pays to have a strong stomach and a sense of adventure. These trained professionals apply scientific principles and the latest technologies in their quest for justice. According to the 2025 Occupational Outlook Handbook from the Bureau of Labor Statistics, several other abilities lend themselves to becoming a crime scene technician:

  • Communication skills: Technicians are often called upon to write reports jointly with law enforcement or other specialists. They may even be called upon to testify in court and must be familiar with documentation protocols.
  • Composure: Due to the sometimes shocking nature of crime scenes, it’s crucial that these professionals can maintain their presence of mind to do their jobs effectively. They should be comfortable working with crimes such as homicides, sexual assaults, robberies, and other often graphic subjects.
  • Critical thinking and analytical skills: Crime scene technicians have to match physical evidence from crimes (e.g., DNA, fingerprints, etc.) to databases of suspects. This also requires a knowledge of scientific tests and methods.
  • Attention to detail: To help collect and analyze evidence, noticing inconsistencies and subtle changes in crime settings is crucial.
  • Math and science abilities: Analyzing crime scenes requires some statistics or physical sciences background.

These skills and personality traits are also recommended among closely related professions such as forensic investigators, crime scene investigators, criminalists, criminalistic officers, and evidence technicians. There is substantial overlap in the job responsibilities, which are detailed below.

Role Requirements for Becoming a Crime Scene Technician

The BLS (2025) reports that crime scene technicians typically have extensive on-the-job training before they are assigned to work cases independently or testify in court. They normally work under the purview of more experienced crime scene technicians, investigators, and law enforcement professionals to learn the laboratory specialties and reporting methods. They may be required to complete proficiency exams or seek approval from an accrediting body for certain subfields of crime scene investigations.

The responsibilities of a crime scene technician can include:

  • Detecting, collecting, and cataloging evidence from crime scenes
  • Analyzing evidence using chemical, biological, or physical tests
  • Consulting with experts in related fields to reconstruct crime scenes
  • Maintaining lab equipment and portable evidence collection kits
  • Evaluating data and presenting findings in a manner that can hold up in court
  • Writing reports on features of crime scenes such as fingerprint detection, blood spatter analysis, and other features

Most forensic science technicians work in state and local government in police departments, laboratories, morgues, and coroner offices. They can anticipate working in an office, a lab, in the field, or all three. They may even be expected to travel throughout their jurisdiction to reach crime scenes.

Crime scene technicians specializing in fieldwork can be expected to work varying schedules, including nights and overtime, depending on when crimes occur. Those who specialize in lab analyses normally work a standard workweek.

Steps to Becoming a Crime Scene Investigator (CSI)

Although there are varied paths to becoming a crime scene investigator, they typically involve a mix of rigorous coursework and empirical (i.e., on-the-job) training either through a law enforcement agency or various internships at companies, laboratories, and other forensic facilities.

Here is one common path to joining this exciting career on the rise:

Step 1: Graduate from high school (four years)

Both police-trained and civilian CSI candidates typically possess a high school diploma. Aspiring CSIs at this stage may find it useful to explore various volunteer programs in criminal investigations nationwide.

For example, CSI Arizona hosts a forensic science competition for interested high school and middle school students and CSI training in crime scene analysis, gathering evidence, and presenting findings. Interested young adults are encouraged to check with their local police departments, civic organizations, and colleges for opportunities.

  • Location: Phoenix, AZ
  • Duration: 1-2 days
  • Accreditation: N/A

Step 2: Enroll in a law enforcement academy or pursue a college degree in CSI (2-4 years)

At this phase, there are two typical paths for aspiring CSIs. First, they can choose to enroll in a law enforcement academy and receive specialized CSI training in the field. Prerequisites for joining police forces typically include being an American citizen; being at least 18 years old; possessing a driver’s license; and having no felony (or serious misdemeanor) convictions on one’s record.

Alternatively, aspiring CSIs can enroll in a two- to four-year college program in criminal justice, forensics, biology, chemistry, natural sciences, or a related field. Here are some criminal justice degree programs to consider.

Liberty University

For students seeking a four-year degree, Liberty University has a convenient online bachelor of science (BS) program in criminal justice focusing on CSI. Through this online program, students will study forensics’ analytical and scientific aspects. Additionally, they will analyze past criminal cases and learn how to collect, identify, record, preserve, analyze, and process all forms of evidence. They will also learn about capturing the crime scene through digital photography.

The program comprises 120 credits, including instruction in criminal justice research & writing; criminal justice report writing; juvenile justice; corrections; judicial process; criminology; criminal justice ethics; criminal law; criminal investigations; and terrorism.

Graduates will be ready to take up roles such as crime scene investigators, crime scene technicians, criminalists, forensic analysts, and forensic project coordinators.

  • Location: Lynchburg, VA
  • Duration: 3.5 years
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

Macomb Community College

Some law enforcement training programs are offered in tandem with local colleges, such as Macomb Community College in Clinton Township, Michigan. This two-year associate of applied science (AAS) program in law enforcement includes police academy training and courses in criminal law, investigations, computer-related crimes, laboratory techniques, terrorism, loss prevention, evidence gathering, juvenile issues, and more.

This law enforcement prepares its students to sit for state certification exams for new police officers. The credits are transferable to bachelor’s programs at many colleges and universities nationwide.

  • Location: Clinton Township, MI
  • Duration: Two years
  • Accreditation: Higher Learning Commission (HLC)

Palm Beach State College

Palm Beach State College of Lake Worth, Florida, offers an associate of science (AS) degree in crime scene technology. Students will learn about properly collecting and preserving physical evidence, photographing crime scenes, and reconstructing crime scenes and vehicle accidents. Graduates can find employment as crime scene technologists, evidence technicians, medical examiners, investigators, medical investigators, insurance investigators, or forensic paralegals.

The associate’s degree comprises 64 credits and includes courses such as introduction to criminology; criminal psychology; police administration; injury and death investigation; advanced crime scene technology; crime scene photography; fingerprint classification; courtroom presentation of scientific evidence; and biological evidence.

  • Location: Lake Worth, FL
  • Duration: Two years
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

University of Baltimore

Another notable program is at the University of Baltimore, which provides a one-year certificate in CSI. Designed for both working CSIs seeking academic credentials and beginners to the field alike, this program comprises four courses: two in crime scene investigation (introductory and advanced) and training in forensic photography and moot court & trial advocacy for forensics. The program comprises 12 credits.

Graduates will be able to protect and secure crime scenes, fully document a crime scene using photography and text, record and collect evidence, and present and defend the findings of an investigation within a legal framework, either in courts or in a deposition.

  • Location: Baltimore, MD
  • Duration: 12 months or less
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

Some students may even explore internships to hone their CSI skills at this stage. Some of the most rigorous (and competitive) options offering world-class forensic training include the Central Intelligence Agency Internship Program; the Federal Law Enforcement Training Center Internship Programs; and the United States Secret Service Internships.

For more information on college CSI programs, check out the online forensics programs and CSI colleges pages.

Step 3: Obtain professional certification and join associations (timeline varies)

Once an aspiring CSI has some formal academic and on-the-job training, they may consider pursuing a professional certification that can enhance their employment prospects. Please note that qualifications for becoming a CSI will also vary by state and law enforcement entity.

In most states, there is no legal licensing or educational requirement to work as a crime scene investigator. The one notable exception to this fact is the state of Indiana. Indiana Law Enforcement Agency (ILEA) has certified its CSIs, requiring a minimum standard of training and experience and passing an exam.

Even in states where certification is not required, many CSIs pursue certifications through various agencies for professional advancement. For example, the International Association for Identification (IAI) provides three main certifications in CSI: crime scene investigator, crime scene analyst, and senior crime scene analyst. These are offered to individuals with between 48 and 144 hours of formal instruction in the field (depending on the certification level). Candidates must be employed full-time in “crime scene-related activities,” which involves applying for and passing an examination.

Finally, there are various professional associations for specialized CSIs, such as the American Academy of Forensic Sciences; the American Board of Forensic Toxicology; the Association of Firearm and Tool Mark Examiners; the Microscopy Society of America; and the Midwestern Association of Forensic Scientists.

Step 4: Pursue a graduate education in CSI (optional; 1-2 years)

Obtaining a graduate certificate or degree in CSI can further enhance a candidate’s chances of employment and may even qualify a person for leadership positions, increased responsibilities, or higher pay.

George Washington University

George Washington University offers a hybrid master of science (MS) in crime scene investigation to working investigators, leaders in law enforcement, and lawyers. Graduates of this program become proficient in crime scene investigation techniques, including fingerprinting, photography, forensic pathology, and digital imaging. They also learn how to investigate crimes from legal and medical perspectives.

The program comprises 36 credits, including coursework in the fundamentals of forensic science; photography in the forensic sciences; the science of fingerprints; digital image processing; criminal law for forensic scientists; crime scene investigation; forensic pathology; and medicolegal death investigation.

  • Location: Washington, DC
  • Duration: Two year
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

National University

For example, National University (NU) offers a graduate certificate program in forensic crime scene investigation (FCSI). This 31.5-credit program involves seven courses. Some courses in the curriculum include forensic pathology; crime scene investigation; advanced criminalistics; digital evidence; law and criminal procedure; and fingerprint analysis.

Students looking to pursue a master’s degree can apply some or all the academic credits awarded in this certificate program toward the master’s in forensic science program after meeting the GPA and other requirements of that degree program.

  • Location: San Diego, CA
  • Duration: 12 to 24 months
  • Accreditation: WASC Senior College and University Commission (WSCUC)

Qualifications will vary based on region, employer, and other factors. Prospective CSIs are encouraged to contact their local law enforcement agencies and forensics laboratories to verify prerequisites for employment.

Different Paths to Becoming a Crime Scene Technician

There are several different paths to becoming a crime scene technician. Having at least an associate degree in forensic sciences, criminal justice, crime scene technology, or a related discipline is typical. Depending on the employing organization, it may be advisable to have a bachelor’s degree in a field such as chemistry or biology. Successful candidates normally complete courses in mathematics and science, as well as forensics classes if available.

There are also more targeted forensic science programs ranging from the associate level to a PhD and several licenses and certifications. Since credentials will vary by jurisdiction, it’s important to check the qualifications of your local law enforcement agency or employing organization. Crime scene technicians must complete a successful background check and a physical and psychological evaluation as part of their candidacy for law enforcement agencies.

It should be noted that some subspecialties are growing faster than others. The BLS (2024) projected that between 2023 and 2033, there will be a 14 percent growth in forensic science technicians, more than triple the 4 percent projected growth for all occupations. Subfields such as digital computer forensics and DNA specialties are expected to become growing forensic science fields in the coming years.

The International Association for Identification (IAI), the largest and oldest forensic identification association, recognizes the following forensic disciplines which can inform one’s abilities as a crime scene technician:

  • Biometrics Information Systems
  • Bloodstain Pattern Identification
  • Crime Scene Investigation
  • Digital Evidence
  • Firearm and Tool Mark Examination
  • Footwear and Tire Track Examination
  • Forensic Anthropology
  • Forensic Art
  • Forensic Laboratory Analysis
  • Forensic Odontology
  • Forensic Photography and Digital Imaging
  • Forensic Podiatry
  • General Forensic Disciplines
  • Latent Prints/Fingerprint Identification/AFIS
  • Questioned Documents
  • Tenprint Fingerprint

More information about these exciting subfields is available on the IAI website.

While becoming a crime scene or forensic technician can be an exciting career move, evaluating the pros and cons of this type of work environment is important. As with any professional decision, consult the Bureau of Labor Statistics for the latest information on the availability of work in various states and municipalities.

Career Outlook for Crime Scene Investigators (CSIs)

The Bureau of Labor Statistics (BLS 2025) indicates that forensic science technicians may be CSIs. Based on the data available for that profession, the outlook for the CSI career is good, with BLS data showing a 14 percent growth rate nationally from 2023 to 2033. This growth could result in the addition of 2,500 jobs, bringing the total of all forensic science technicians in the country to 21,200. The absolute growth for CSIs specifically will be smaller since they are only one segment, but there should indeed be career opportunities for new CSIs entering the field.

Of course, the BLS also does not track salary data specifically for CSIs, but it reports that among 19,450 forensic science technicians working in May 2024, the average annual salary was $75,260.

According to the most recent salary figures presented by the BLS (May 2024), forensic science technicians can expect the following salary ranges:

  • 10th percentile: $45,560
  • 25th percentile: $53,310
  • 50th percentile (median): $67,440
  • 75th percentile: $88,710
  • 90th percentile: $110,710

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

How to Become a Forensic Nurse

Forensic nursing—an area at the intersection of medicine and law—is a specialty only recently recognized by the American Nurses Association (ANA). In fact, the ANA and the International Association of Forensic Nurses (IAFN) co-published the first standards and scope of practice guidelines for forensic nurses in 2009, outlining the necessary education, skills, and typical job responsibilities in this dynamic subfield which helps to accumulate evidence, counsel victims, and ultimately deliver justice to violent criminals.

So what do these medical professionals do? The IAFN and ANA report that forensic nurses have a variety of roles, including caring for victims of traumatic violence both physiologically and psychologically; collecting evidence (e.g., photographs, blood, tissue samples); identifying types of injuries (e.g., trauma, neglect, accident, abuse, exploitation); creating educational programs; shaping public policy and research; liaising with law enforcement and medical personnel; providing consultation to victims and families; and acting as expert witnesses in courtrooms. These crucial functions require advanced instruction in the differentiation of disease and injury; pharmacology; pathophysiology; public health; criminology; mental health; traumatology; victimology; and ethics.

Since forensic nurses may work with sexual assault or domestic violence victims, it can be a difficult (albeit rewarding) profession, requiring a mix of compassion and emotional fortitude in facing the uglier aspects of human behavior. Furthermore, they may choose to get more advanced training in areas including death investigations, risk management, bioterrorism, employee litigation, international civil rights, human trafficking, and other domains, working in a variety of settings such as hospitals, community centers, public health organizations, police departments, and shelters.

Due to the sometimes complex nature of the job, a wealth of professional associations have risen to provide support. For example, the International Association of Forensic Nurses (IAFN 2025) boasts a 6,000+ member group offering online learning opportunities, local chapters, networking, and conferences. Additionally, the Nursing Network on Violence Against Women International (NNVAWI) provides outreach and guidance to those who work to combat violence, exploitation, and other abuses.

Read on to discover how to join the burgeoning field of forensic nursing, including information about accredited educational programs (online and on-campus) and professional certification.

Steps to Becoming a Forensic Nurse

There are varied paths to becoming a forensic nurse. Some choose to receive their associate degree in nursing (ADN); obtain their registered nursing (RN) license; garner experience and specialized education in the field of forensics; and achieve an entry-level professional certification (e.g., SANE). Others, however, choose to push their degree and credentials to a more advanced level to enhance their candidacy for employment and salary prospects. Below is one possible path to becoming a forensic nurse.

Step 1: Graduate from high school

Forensic nurses of all levels must graduate from high school or complete their GED. In addition, prospective forensic nurses are advised to excel in courses such as chemistry, biology, physics, anatomy, and mathematics to enhance their college applications. At this stage, some students may even take an internship or volunteer through local programs at hospitals, police departments, or civic organizations.

Step 2: Attend an accredited bachelor of science in nursing (BSN) program (four years)

Although some aspiring forensic nurses choose to pursue an associate’s degree before earning their registered nursing (RN) license, it may be advisable to enroll in a four-year BSN program that has many advantages.

First, BSN programs may provide a wider variety of classes, including specialized instruction in forensic photography in a healthcare setting; courtroom testimony by a healthcare specialist; and forensic approaches to domestic violence. Second, professional certifications such as the advanced forensic nurse board-certified (AFN-BC) credential require a master’s degree. Finally, getting a BSN fulfills many of the prerequisites of graduate education in nursing.

Above all, when seeking any college degree or certificate, prospective students are urged to verify the program’s accreditation status. There are various types of accreditations for forensic nursing schools. Two typical programmatic accrediting agencies are the Commission on Collegiate Nursing Education (CCNE) and the Accreditation Commission for Education in Nursing, Inc. (ACEN).

Schools must also have institutional accreditation through a regional body such as:

  • Higher Learning Commission (HLC)
  • Middle States Commission on Higher Education (MSCHE)
  • New England Association of Schools and Colleges (NEASC)
  • Northwest Commission on Colleges and Universities (NWCCU)
  • Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Western Association of Schools and Colleges (WASC)

In addition to supervised clinical instruction, accredited BSN programs offer didactic courses such as health promotion across the lifespan; health assessment; principles of pharmacology, community & public health nursing; and more.

One standout option is the Ball State University BSN program in Muncie, Indiana. This CCNE-accredited program provides various academic entry points to accommodate applicants of differing levels of education and experience (e.g., entry-level, RN-prepared, non-nursing bachelor’s degree). Boasting a 94-100 percent pass rate among its graduates on the NCLEX-RN exam, Ball State provides specialized instruction in acute & chronic illnesses, rehabilitation methods, the foundation of leadership, and extensive exposure to an array of clinical settings.

  • Location: Muncie, IN
  • Duration: Four years
  • Accreditation: Commission on Collegiate Nursing Education (CCNE)

For candidates with bachelor’s degrees in another field, there are various “accelerated” BSN options, such as the four-semester program at Duke University, comprising 58 credits of courses and almost 800 hours of clinical experience. Top-ranked among the U.S. News & World Report’s list of best BSN programs in 2025, this CCNE-accredited program prepares graduates for licensure as registered nurses. With a unique focus on the evolving needs and technologies of modern healthcare, students are trained at multiple clinical sites with opportunities for international study.

  • Location: Durham, NC
  • Duration: 16 months
  • Accreditation: Commission on Collegiate Nursing Education (CCNE)

There are CCNE- and ACEN-accredited programs across the country, both online and on-campus. For more information on certificates and degrees in this field, please visit the forensic nursing schools page.

Step 3: Pass the NCLEX-RN exam (timeline varies)

The National Council of State Boards of Nursing (NCSBN) provides the NCLEX-RN exam, the leading certification for registered nurses (RNs). Since requirements to take the exam vary slightly by state, NCSBN encourages candidates to check with their local state board of nursing. This is a competitive exam comprising computer adaptive testing (CAT) in four “client need categories” including safe & effective care management; health promotion and maintenance; psychosocial integrity; and physiological integrity. In 2024, 73.26 percent of all NCLEX-RN exam takers passed (NCSBN 2025).

Step 4: Garner nursing experience in the field and additional education in forensic nursing (timeline varies)

While some aspiring forensic nurses may be eager to jump into graduate education, many people choose to garner RN experience and advance their specialized training through certificate programs or other opportunities. There are various programs available to RNs to advance their preparation in the forensic subfield.

For instance, the University of California—Riverside (UCR) offers an extension program in forensic nursing with instruction in forensic approaches to blunt force & firearm injuries; domestic violence; courtroom testimony; crime scene preservation; and clinical ethics. This program is open to RNs and other licensed medical professionals. Courses include an introduction to forensic science in healthcare settings, sworn testimony for the healthcare specialist, forensic nurse death investigation, and other topics relevant to the forensic nursing field.

  • Location: Riverside, CA
  • Duration: Nine to 15 months
  • Accreditation: Western Association of Schools and Colleges (WASC)

Check out the forensic nursing schools page for more information on distance-based and brick-and-mortar forensic nursing certificates.

Step 5: Get entry-level professional certification (timeline varies)

At this stage, some candidates choose to pursue certification, enhancing a person’s employment prospects. For example, the International Association of Forensic Nurses (IAFN) provides two sexual assault nurse examiner (SANE) certifications: SANE-P (pediatric) and SANE-A (adults and adolescents).

To become SANE certified, candidates must be RNs with at least two years of experience and 40 hours of classroom instruction. They must also pass a comprehensive exam which is offered twice annually (April and September). These certifications are valid for three years and can be renewed following the completion of 45 hours of continuing education.

Step 6: (Optional): Pursue a master’s degree in forensic nursing

To reach the upper echelons of this field, prospective forensic nurses are encouraged to pursue graduate education in the field.

One outstanding program is Texas A&M University (TAMU) master’s of science (MSN) in forensic nursing, which provides hands-on experience with clinically trained forensic nurses in developing public policy, influencing legislation, and collaborating with medico-legal professionals.

This 36-semester-hour program prepares graduates to observe, recognize, collect, and document forensic evidence for legal prosecution. A feature of this program is 45 hours of clinical hours in two on-campus visits. Courses include victimology, the impact of violence across the lifespan, and leadership and health policy.

  • Location: Bryan, TX
  • Duration: Two years
  • Accreditation: Commission on Collegiate Nursing Education (CCNE)

Students are advised to visit the forensic nursing education page for additional online and on-campus graduate programs in forensic nursing.

Step 7: (Optional): Receive advanced professional certification

Finally, the International Association of Forensic Nurses (IAFN) has partnered with the American Nurses Credentialing Credentialing Center (ANCC) to provide the advanced forensic nursing board certification (AFN-BC).

Candidates must have an active RN license; two years of experience; a graduate degree in nursing; a minimum of 2,000 hours of practice in forensic nursing within the previous three years; at least 30 continuing education hours in the field; and fulfill two additional requirements (e.g., academic credits, presentations, publications). Those who qualify for this five-year credential may choose to take a certification exam or pass a portfolio review conducted by experts in the field.

The Role of the Human Expert in ML/AI Cybersecurity

“Our adversaries are highly intelligent, and they work very hard as well,” Dr. Poovendran says. “Given that these detection methods are there, what are the gaps that will allow them to bypass the threats? This is where the scientific thinking of the student, or of the forensics professional, or the cybersecurity professional, comes in. They have to be able to reason beyond what is in front of them.”

Machine learning algorithms in cybersecurity can generally be put into three categories: unsupervised, semi-supervised, and supervised:

  • In unsupervised machine learning, the algorithm itself is tasked with finding patterns within a new data set.
  • In semi-supervised machine learning, a human assists the algorithm by labeling some portion of the incoming data set.
  • And in supervised machine learning, a human labels all incoming data while tasking the algorithm with identifying underlying patterns.

“ML and AI are powerful tools, but they are just tools,” Dr. Poovendran says. “It’s still significantly vulnerable to bias, and it’s easy for an adversary to fool an AI. That’s why the human expert has an important role to play in enhancing the quality of the decision-making.”

Effective ML and AI systems in cybersecurity will work to offset human weakness; similarly, human operators will work to offset the weaknesses of ML and AI algorithms. Dr. Poovendran offers examples to illustrate: a set of human eyes might not be able to easily or quickly ascertain all the differences between, say, a set of identical twins, while an iris scan would be able to find innumerable subtle differences instantaneously; at the same time, object recognition, such as in a CAPTCHA, is rudimentary for a human but still confounding to ML algorithms.

“I will say to the future forensics professionals: don’t be afraid of AI and ML in cybersecurity,” Dr. Poovendran says. “Use them as a tool, but be aware that you cannot trust them blindly. You have to develop methods to interpret and explain what you see.”

The Challenges and Opportunities for ML and AI in Cybersecurity

ML and AI make cybersecurity professionals more effective than ever before, with the algorithms acting as another member of the team. These algorithms can either partially or fully automate several cybersecurity processes, including vulnerability detection and attack disruption. As a result, cybersecurity professionals can more accurately detect and respond to potential attacks.

However, those ML systems may incidentally create new attack vectors of their own. In this respect, one of the most transformative effects of ML and AI in cybersecurity is altering the threat landscape, both on offense and defense.

“It’s important to understand the types of threats that are emerging in very advanced AI systems,” Dr. Poovendran says. “Google may have a very nice AI model available, but anyone can take that model and retrain it so that it will work normally in almost all cases, except for a few triggers, which make it an AI trojan.”

Some experts believe ML and AI will continue to provide incremental advantages for cybersecurity professionals, but without making a transformational leap into a new paradigm.

That is still good: in its current state, ML and AI could provide more cybersecurity professionals and organizations with the bare minimum of what ML and AI have to offer today, and the industry would still see noticeable benefits. But ML and AI are based on iteration and learning, and those who will work with them in cybersecurity will need to be constantly learning, too.

“I tell my students, don’t think of an adversary as an enemy, think of an adversary as a person who challenges you to think,” Dr. Poovendran says. “They are throwing puzzles at you. Can you see the puzzle, understand the puzzle, and solve the puzzle? It’s not easy, but if students commit themselves to learning about networking, about algorithms, about quantifying risk, they can collectively make significant contributions to this field.”

Further Resources on Machine Learning and AI in Cybersecurity

Machine learning, AI, and cybersecurity are each their own rapidly evolving fields, sitting at the forefront of what is possible. To learn more about where the three intersect, and where they’re collectively going, check out some of the resources below.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

How to Become a Forensic Psychologist

If a person is not of a sound mental state, how can they be convicted of a crime and sentenced? The field of forensic psychology determines fault and explains how mental health factors into criminal behavior.

According to Psychology Today, forensic psychologists are involved in roles ranging from assessing whether or not an inmate is legally insane to crisis management in communities in the wake of violent crime. Ultimately forensic psychologists serve in many roles ranging from clinicians, data scientists, behavioral therapists, and legal consultants.

Forensic psychology has evolved from a virtually non-existent area to one that has been sensationalized in countless movies, books, and television programs. While the inner workings of the criminal mind have always been something that has fascinated detectives and civilians alike, only in this century has a profession been developed to explore criminal motives and work to treat offenders effectively: forensic psychology.

What do forensic psychologists do? As expected, it does not look exactly like the dramatic day-to-day of the profilers and serial killer hunters on television. Responsibilities may vary, but most psychologists in the field help police determine the motives for certain crimes, narrow down a suspect pool, and generally provide deeper insight into the criminal mind to assist investigators.

Forensic psychologists provide key testimonies in legal proceedings. They help determine whether a suspect is competent enough to stand trial, or whether an inmate is ready for parole. Forensic psychologists may work as part of a law enforcement team, in a jail or prison setting, or as independent consultants.

As the understanding of the intersection of mental health and the law grows, so does the field of forensic psychology, and the demand for skilled forensic psychologists remains strong. Significant training is required to become a forensic psychologist.

To earn a psychologist license, candidates must meet educational requirements, and new psychologists must perform hundreds of hours of training under the supervision of an experienced psychologist. The path to one’s first job in the field involves dedication and hard work, but can ultimately lead to a fulfilling and fascinating career.

Keep reading to learn the details of how to become a forensic psychologist.

Career Outlook & Salary for Forensic Psychologists

The outlook for the forensic psychologist career is bright. While the Bureau of Labor Statistics (BLS 2025) does not specifically track forensic specialty growth data, they predict that the demand for all psychologists will grow 7 percent between 2023 and 2033. That growth rate is faster than the expected growth among all occupations nationally during the same period and translates to 14,000 new positions in the coming decade.

According to Psychology Today, forensic psychology is a growing field. However, to take advantage of the increased demand, psychologists must be clinically competent with a practice based firmly in scientific theory.

The BLS (May 2024) also notes that the average salary for the 72,190 clinical and counseling psychologists nationally is $106,850 per year, with the following percentiles:

  • 10th percentile: $50,470
  • 25th percentile: $67,470
  • 50th percentile (median): $95,830
  • 75th percentile: $131,510
  • 90th percentile: $170,150

Education and Professional Licensing Requirements for Forensic Psychologists

Becoming a clinical psychologist, whether in the forensic specialty or otherwise, requires a great deal of training and government licensure to practice. The requirements for licensure vary from state to state. Typically, psychologists must earn a minimum of a doctoral-level degree, either in a PhD or a PsyD, and complete a set number of supervised training hours in practice before practicing independently.

Those pursuing the forensic specialty may ultimately choose to become board certified through the American Board of Professional Psychology (ABPP). Although not required by law, this certification is often essential in establishing expertise to testify in court.

Please see our guide to Forensic Psychology Degree and Certificate Programs for a detailed guide to forensic psychology programs.

Southern New Hampshire University
Walden University
Carlow University

Steps to Become a Forensic Psychologist

To become a psychologist, a student must first earn a bachelor’s degree in psychology or another behavioral science, followed by a master’s or doctoral degree. Most forensic psychologists opt for a doctorate in forensic psychology, as that often affords them a wider range of potential employment possibilities. The following are the most common steps taken to begin this career. Note that the exact order of the following steps and some specifics, such as how many hours of supervised practice, will depend on where the psychologist intends to practice.

Step 1: Graduate high school

A high school diploma or GED is required to pursue a forensic psychology degree. If possible, students should take any psychology courses available and excel in life sciences such as biology and chemistry to improve their chances of admission to a strong psychology undergraduate program.

Step 2: Complete an undergraduate degree (four years)

The rigorous coursework required in this profession begins in the undergraduate years. Most forensic psychologists will complete an undergraduate degree in psychology (typically a bachelor of science or BS), but that is not necessarily required.

Students should meet all prerequisites for their graduate program of choice during their undergraduate program. Common prerequisite courses include introductory-level psychology classes and certain statistics classes. If available, students can use this time to take classes such as abnormal psychology and criminal psychology and pursue any available internships in their chosen field.

An example undergraduate program is Southern New Hampshire University’s (SNHU) online bachelor of arts in psychology with a concentration in forensic psychology. This program prepares students with research and critical thinking skills and skills such as psychological assessment in criminal justice. Courses in the 12-credit forensic psychology concentration include counseling process and techniques, sociology of crime and violence, and sociology of deviant behavior.

  • Location: Manchester, NH
  • Duration: Four years
  • Accreditation: New England Commission of Higher Education (NECHE)

Step 3: Pursue an advanced degree – (two to four years)

After completing an undergraduate degree, students will need to apply to a graduate program. This is where students will be able to specialize in forensic psychology. Students should look for doctoral programs that the APA has accredited to ensure the best chance of becoming licensed.

Although licensing requirements vary by state, most states require that practicing psychologists have earned a doctor of psychology (PsyD) or PhD in psychology to be licensed. Some therapists may be able to practice with a master of family therapy (MFT), master of social work (MSW), or other master’s level degrees, but this is not true for forensic psychologists. During a doctoral program, students should expect to complete a thesis in forensic psychology and begin working under the supervision of licensed psychologists to start their professional field training.

For example, Arizona State University (ASU) offers an online master of science in forensic psychology. This 33-credit program requires 11 courses offered in 7.5-week terms. Courses include advanced psychology in criminal investigation, legal psychology, forensic psychology, and correctional psychology. This program prepares graduates for doctoral programs in forensic psychology and clinical roles in mental health and the judicial system. To apply, candidates must have a bachelor’s degree in psychology, criminal justice, social science, or a related field from an accredited college or university.

  • Location: Tempe, AZ
  • Duration: Two years
  • Accreditation: Higher Learning Commission (HLC)

Step 4: Study for and take the EPPP

The Examination for Professional Practice in Psychology (EPPP) is required in most states to become licensed. Students should take this exam as soon as they are eligible in their state, typically after they have completed the necessary educational work for their doctoral program (they do not necessarily have to have completed their thesis). The EPPP is offered by the Association of State and Provincial Psychology Boards (ASPPB).

Step 5: Complete required supervised practice hours (timeline varies)

Students will start practicing under the supervision of a licensed psychologist during their doctoral program. Each state requires several supervised hours, with some requiring postdoctoral practice hours. Students must be aware of the requirements for their state and plan their practice hours accordingly.

According to the APA, the average number of internship plus postdoctoral hours can range from 900 to 2,000 before licensure. Students should seek out supervision from forensic psychologists specifically to build up their expertise in the area and strengthen their professional network.

Step 6: Apply for professional licensure

New psychologists can apply for state licensure from their local licensing board when all the requirements for a specific state have been met. Applicants should be prepared to submit to a background check and fingerprinting and a review of professional credentials.

Step 7: Seek a job in forensic psychology

Once a psychologist has earned their license, they can seek employment as an unsupervised forensic psychologist. Now is the time to reach out to other forensic psychologists, law enforcement agencies, prisons, and other contacts to look for a job.

Step 8: Maintain licensure

To maintain licensure as a forensic psychologist, most states require some form of continuing education in the field. The state licensing board should provide specific requirements and details about what courses and tasks can apply to continuing education credits.

Step 9: Become board certified

Although not legally required, earning board certification from the American Board of Forensic Psychology can help grow one’s career in the field. To qualify, applicants must have a doctoral degree, at least 100 hours of specialized training in forensic psychology, and 1,000 hours of direct experience in forensic psychology over a minimum of five years OR a full-time (at least 2,000-hour) formal postdoctoral training program in forensic psychology.

Understandably, the field of psychology is heavily regulated by the government. A long road of education and training must be completed to become a forensic psychologist. A high school graduate can expect to spend at least six more years in school (usually eight) and extensive supervised training hours, which may or may not be paid. For these reasons, forensic psychology is truly a career for those who are tenacious and dedicated to advancing knowledge and the field of criminal justice.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Follow the Money: Why Financial Crimes Often Go Unpunished

Each year, Financial crimes cost the U.S. economy hundreds of billions of dollars, however, very few offenders are held fully accountable. According to the FBI, white-collar crimes such as fraud, embezzlement, and money laundering can destroy a company, wipe out a person’s life savings, cost investors billions of dollars, and erode the public’s trust in institutions. Despite the massive economic impact, penalties for financial misconduct often involve fines without prison time, allowing many offenders to avoid serious consequences. Despite this enormous impact, penalties for financial misconduct often involve only fines and no prison time, allowing offenders to avoid serious consequences.

A recent scandal of FTX founder Sam Bankman-Fried in 2022 has further shown the challenges faced in prosecuting complex financial crimes. The U.S. Department of Justice filed charges against the former CEO in 2023, but the case illustrated how lengthy legal processes and vast financial resources can delay or weaken accountability.

While street crimes often lead to swift arrests and prosecutions, financial crimes are less aggressively pursued. The FBI’s 2023 crime statistics indicate a decrease in violent crimes, yet white-collar crimes continue to cause financial harm.

This raises critical questions about the fairness and effectiveness of the U.S. justice system in addressing financial misconduct.

This article explores the reasons why financial crimes go unpunished, how forensic investigators can help, and several programs that students can take to tackle financial crime.

Seven Reasons Financial Crimes Often Go Unpunished

Case Complexity

Crimes committed in the financial world often require an intricate understanding of financial markets. Simply put, one must understand the game’s mechanics and rules before understanding how they can be broken.

But the nuances of international financial markets aren’t easy to explain to a jury. As such, prosecutors increasingly seek to skip a trial altogether, and simply negotiate a plea bargain that involves fines and perfunctory promises to correct corporate behavior, but little in the way of meaningful punishment to either the company or its executives.

Limited Liability

The modern corporation is designed to limit individual liability, which naturally limits the ability to effectively prosecute those at fault. And while corporations have many of the same rights as people, they can’t be physically jailed. So prosecutors often seek fines—fines which aren’t paid by the perpetrators, but by the company, and therefore ultimately by the stockholders.

Collateral Consequences

Collateral consequences, such as in the cases of Arthur Anderson and Enron, can mean tens of thousands of innocent employees lose their jobs due to vigorous prosecution. Furthermore, decades of deregulation have left the economy heavily intertwined, where aggressively punishing large banks can hurt the wider economy.

To avoid these collateral consequences, the US government has undergone a period of deferred protection agreements, whereby an offending company would simply acknowledge what it did was wrong, pay a fine, and promise to improve its behavior. From 2002 to 2016, the government arranged more than 400 such agreements. There’s little to show that these deter further misbehavior.

Questionable Intent

Samuel W. Buell, a law professor at Duke University who served as lead prosecutor in the Enron case, notes in his book, Capital Offenses, that the standard defense in a fraud case isn’t that fraud didn’t happen; it’s that the perpetrator didn’t know they were breaking the law.

Intent is remarkably difficult to prove in these instances. What if their accountants, lawyers, or superiors told them it was okay? What if this crime was considered an innovative business practice spread out across multiple employees? A leader may need more insight into the day-to-day operations of a company, while a rank-and-file worker may claim (s)he was only doing his job. The difference between corporate crime and shrewd business practice can sometimes come down to subtleties and context.

Prosecutorial Pragmatism

According to Buell, the government tends to only pursue prosecution in cases it thinks it can win, which explains why some crimes go unpunished. This approach has been somewhat successful: from 1996 to 2011, the average sentence given in cases of fraud nearly doubled, while, over the same period, sentencing dropped for federal crimes overall.

And, unlike street crime, where victims are often singular and vocal, financial crime has less obvious victims—a crime’s impact is often spread out thinly across shareholders, colleagues, and, even more broadly, the entire market.

Warped Incentives

The natural incentive of a corporation is to increase profit. The natural incentive of a worker is to stay on their boss’s good side. Meanwhile, the incentives for corporate whistleblowers are dismally low. Why report a crime that might never be discovered and might not even be a crime in the first place? Why ask if something is a crime when it’s working and you retain your deniability by maintaining ignorance? This structure of misplaced incentives leads to fewer financial crimes being reported, and therefore fewer financial crimes being punished.

Implicit Bias & Privilege

A vast majority of corporate criminals are men from privileged demographics. Their wealth can afford high-powered legal counsel, and their education can see them navigate the legal system more adeptly than the average person.

Furthermore, prosecutors face a dilemma in crimes where the damage is purely financial: will this perpetrator be better able to pay restitution if they are in jail or if they’re working a high-paying job? What best serves justice?

Bias also exists within the context of the commission of the crime itself: a culture of confirming leadership decisions without scrutiny only enables possible instances of fraud. Finally, and perhaps most worryingly, the regulations that define financial crimes are often unfairly influenced by the campaign contributions of the very companies who may be committing them—which is hardly the case for the average person.

How Forensic Investigators Can Help Fight Financial Crime

Before prosecution, there’s detection—and that’s where forensic investigators make their impact. From an internal perspective, forensic accountants can push for greater transparency in financial practices and a wider culture of ethics. From an external perspective, investigators can focus on building a concrete chain of evidence that builds a case against the specific perpetrators of a crime. In both spheres, emerging tech should play an increasing role. With a growing amount of data to draw upon, AI and machine learning can streamline compliance processes and uncover previously hidden patterns of financial crime.

While prosecutors may run into many of the same old constraining factors surrounding financial crime, investigators will remain on the front line of the fight, and today’s forensic accounting programs are preparing them for it.

Standout Programs Tackling Financial Crime

Purdue Global
Southern New Hampshire University
Stevenson University Online
UNC Pembroke
Murray State University

John Jay College of Criminal Justice

John Jay College of Criminal Justice offers a bachelor of science program in fraud examination and financial forensics at its Manhattan campus. Students will learn how to evaluate symptoms of fraud, conduct fraud risk assessments, utilize data-driven tech, and communicate their findings across numerous channels.

Courses cover ethical theory; forensic accounting; digital forensics for the fraud examiner; and corporate and white-collar crime. The program consists of 120 credits.

  • Location: New York, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Format: On-campus
  • Expected Time to Completion: Four years

University of New Haven

The University of New Haven offers a fully online master of science program in investigations. This program offers several concentrations, allowing students to focus their studies on one particular area. These include criminal investigations, financial crimes investigations, and digital forensics investigations. Students enrolled in the financial crimes investigations concentration who have no previous accounting education should be familiar with the basic understanding of the accounting concepts and the basics of the accounting process.

This concentration includes courses such as contemporary topics in money laundering; contemporary topics in corporate investigations; contemporary topics in investigations; investigating financial crimes; identity fraud investigations; foundations of digital forensics investigations; white collar crime analytics; and contemporary fraud schemes. The program comprises 30 credits.

  • Location: New Haven, CT
  • Accreditation: New England Commission of Higher Education (NECHE)
  • Format: Online
  • Expected Time to Completion: One to two years

Utica University

Utica University’s bachelor of science program in cybersecurity with the cybercrime and fraud investigation specialization allows graduates to gain experience securing personal and proprietary data, developing techniques to detect malicious entry, and protecting networks and cloud infrastructure. Students will learn to leverage the latest technologies for conducting fraud and cybercrime investigations and bringing cybercriminals to justice.

This 120-credit program’s core curriculum includes courses such as introduction into cybersecurity; computer hardware and peripherals; programming for cybersecurity; software foundations for cybersecurity; information security; and information system threats, attacks, and defenses. The cybercrime and fraud investigation specialization includes courses such as economic crime theory; fraud prevention and detection technologies; payment systems and fraud; and digital forensics.

Graduates completing this specialization will have the skills needed to combat and prevent white-collar crime and conduct investigations.

  • Location: Utica, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Format: Online
  • Expected Time to Completion: Four years

Marywood University

Marywood University offers a bachelor of business administration program in financial crime investigation providing a strong foundation for students interested in criminal justice and accounting.

The program’s curriculum includes courses such as introduction to criminal justice; white collar crimes; criminology; criminal law and procedure; intermediate accounting; cost accounting; federal taxation; auditing principles and procedures; and taxation of business entities.

Graduates of this program are qualified to pursue several career paths in fraud examination, private investigation, and financial examination within a variety of industries, including finance, insurance, and the federal and state government.

  • Location: Scranton, PA
  • Accreditation: Middle States Commission on Higher Education (MSHE); Accreditation Council for Business Schools and Programs (ACBSP)
  • Format: On-campus
  • Expected Time to Completion: Four years

Tiffin University

Tiffin University offers an online master of business administration (MBA) program in forensics and fraud examination that helps students develop the skills required for identifying suspects, conducting investigations, and reporting crimes. This program will help prepare graduates for certification as a Certified Fraud Examiner (CFE).

This 36-credit program includes courses such as managerial finance; marketing management; innovative decision-making; legal and ethical issues in management; strategic management; fraud prevention and deterrence; fraud investigation; fraud legal environment; and financial transactions and fraud schemes.

  • Location: Tiffin, OH
  • Accreditation: Higher Learning Commission (HLC); Accreditation Council for Business Schools and Programs (ACBSP)
  • Format: Online
  • Expected Time to Completion: Two years

Keiser University

Keiser University offers a bachelor of arts program in financial crime investigation providing students with competencies in the areas of criminal justice, accounting, and computer information analysis. Moreover, this program provides them with the necessary knowledge and skills to investigate financial criminal activity through the proper documentation and collection of information, interpretation of the evidentiary value of the information gathered, and analysis of financial records.

This 120-credit program includes courses such as advanced managerial accounting; fraud examination; organized crime; white-collar and economic crime; network forensics; computer system forensic analysis; criminal evidence and procedures; cyber crimes; criminal investigations; and financial management.

  • Location: Fort Lauderdale, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Four years
Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Forensics Casefile: Stopping the Craigslist Killer

You don’t see many burglaries now, not in the traditional sense. The bad guys are going digital. They’re sitting behind their computers, with their keyboards…

John W. Simek, Vice President of Sensei Enterprises

On the night of April 14, 2009, Julissa Brisman showed up at a Boston hotel room, intending to give her new client a massage. The appointment had been set up through Craigslist. Upon arriving at the hotel room, however, Julissa’s client bound her, gagged her, robbed her, and then put bullets through her heart, her hip, and her lung.

This was the only murder committed by Philip Markoff, a man who would come to be known as the Craigslist Killer. But it wasn’t his only crime. Investigators soon connected Julissa’s murder to the armed robbery of an escort at another Boston hotel a few days prior. And just a few days later, they connected it yet again to an attempted robbery in a Rhode Island hotel. Investigators scanned through security footage from all three locations around the time of the crimes (which you can see for yourself, here).

From there, they identified what they believed to be the same man across all three: a young, tall, white male in a dark jacket and a baseball cap. But they still didn’t know who he was.

Many people in the student-rich city of Boston looked like Philip Markoff did: young, tall, and white. He was a 23-year-old medical student at Boston University, living with his fiancee, Megan McAllister, and subsisting purely off student loans. According to McAllister, he rarely left the house. To identify Markoff as the man in the surveillance footage—and thereby catch the Craigslist Killer—required the use of several forms of digital forensics.

Digital Forensics Leads Investigators to the Craigslist Killer

To start, the FBI pulled cell tower records near the scene of each crime for 15 minutes before and after each incident. They tried to find a single phone number that was active in each location around that time. This was and still is a controversial practice, one that’s raised alarm bells by the ACLU and the NY Times, among others. In the end, it proved to be a dead end: Markoff, it turned out, had used multiple disposable phones.

Going after the email address that the killer used to contact Julissa was more fruitful. It was a throwaway email account, but, after a subpoena, Microsoft handed over the IP address of the person who registered it. The ISP, Comcast, (again, after another subpoena) then handed over the name and physical address of the person with that IP address: Philip Markoff. That was a damning bit of evidence, but far from concrete enough to make an arrest and conviction; since Markoff used a wireless router, the IP address could’ve technically been used by another person in his apartment building.

Next on the subpoena spree was Facebook. In return, authorities got a 60-plus-page dossier on Markoff. This 60-plus-page document included a full view of Markoff’s profile: tagged photos, wall posts, friends list, and a complete history of his logins and the IP addresses associated with those logins. (Facebook now claims they wouldn’t give this level of detail anymore based on just a subpoena, and instead would require a search warrant.)

Armed with all the digital information they could ask for, investigators reverted to the tried-and-true methods of old-fashioned detective work. To start, they staked out Markoff’s apartment. When he left the house to go to the grocery store, they followed, and dusted things he touched—a grocery cart, for instance—for fingerprints. They compared these to the one good print they’d been able to lift off the scene of the Brisman murder. This one bit of traditional evidence was enough for investigators to close the net.

Two Interrogations Illuminate Two Different Eras of Investigation

Six days after the Julissa Brisman’s murder, Markoff and his fiancee were pulled over on their way to a casino in Connecticut. Both were hauled in for questioning. Their initial interviews (Markoff’s here and McAllister’s here) prove instructive, as they highlight two different eras of police work.

Markoff’s interrogation offers a glimpse at an old-fashioned form of investigative interviewing. It begins with a long, Kafka-esque exchange wherein Markoff repeatedly asks for a lawyer, and the detectives repeatedly deflect. The lead interrogator claims, over and over, that he’s got photos of someone who looks like Markoff at the hotels where the Craigslist Killer’s crimes were committed, and Markoff repeatedly claims he doesn’t remember whether he’s even been to a hotel in the last two weeks. The interrogator resorts to tough talk and profanity. It goes nowhere.

After Markoff makes over two dozen additional requests for a lawyer, the officers finally end the interview, having obtained no new information. If Markoff had then asked to be let go, the investigators would have had no choice but to oblige.

The interrogation of Markoff’s fiancee, Megan McAllister, appears to be from a different era entirely. Here, the investigators ask about what type of laptops are in Markoff and McAllister’s apartment, what type of phones they use, what type of WiFi or LAN setup they have, which websites they frequent. It’s a more truthful interrogation in practically every sense of the word, and it reveals what investigations today prioritize most: not eyewitness testimony, not hearsay, not conjecture, but IP addresses, email accounts, phone numbers, and wireless routers. The least productive part of this interrogation is when they ask McAllister to identify a man in grainy surveillance footage. Is it her fiance, Philip Markoff?

“Those are not his shoes,” McAllister says, pointing to a screen captured image of the suspect. “I monitor all his shoes.”

But the ones on Markoff’s feet at the time of his arrest would eventually be found to have traces of Brisman’s blood splattered on them. McAllister, who was completely oblivious to her fiance’s crimes, was blinded by her own perception of the man.

“I would never, ever, ever think he would ever do something like that, ever,” McAllister said. She’d maintain her fiance’s innocence for only a few weeks before disavowing him entirely.

Physical Evidence Seals the Case

Acting on a search warrant of Markoff’s apartment, investigators found a Springfield Armory XD9 semi-automatic handgun in a hollowed out copy of Gray’s Anatomy, and, taped to the back of a dryer, bullets matching the ones used to kill Brisman. They also found plastic ties (identical to those used to restrain the victims) and a laptop with a hard drive that held a record of Markoff’s Craigslist correspondence with Julissa.

Markoff was arraigned on April 21st on murder and gun charges. He pled not guilty. His motive for the crimes remains unclear: some suspect he’d chosen to rob workers in the sex-adjacent industry in order to cover some gambling debts, while others believe him to have simply sought a thrill.

In any case, it’s uncertain how much motive even matters in the 21st century; digital proof, in black and white, can make it superfluous. That digital evidence proved Markoff was guilty, but the trial never took place. Almost a year and a half after his arrest, Markoff made his fourth suicide attempt since being arrested—in this instance, using a makeshift scalpel fashioned out of a prison-issued pen—and this time, he was successful.

Meet the Expert: John W. Simek

John W. Simek

John W. Simek is the vice president of Sensei Enterprises, a firm specializing in digital forensics, cybersecurity, and IT. He holds numerous professional certifications, including Certified Information Systems Security Professional (CISSP), Certified Ethical Hacker (CEH), and Certified Handheld Examiner (CHE). Simek has co-authored several industry tomes as well, including The Electronic Evidence and Discovery Handbook, and as a contributing author to three editions of e-Discovery. Together with Sensei president Sharon D. Nelson, Simek hosts the Digital Detectives podcast on the Legal Talk Network.

The Future of Digital Forensics

The themes of the Craigslist Killer case reverberate to this day, and help illuminate the unique challenges and opportunities for digital forensics in the 21st century. This was a crime that was both enabled by and solved through the internet. Issues of privacy are woven throughout. After Markoff was caught, a majority of states began demanding greater access to website data for law enforcement agencies. Today, ISPs, email servers, and social networking sites continue to alter the limits of their data collection, and change their responses to subpoenas and search warrants.

“Privacy is becoming more important to people,” says John W. Simek, VP of Sensei Enterprises, a digital forensics and cybersecurity firm. “Companies are putting things in place to, one, protect user privacy, and, two, to be more transparent about the kind of requests they get and the type of data they turn over.”

One of the more difficult tasks of a digital forensics professional is staying current on what data is out there, and what platforms are being used. Craigslist removed its Erotic Services category for American customers in the aftermath of the Markoff case. Since then, the public has seen the rise and fall of dozens of other social media sites, web browsers, and messaging platforms, each with their own characteristics and methods.

“It’s always a moving target,” Simek says. “It’s very difficult for the forensic examiner to stay on top of all that stuff.”

Digital forensics has to keep up with more than the latest app. Changes in hardware and software have had massive implications. The introduction of solid state drives has led to a sharp dropoff in the amount of data collected from laptops. Things aren’t written to disk anymore, they aren’t saved. Today’s operating systems compound the issue.

“You didn’t have Windows 10 back then,” Simek says. “You didn’t have BitLocker built in automatically in the OS. In Windows XP, deleted didn’t mean deleted, but now things are actually getting overwritten much faster.”

Simek sees three important trends for the future:

  • First is the shift to mobile analytics, which now accounts for 60 to 70 percent of the evidence Simek and Sensei analyze today.
  • The second is the mass proliferation of video surveillance equipment, particularly from cloud-enabled home security devices like Ring.
  • Third is that, as technology upgrades, so do criminals: crime itself is trending more towards digital.

“You don’t see many burglaries now, not in the traditional sense,” Simek says. “The bad guys are going digital. They’re sitting behind their computers, with their keyboards, using Amazon Web Services to make attacks.”

Digital forensics is not a static field of study. It requires both a strong foundational understanding and a long commitment to continued learning. In order to catch tomorrow’s killers and to protect the innocent, forensics experts will need to look for critical evidence in the places it’s now most likely to be found: a stray email address, a grainy clip of surveillance footage, a single incriminating IP address pulled from a list of countless others.

Matt-Zbrog

Matt Zbrog

Writer

Matt Zbrog is a writer and researcher from Southern California. Since 2018, he’s written extensively about the increasing digitization of investigations, the growing importance of forensic science, and emerging areas of investigative practice like open source intelligence (OSINT) and blockchain forensics. His writing and research are focused on learning from those who know the subject best, including leaders and subject matter specialists from the Association of Certified Fraud Examiners (ACFE) and the American Academy of Forensic Science (AAFS). As part of the Big Employers in Forensics series, Matt has conducted detailed interviews with forensic experts at the ATF, DEA, FBI, and NCIS.

Universities with Forensic Entomology Programs

When most people think about insects like blow flies, flesh flies, maggots, or carcass beetles, they usually find them unpleasant or annoying. However, in the forensic science world, these annoying and tiny creatures can provide powerful clues to help solve crimes.

Forensic entomology is the study of insects as related to legal investigations. It helps investigators learn more about what happened to a person after death.

In this field, professionals look at the different types of insects found on a body and how far along they are in their life cycle. This can help experts figure out whether the body was moved after death, how long someone has been dead, or if there are any signs of mistreatment. These insects follow a predictable pattern, which makes them reliable sources of information in solving criminal cases.

There are NOT an excessive amount of forensic entomology programs available in the U.S. and most students enter the field by completing an entomology degree and then specializing in the forensic sciences or even minoring in forensic entomology if available. The North American Forensic Entomology Association notes that undergraduate and graduate students are crucial to the field and that the organization should continue to find ways to support them.

With a growing interest in crime-related careers, several universities have started to include forensic entomology courses in their forensic science programs. Whether just starting college or looking to go into graduate studies, there are options available for everyone who wishes to explore how insects can help uncover the truth in criminal investigations.

Featured Forensic Entomology Programs

Purdue University

Purdue University’s Department of Entomology, based in Lafayette, Indiana, offers a major in insect biology (formerly called entomology) preparing students for professional careers in several areas such as research, medical entomology, public health, teaching, and environmental avenues. Students in this major will take courses focusing on insect function and structure, ecology, behavior, and diversity and identification, as well as obtain a solid background in science, math, and the humanities.

The department also offers a minor in forensic science that includes courses such as forensic investigation; forensic analysis; forensic testimony and ethics; genetics; general entomology; medical and veterinary entomology; and medico-legal entomology, among others. A total of 20 credits are required for this minor.

  • Location: West Lafayette, IN
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Bachelor’s (four years); minor (within a year)

University of California, Davis

The University of California, Davis Department of Entomology and Nematology offers an entomology major, which is a general biological science program designed to help students develop an understanding of fundamental biological concepts by studying insects. Nematology is the study of roundworms for those who are wondering. Students in this major may focus on specific areas of interest such as behavior and ecology; agricultural entomology, insect systematics, and evolution; insect molecular biology, physiology, and toxicology, and medical entomology.

After students have completed their core coursework, they can complete a minor in one of several concentration areas, including forensic entomology. Students in this minor complete 20 credits, taking courses such as forensic investigation; forensic analysis; forensic testimony and ethics; genetics; general entomology; medical and veterinary entomology; and medico-legal entomology, among others.

  • Location: Davis, CA
  • Accreditation: WASC Senior College and University Commission (WSCUC)
  • Expected Time to Completion: Bachelor’s (four years); minor (within a year)

Texas A&M University

Texas A&M University, in College Station, Texas, has a Forensic & Investigative Sciences Program available at the undergraduate level that gives students the option to pursue a FEPAC-accredited science or non-FEPAC accredited pre-law emphasis. The program is offered through the university’s Department of Entomology.

Within the science emphasis, students take classes such as the science of forensic entomology; forensic soil science; and applied forensic entomology. A seminar course, professional internship, directed studies, special topics, and research are also part of the degree and help round out a student’s learning experiences.

Notably, Texas A&M University also offers a bachelor of science program in entomology as well as a master of science program in entomology.

  • Location: College Station, TX
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC); FEPAC
  • Expected Time to Completion: Four years

University of Nebraska

University of Nebraska students can complete a master of science degree in entomology that includes insect education, natural history, and components of forensic and medical entomology. The program is available completely online and gives students the option to complete coursework that is relevant to their career and applicable to their profession. Of the many elective options available in this 30-credit program are classes specifically geared toward the forensic sciences such as insecticide toxicology and forensic entomology.

Sample some of the coursework: insect physiology; management of horticultural insects; entomology and pest management; forensic entomology; medical entomology; forensic insect succession; biological control of insects; insect behavior; and cultural entomology.

Notably, the University of Nebraska also offers an on-campus master of science program in entomology, and a graduate certificate in entomology (available online and on-campus).

  • Location: Lincoln, NE
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Two years

Loyola University Maryland

Loyola University Maryland offers a master of science program in biological forensics that provides training in forensic microbiology, forensic entomology, biological forensics, forensic anthropology, death investigation, veterinary forensics, fingerprints, and DNA analysis.

Made up of 38 to 41 credits, the program includes courses such as criminalistics; crime scene investigation; death investigation; forensic entomology; statistics in forensic science; forensic anthropology; investigations into violent crimes; and forensic pattern evidence.

  • Location: Baltimore, MD
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

Rutgers, The State University of New Jersey

Rutgers University offers an undergraduate program in entomology designed for those who wish to learn more about insects and their relationship with the environment and humans. The Department of Entomology covers topics ranging from how insects impact public health, and how insects are used in forensic investigations.

To complete this bachelor’s degree, students must complete a minimum of 120 credits. Courses include forensic entomology; decomposition ecology; insect-plant biochemical interactions; insect classification; medical & veterinary entomology; insect structure and function; insect biology; and insect biotechnology.

  • Location: New Brunswick, NJ
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Four years

Methodology

This list of universities with forensic entomology programs provides a launching point for students interested in gaining more specific skills in the field. It is not meant to be exhaustive, and many additional schools offer a specific forensic entomology class or courses, but few that provide concentrations, minors, or full degrees.

Students who are interested in overseas experiences or studying outside the United States may find additional opportunities for full degrees and graduate-level options. However, in the U.S., choices may be somewhat limited unless they seek research and other educational opportunities.

Barry Franklin

Barry Franklin

Co-Founder

Before co-founding Sechel Ventures Partners LLC, Barry Franklin was a VP at a Silicon Valley software company. He is an investor and advisor for DataSimply and Impellia. Barry believes that education and lifelong learning are paramount. Barry met his wife at Carnegie Mellon University and they have two beautiful daughters. He also volunteers for various committees at his kids’ high school.

What is Forensic Biochemistry?

Any forensic science investigation involving biochemistry can be referred to as forensic biochemistry. Forensic biochemistry is an interdisciplinary field that merges investigative forensic science protocols with biochemistry principles to analyze biological evidence in criminal investigations. This field is focused on identifying biological molecules such as proteins, DNA, metabolites, and enzymes present in bodily fluids, environmental samples, or tissues, often obtained from crime scenes.

First, forensic science may be defined as the investigation of crime using scientific techniques and methods. These techniques are used to examine the materials that were present at a crime scene. Forensic scientists conduct a thorough analysis of all these materials to get clues about who may have committed the crime. The investigations surrounding murder, rape, and assault are largely dependent on the work of forensic science laboratories to point criminal investigators in the right direction.

Forensic investigations often involve serological and biochemical techniques. The biomedical methods used to conduct forensic investigations constitute the field of forensic biochemistry, which has various applications. For instance, forensic biochemists may be asked to trace the origin of a particular substance, determine paternity or the relationships that specific people or animals share, or even track the spread of diseases.

Notably, according to the National Institute of Justice (NIJ), DNA analysis, which is a key component of forensic biochemistry, has become one of the most powerful forensic science tools to identify individuals with a high degree of certainty. The AAFS (American Academy of Forensic Sciences) also emphasizes the importance of biochemical techniques to solve crimes and ensure the integrity of evidence processing.

Forensic biochemistry has proven to be invaluable in conducting forensic science investigations, particularly the DNA fingerprinting technique. However, it should be noted that forensic biochemistry must be used with caution, as its findings can have serious implications.

Applications of Forensic Biochemistry

Forensic biochemistry plays an important role in criminal investigations in today’s modern world. It analyzes biological materials to produce vital information. Forensic biochemistry applications span several aspects of forensic science. These include:

  • DNA Profiling: DNA is usually collected from sources like hair, saliva, or blood. This fundamental tool is used by forensic biochemists to identify victims or suspects, link individuals to crime scenes, and confirm family relationships. Advancements in this field have improved the speed and accuracy of forensic investigations.One notable example is the 1972 cold case of Phyllis Bailer in Indiana. Although this case was unsolved for decades, modern DNA techniques and genetic genealogy helped identify the killer in 2024, bringing long-awaited closure to her family.
  • Analysis of Bodily Fluids: Urine, blood, sweat, and other fluids can provide important clues. These fluids are tested by forensic biochemists to determine their origin and type which help investigators in building a timeline of events or determining causes of injury.
  • Toxicology Testing: In cases where drug use or poisoning is suspected, forensic toxicologists are involved in analyzing body samples to detect drugs, alcohol, or harmful chemicals. This helps identify the cause of death or impaired behavior.
  • Microscopy and Spot Testing: Small samples like powders, skin cells, or fibers can be tested with chemicals or examined under a microscope to learn more about their source and identity. These methods are useful and fast for early-stage crime scene investigations.
  • Biochemical Tracing: Forensic biochemists can trace the source of a certain substance, such as linking body fluids to a particular activity or time or matching a blood sample to a specific individual. This can help reconstruct the sequence of events in a case.
  • Separation and Identification Methods: Techniques such as spectroscopy and chromatography are used to identify and separate different chemicals in a sample. These methods are helpful in analyzing drug explosives, substances, or unknown materials.

Specializations in Forensic Biochemistry

As mentioned earlier, forensic crime investigations are only one area where forensic biochemistry can be applied. There are many other ways in which it can be used. Those with an interest in forensic biochemistry can specialize in areas such as:

  • Forensic science: This involves analyzing evidence from crime scenes using chemical, biological, and physical testing methods.
  • Crime scene investigation: This specialization involves the collection of information from a crime scene and using the evidence in criminal trials.
  • Clinical chemistry: This specialization is a branch of chemistry concerned with the analysis of bodily fluids for therapeutic and diagnostic purposes.
  • Biology: This area deals with biological evidence, such as blood, hair, and microbes for criminal and civil law investigations. Biological evidence is valuable due to the presence of DNA and helps associate different individuals and animal species with one another.
  • Physics: This specialization involves forensic investigation methods such as bloodstain pattern analysis, accident reconstruction, and tracing radioactive materials (e.g., the sources of nuclear weapons).

This is not an exhaustive list, as the field of forensic biochemistry continues to grow and evolve with the development of new technologies and specialized areas.

Forensic Biochemistry Degree Programs

In the forensic biochemistry field, one must be careful to follow scientific procedures and maintain a strong work ethic. It is also important to remember that while forensic biochemistry involves conducting scientific experiments, it is equally important to have an analytical bent of mind, as one must be able to study and interpret data.

With that in mind, if one wishes to pursue a career in this fascinating field, here are some exceptional forensic biochemistry degree programs:

Northern Michigan University

Northern Michigan University offers a bachelor’s degree in forensic biochemistry. Made up of 120​ credits, the core coursework includes topics such as organic chemistry; forensic chemistry; biochemistry; gas and liquid chromatography; and general chemistry. Electives include forensic anthropology; entomology; modern spectroscopy; atomic spectrometry; introduction to criminal courts; drugs, crime, and the justice system; and forensic imaging, among others.

Other than gaining theoretical and practical experience in the field, students also develop an honest and ethical outlook, as well as patience and an eye for detail. Additionally, they develop critical thinking and decision-making skills.

At the end of the program, graduates can pursue numerous opportunities as criminalists, forensic DNA analysts, forensic scientist lab analysts, physical anthropologists, and biological researchers.

  • Location: Marquette, MI
  • Accreditation: American Chemical Society (ACS); Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

Syracuse University

Syracuse University offers a master of science (MS) degree in biomedical forensic science. ​The program is ideal for students looking to pursue a career in bio-forensics. Applicants to the program must have a bachelor’s degree from an accredited institution with a GPA of 3.0 or higher.

The program consists of 36 credits. ​The program teaches students the relationship between forensic science and law, the importance of ethics and how to uphold them, methods of forensic pathology and forensic toxicology, and the analysis of biological evidence using different techniques and instruments. Courses include advanced forensic science; forensic biochemical analysis; forensic toxicology; forensic pathology; principles of human toxicology; medicolegal death investigation; forensic analysis of biological evidence; forensic photography; and perspectives in biochemistry, among others.

The program can open up opportunities for students in pathology, toxicology, DNA analysis, forensic biology, chemistry, or anthropology.

  • Location: Syracuse, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: Two years

University of North Texas

The University of North Texas offers a bachelor of science program in biochemistry with a concentration in forensic science preparing graduates for careers in crime laboratories. The program provides hands-on training for a career in forensic sciences with a focus on biochemistry. Through laboratory-based instruction and natural science-based coursework, the program helps students understand the forensic science field and develop a research mindset. Notably, the university also has a new criminalistics lab that focuses on ballistic, laser, and fingerprint analysis.

Some of the courses that students may take in this 125-credit program include cell biology; biochemistry and molecular biology of the gene; biomedical criminalistics; forensic microscopy; forensic science analysis; forensic chemistry; physical chemistry; and principles of forensic science.

  • Location: Denton, TX
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC); FEPAC
  • Expected Time to Completion: Four years

University of Central Florida

The University of Central Florida offers a bachelor of science program in forensic science with a biochemistry track that helps students meet the requirements for ACS certification. This biochemistry track is designed to align students with specific courses necessary for the examination of DNA and other biochemical evidence.

This 124-credit program includes courses such as applied physical chemistry; biochemistry; introduction to forensic science; forensic microscopy; trace evidence; forensic analysis of controlled substances; forensic biochemistry; forensic science in the courtroom; forensic crime scene investigation; as well as a forensic science internship.

  • Location: Orlando, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Two to four years

Eastern Washington University

Eastern Washington University offers a bachelor of science program in chemistry/biochemistry with a forensic science option preparing students for entry-level positions in federal and state forensic science labs as well as for professional and graduate schools. The program integrates competitive internships at regional forensic labs into the curriculum, along with research and independent study. Notably, the university has a partnership with the Washington State Patrol Crime Laboratory Division that provides internship opportunities for students on a competitive basis.

The program’s curriculum includes courses such as advanced forensic chemistry; topics in forensic chemistry; physical chemistry; instrumental analysis; fundamentals of genetics; introduction to the criminal justice system; modern inorganic chemistry; elementary probability and statistics; microbiology; forensic inquiry; and basic concepts of criminal law.

  • Location: Cheney, WA
  • Accreditation: Northwest Commission on Colleges and Universities (NWCCU)
  • Expected Time to Completion: Four years

Careers in Forensic Biochemistry

Once students have completed the required coursework in a forensic biochemistry program, they can explore various job opportunities. This field is steadily growing, with increasing demand for professionals who can help in solving crimes using science. They may work in private forensic laboratories, government crime labs, medical examiner offices, law enforcement agencies, or hospitals. Some may also choose to work in research or academic settings.

Here are a few common career paths:

  • Forensic DNA Analyst These professionals examine DNA samples collected from crime scenes and help in identifying suspects or victims.
  • Forensic Chemist Professionals in this role are involved in testing physical evidence such as paint, fibers, or drugs to support criminal investigations.
  • Forensic Serologist – Professionals in this role are involved in analyzing saliva, blood, and other fluids to match samples with individuals.
  • Toxicologist Toxicology professionals detect harmful substances like poisons, alcohol, or drugs in blood, urine, or other bodily fluids.
  • Biological Researcher – Biological Researchers study how biological materials behave under different conditions and often help to improve forensic testing techniques.
  • Crime Scene Technician – Crime scene techs are involved in collecting, processing, and preserving evidence from crime scenes for lab analysis.
  • Lab Analyst – These professionals conduct various tests in forensic laboratories and prepare reports used in legal cases.

According to recent data from the U.S. Bureau of Labor Statistics (2024), employment of forensic science technicians is expected to grow by 14 percent from 2023 to 2033, which is faster than the average 4 percent for all occupations. Moreover, the BLS states the median annual wage for forensic science technicians was $67,440 in May 2024.

Finally, this field also offers opportunities for specialization and further studies. With time, professionals can move into leadership roles, research, or teaching.

Farheen Gani

Writer

Farheen Gani writes about forensics schools across the United States, and has covered topics such as forensic chemistry and forensic science and biochemistry since 2018. She writes about healthcare, technology, education, and marketing. Her work has appeared on websites such as Tech in Asia and Foundr, as well as top SaaS blogs such as Zapier and InVision. You can connect with her on LinkedIn and Twitter (@FarheenGani).

Homicide Investigations: How to Determine Time of Death

Most people are familiar with how Hollywood handles death. A weary doctor mutters “Call it” in a TV drama after a medical team did everything they could but still couldn’t save someone from the cruel hand of fate; in other stories, the time of death is declared just before the dying character experiences something spiritually transformative which pushes him or her back into full consciousness.

Regardless of the outcome, heartbreaking or heartwarming, that moment demonstrates the usefulness of a supervised death in a clinical setting. Medical center staff can pinpoint the instant a patient succumbed—a point in time that may be disclosed to everyone from insurance companies to law enforcement.

It’s a different story, however, for an unattended death, especially one that may be declared suspicious and when violence clearly took place. In these cases, law enforcement must use a combination of investigative techniques and science to calculate how much time elapsed between the victim taking their last breath and their remains being found.

Knowing this figure could be useful when trying to discover the circumstances of a victim’s death, including what time-related questions to ask possible witnesses and suspects and what other evidence to focus on. For example, if surveillance photos are available, are they needed from the preceding two hours or two days?

An accurate time of death also can help rule out possible suspects who may have been somewhere else when the death occurred and a more general time range could create a larger window for someone’s alibi. This information can be used in court to establish a case.

While some officers seek clues by interviewing people associated with the victim, other crime scene investigators may utilize scientific methods of observation and examination to come up with a fairly accurate time of death. Of course, this process is difficult and requires advanced training to know where to look and how to measure variables; not surprisingly, the information needs to be precise, accurate, and able to stand up in court, especially when defense attorneys go out of their way to question every action and procedure.

Several occupations contribute to homicide investigations, including crime scene technicians, who analyze and process evidence, or medicolegal investigators, who focus scientifically on how a death occurred. These can be rewarding professions since they not only help law enforcement track down killers and bring closure to families, but they also make decent money in the process.

The U.S. Bureau of Labor Statistics (BLS May 2024) reported that the median annual wage for forensic science technicians was $32.42 per hour or $67,440 annually. Furthermore, it’s a field poised to grow much faster than average in the coming decade. In fact, the BLS anticipated a 14 percent increase in openings for these trained professionals between 2023 and 2033—an increase from 18,600 to 21,200 nationally.

The drawbacks to working in this environment are obvious; death scenes are by nature messy, and unattended deaths may be even less appealing with the prospect of gore and decomposition. Assessing the time of death also may require manipulation of someone’s remains and examining their organs right at a crime scene—not just measuring blood spatters or looking for bullet trajectories.

This guide offers a summary of how investigators typically determine a person’s time of death and features several college programs to help aspiring forensics professionals learn the tools of the trade.

A Brief Overview of How to Determine Time of Death

The body always tells a story, especially when the heart stops beating. There’s a generally predictable process of shutting down, cooling off, and decaying, which can be used to approximate when death took place—whether it’s hours, days, or years. In some cases, a basic assessment of a body may be required at a scene, and other times it must be taken to a lab for more detailed forensic analysis.

Experience and training can help provide guidance on what is observed in these scenes. While traditional methods of observation still have their place, there are also newer methods that help provide a better picture of the chronology. Since there’s still scientific debate on the most accurate methods, doing a variety of measurements can present a more comprehensive picture. This includes:

  • Body temperature – A living human has an average temperature of 98.6 degrees F. When circulation ceases, it begins to cool, on average of 1-2 degrees every hour, until it reaches a room’s ambient temperature. Items in a patient’s bloodstream can affect this, such as alcohol. A special thermometer in the chest cavity can provide this figure.
  • Degree of rigor mortis – As a body stops working, muscles begin to stiffen and contract, sometimes within 15 minutes of death. The body is typically at full rigor about 15 hours after death.
  • Degree of decomposition – This isn’t necessarily an indicator in more recent deaths, but older deaths may require observation and comparisons of the condition of skin, bones, and organs.
  • Contents of stomach/digestive system – The state of digestion of someone’s last meal can give investigators an idea of the last time they ate, what it was, and how far it moved through the intestines.
  • Eye condition – Immediately after death, pupils become relaxed and dilated and don’t react to light. But over time, they contract and any optic fluid will begin to dry. Irises may also change shape.
  • Skin condition – With no blood flowing, skin becomes white and less elastic. Lips may also become dry. In drowning situations or bodies submerged in water, the skin may dissolve at a certain predictable rate.
  • Blood pooling – Because blood no longer flows, it may pool inside areas of a body, especially if the body is in an unusual position. So signs of pooling may indicate recent death.
  • Oral conditionsA relatively new subfield of forensic research looks at the state and quantity of bacterial microbes in the mouth to estimate the time of death. Different microorganisms may become more active if a person is no longer walking, talking, eating, or brushing, especially if a body is decomposing.
  • State of trauma – Fresh blood from an obvious wound can indicate recent death, while the condition of dried blood shows trauma happened at a certain time in the past. But beyond this basic observation, it can get legally tricky to look at some wounds for a time reference. Bite marks, for example, used to be used as evidence connecting to a suspect. This process has been placed in doubt due to how skin changes after death and how difficult it is to establish that it’s a certain bite pattern or even human.
  • Insect activity – Another developing investigational field is forensic entomology, where the types, amounts, and ages of different types of bugs around or inside a body can give an indication of how long it has been in that particular place. The presence or condition of certain insects can also help investigators determine if a body may have died in one place and was moved to another one.

(Please note that this list doesn’t discuss how to interpret exactly when the “moment of death” occurs in a clinical setting, such as when doctors try to determine if a patient is officially brain-dead or still could be resuscitated or placed on a ventilator. Thankfully, this is an ethical topic that the medical profession—not the forensic industry—is wrestling with.)

Featured Programs in Death Investigations

People interested in pursuing fields where they can work first-hand with cadavers and crime scenes can follow a law enforcement or a science path, depending on their interests, aptitude, and available career positions. Either of these routes can be an excellent starting place for undergraduate work, especially when followed by a graduate-level program in forensics.

In addition to providing advanced science and investigative methods, some programs offer leadership training as well, which could be useful for someone interested in management.

University of Florida

UF Health’s College of Pharmacy, in conjunction with the University of Edinburgh College of Medicine, offers an online graduate certificate in forensic death investigation. The 15-credit program focuses on methods of investigating death and crime using a variety of forensic methods such as pathology, anthropology, and DNA analysis. Students learn about a variety of methods of death, including types of wounds, drug-related death, sexual offenses, and more. When the program is complete, qualifying students have the option to complete a masters program.

The curriculum includes courses such as forensic analysis of DNA; forensic anthropology; and introduction to forensic medicine.

  • Location: Gainesville, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Format: Online
  • Expected Time to Completion: One year or more

George Washington University

A distance-based graduate certificate in forensic investigation through George Washington Online provides information about modern methods of investigating crime scenes, including forensic photography, fingerprints, psychiatry, and child abuse investigation. It also can let students know about career opportunities in this field, including local, state, and U.S. law enforcement agencies.

Combined with the right background and experience, this 18-credit certificate can qualify someone to apply for a medical examiner position or a medicolegal death investigator. Some students go right into the workforce, while others may consider continuing to study for a master’s of science/crime scene investigation or related forensic programs in chemistry, molecular biology, and toxicology.

The program’s curriculum includes courses such as photography in the forensic sciences; science of fingerprints; crime scene investigation; medicolegal death investigation; examination of questioned documents; and firearms and tool mark identification.

  • Location: Washington, DC
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Format: Online
  • Expected Time to Completion: One year

University of North Dakota

This non-credit death investigation training course offers students the opportunity to learn about current methods of death, including violent crime, accidents, and forensic pathology, among other subjects. It also covers topics like personal safety gear and tools needed during death investigations and how to work with other public safety agencies during death events. It’s designed for law enforcement or medical personnel and also includes continuing education credits (CEUs) for POST, as well as health board and nursing programs in several states. Students can study the online modules at their own pace.

  • Location: Grand Forks, ND
  • Accreditation: Higher Learning Commission (HLC)
  • Format: Online
  • Expected Time to Completion: Three to 12 months

Arizona State University

Arizona State University offers an online bachelor of science program in forensic science with a concentration in death investigations preparing graduates for positions in the forensic science and medicolegal fields. This program is built on a foundation of biology, chemistry, and anatomy providing specialized training experiences, education, and research in forensic techniques for investigating death. Students in this program will become familiar with topics such as advanced scene mapping, forensic anthropology, forensic photography, and wildlife forensics, among others.

This 120-credit curriculum includes courses such as modern concepts in biochemistry; fundamentals of genetics; investigating death; forensic anthropology: history and modern practice; forensic photography; principles of forensic science; and fundamentals of forensic analysis.

  • Location: Phoenix, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Format: Online
  • Expected Time to Completion: Four years

Syracuse University

Syracuse University offers a campus-based advanced certificate in medicolegal death investigation for those who have already completed an undergraduate degree. Knowledge gained in this graduate certificate will help professionals to aid the investigation of death cases by providing suitable documentation, appropriately interacting with others at the scene, and preserving evidence.

This 12-credit program includes courses such as medicolegal death investigation; forensic pathology; anatomy & physiology for forensic medicine; forensic toxicology; forensic photography; and crime scene investigation, among others.

Graduates will be able to take up roles such as medicolegal death investigators, medical professionals, forensic laboratory professionals, emergency first responders, and legal professionals.

  • Location: Syracuse, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Format: On-campus
  • Expected Time to Completion: One year

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

How To Become a Forensic Scientist

There’s undeniable intrigue in careers related to forensic science. Trained to see evidence invisible to the naked eye, these laboratory crime fighters use the rigorous powers of observation, inference, and research-based analyses to reconstruct (often violent) events and put criminals behind bars.

Forensic scientists and forensic science technicians receive ample on-the-job training. Before seeking employment, most pursue college degrees in forensics, biology, molecular biology, chemistry, biochemistry, and other hard sciences, choosing specialized coursework in pathology, DNA, criminology, firearms, genetics, fingerprints, toxicology, trace evidence, and other relevant fields.

The daily responsibilities of forensic scientists vary from standard to specialized. O*NET (2025)—an organization sponsored by the U.S. Department of Labor—details some of the common job responsibilities for these professionals. Forensic science technicians gather evidence (e.g., bodily fluids, clothing fibers, weapons, soils, plastics, etc); photograph or document findings (i.e., create “certificates of analyses”); analyze evidence using scientific procedures (e.g., scanning electron microscopy, mass spectrometry, liquid chromatography, genetic fingerprinting); visit morgues to examine victims of crime; stay abreast of methodological and technological developments in the field; compare evidence with digital records; liaise with experts in law, medicine, ballistics, metallurgy, handwriting, electronics, and other fields; create presentations for conferences; and testify as expert witnesses in court.

As for work environments, many forensic scientists work for the federal government—the highest-paying employer according to the Bureau of Labor Statistics (BLS) in 2024—although local governments are actually the top-employing organization in this field. Finally, before seeking jobs in the upper echelons of the discipline, many forensic science professionals choose to become nationally certified through agencies accredited by the Forensic Specialties Accreditation Board (FSAB).

Read on for a more granular look at the salary prospects and steps to becoming a forensic scientist, including typical education, program accreditation, and professional certification options.

Featured CSI & Forensic Science Programs
Stevenson University Online Crime Scene Investigation Grad CertificateVisit Site
Stevenson University Online Forensic Investigation Grad CertificateVisit Site
Stevenson University Online Online Master of Forensic Science (MFS)Visit Site
ECPI University Crime & Intelligence Analysis (Bachelor's)Visit Site
Southern New Hampshire University BA in Psychology - Forensic PsychologyVisit Site
Southern New Hampshire University BSCJ - Criminology and Crime AnalysisVisit Site

Forensic Scientist Career Outlook and Salary Details

There’s excellent news for the future of this profession. The BLS (2024) projects that openings for forensic science technicians will swell 14 percent between 2023 and 2033, which is almost four times the growth rate anticipated for all occupations (4 percent). Furthermore, this expected addition of 2,500 jobs does not include increased opportunities in related careers such as crime scene investigators (CSI), medicolegal death experts, insurance investigators, biological technicians, chemical technicians, laboratory technologists, fire inspectors, etc.

The good news is that there’s no shortage of opportunities for qualified forensic science technicians who have the right training under their belts. According to Indeed.com, in March 2025, there were hundreds of job postings for these professionals in the United States, including openings at the State of Rhode Island, the Bexar County TX, the County of Los Angele, the Department of State Police MA, Federal Bureau of Investigation, the State of Ohio, and the Montana Department of Justice. In sum, this is expected to be a high-growth career with employment in various US-based locations in the future.

Regarding the salaries, according to the Bureau of Labor Statistics (BLS May 2024), forensic science technicians enjoy good wages nationwide. Among the 19,450 forensic science technicians around the US, the BLS found an average annual salary (annual mean wage) of $75,260, much more than the mean yearly salary for all occupations in the U.S. at $67,920 (BLS May 2024). As wages vary by region, experience, education, and other factors, the BLS provides a salary range breakdown for forensic science technicians.

In more detailed terms, here are the salary percentiles in this occupation in the US:

Number of Forensic Science Technicians Employed19,450
Annual mean wage$75,260
10th Percentile$45,560
25th Percentile$53,310
50th Percentile (Median)$67,440
75th Percentile$88,710
90th Percentile$110,710

The salary data on PayScale (April 2025)—an aggregator of self-reported wages in common occupations—found slightly different ranges among its 43 forensic scientist respondents:

  • 10th percentile: $34,000
  • 50th percentile (median): $57,322
  • 90th percentile: $78,000

As mentioned above, salary prospects tend to differ according to region. Payscale includes how various skills affect earnings. There’s also information about pay rates in major metropolitan areas.

As mentioned above, salary prospects tend to differ according to region. The highest-paying states for forensic science technicians are the following (BLS May 2024):

  • Illinois: $106,120 (annual mean salary)
  • California: $99,390
  • Ohio: $89,330
  • Michigan: $85,070
  • Maryland: $82,730

However, these are not necessarily the highest employing states for these forensics professionals, a factor roughly correlating with state population size (May 2024):

  • California: 3,100 forensic science technicians employed
  • Florida: 2,440
  • Texas: 1,990
  • New York: 1,120
  • Arizona: 880

For more information, please visit the forensic scientist salary page.

Education and Professional Licensure Requirements for Forensic Scientists

The forensic scientist occupation can encompass several different professions, but this section will mainly consider the career of a forensic science technician. New forensic science technicians should earn a minimum of a bachelor’s degree to give themselves the best chance of employment.

In most cases, there are no legal requirements for certification or licensure for forensic scientists. However, Indiana has explicitly developed a Crime Scene Certification Committee to certify crime scene investigators. Other states may follow suit with licensure requirements.

In addition to legal certification, many forensic scientists pursue certification in their chosen specialty to improve employment opportunities. The Forensic Specialties Accreditation Board (FSAB) accredits forensic toxicology, criminalistics, and document examination certifications. Each certification has discrete requirements, so those interested in pursuing this type of certification should determine the prerequisites.

Steps to Becoming a Forensic Scientist

There are many paths to a promising career in forensic science. Here is one possible path to joining this high-growth field:

Step 1: Graduate from high school

To set themselves up for success, aspiring forensic scientists are advised to graduate from high school, ideally with high marks in biology, chemistry, physiology, statistics, and mathematics. Additionally, some students volunteer or intern in relevant agencies such as police departments, fire departments, medical laboratories, hospitals, or other organizations.

National Student Leadership Conference (NSLC)

For example, the National Student Leadership Conference (NSLC) provides a weeklong summer internship to secondary students in forensic science with hands-on training through forensic simulations, supervised laboratory work, and lectures from experienced professionals. The summer sessions occur at American University and Columbia University, giving students hands-on opportunities to solve simulated crimes and interact with legal experts. Interested students are encouraged to contact local and national institutions to see which opportunities are available.

  • Location: New York, NY, and Washington D.C.
  • Accreditation: N/A
  • Expected Time to Completion: Nine days

Step 2: Earn a forensic science associate degree (two years)

Some associate degree programs are available for prospective entry-level forensic science technicians. Admissions requirements for two-year programs in this field generally call for a high school diploma; a competitive GPA; a personal statement; and TOEFL test scores (for non-native speakers of English). In addition to general education, these programs may have classes in criminal law, fire & arson investigation, and the physical sciences.

Miami Dade College

Miami Dade College (MDC) offers an associate in science degree in crime scene technology, preparing students for employment in criminalistics with a specialty in forensic science or crime scene investigation. The forensic science associate degree prepares students for employment as forensic identification specialists.

Made up of 60 credits, the program includes courses such as human behavior in criminal justice; criminal investigation; introduction to criminal justice; forensic science; crime scene technology; basic fingerprinting; biotechnology methods and applications; and general chemistry & qualitative analysis.

Graduates of the program will be able to pursue entry-level positions in local, state, and federal agencies in forensic sciences, medical investigations, crime scene investigations, insurance investigations, and laboratory technologies.

  • Location: Westview, FL, and Kendall, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Two years

Step 3: Enroll in a bachelor’s degree program (two to four years)

While there are many ways to become a forensic scientist, earning a bachelor’s degree in biology, chemistry, biochemistry, forensics, or a related field is highly recommended. O*NET Online (2025) confirms this, saying that most forensic scientists have a bachelor’s degree. Not only can a four-year degree enhance employment prospects and earning potential, but it can also open doors to careers in related fields, particularly laboratory work. Graduates from two-year associate’s degree programs can finish their degree in two years, while those enrolling in a bachelor’s program from high school can complete this degree in four years.

Typical applications to scientific bachelor’s programs may include the completion of specific coursework (e.g., high school level chemistry, biology, and mathematics); a competitive GPA; national test scores (SAT or ACT); a personal statement; letter(s) of recommendation; and TOEFL test scores (again, for non-native speakers of English).

In addition to general education, bachelor’s programs for forensic scientists include courses in criminalistics, forensic biology, organic chemistry, and more. The Forensic Science Education Programs Accreditation Commission (FEPAC)—the primary accrediting body for forensic science programs in the country—evaluates the quality of curricula, educational objectives, student support services, faculty credentials, admissions processes, and other relevant factors in schools nationwide.

The University of Tampa

For those seeking a degree in forensics, the University of Tampa (UT) provides a FEPAC-recognized bachelor of science (BS) program in forensic science. Students in this program receive training in forensic chemistry, crime scene investigation, forensic biology, forensic toxicology, fire debris analysis, and forensic firearms examinations. The curriculum of this program also includes internship opportunities with forensic laboratories.

Similar to many BS programs in forensics, UT provides a rigorous mix of laboratory experience and classes such as forensic chemistry; molecular biology; genetics; organic chemistry; forensic toxicology; introduction to criminal justice; biochemistry; and introduction to forensic research. The program comprises 87 credits.

  • Location: Tampa, FL
  • Accreditation: Forensic Science Education Programs Accreditation Commission (FEPAC); Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: Two years

Arizona State University

Arizona State University offers an online bachelor of science degree in forensic science, teaching students about interpreting evidence and solving crimes using the latest technology. They will gain hands-on experience and learn professional forensic science techniques investigating crimes. At the end of the program, students will have to attend an in-person culminating experience on ASU’s West campus.

Comprising 120 credits, the program includes coursework in the fundamentals of genetics; modern concepts in biochemistry; general organic chemistry; principles of forensic science; fundamentals of forensic analysis; testimony and ethics in the forensic sciences; and analytical chemistry for life sciences.

Upon completing the program, graduates can take up roles such as biological scientists, biological technicians, chemical technicians, crime scene investigators, medical scientists, and health sciences managers.

  • Location: Glendale, AZ
  • Accreditation: Higher Learning Commission (HLC)
  • Expected Time to Completion: Four years

For more bachelor’s programs in this field, visit the FEPAC website or the forensic science education page.

Step 4: Get experience in a police department, crime laboratory, or another relevant setting (one to three years)

At this stage, many graduates of forensic science programs choose to garner some professional experience in medical and diagnostic laboratories, police departments, local governments, federal agencies, hospitals, and other settings. Not only does this address the disjunction between didactic coursework and real-world applications, but it also can put these professionals in a position to seek national certification.

Step 5: Seek professional certification (timeline varies)

Although professional certification may not be required for employment, it can enhance a job candidate’s resume or salary prospects. There are several relevant certification boards accredited by the Forensic Specialties Accreditation Board (FSAB), which include:

  • American Board of Forensic Document Examiners (ABFDE)
  • International Board of Forensic Engineering Sciences (IBFES)
  • American Board of Forensic Odontology (ABFO)
  • American Board of Forensic Anthropology (ABFA)
  • American Board of Forensic Toxicology (ABFT)
  • American Board of Medicolegal Death Investigators (ABMDI)
  • Board of Forensic Document Examiners (BFDE)
  • International Association of Arson Investigators (IAAI)
  • International Association of Computer Investigative Specialists (IACIS)

While requirements for these certifications vary, they typically involve possessing at least a bachelor’s degree in a field relevant to forensics; proof of job experience; letter(s) of recommendation; submitting an application fee; and successfully passing a test. For example, the American Board of Forensic Toxicology’s (ABFT) five-year “specialist” certification calls for official transcripts; a recent passport-style photograph; three professional references; proof of three years of experience; an application fee; and passing a comprehensive exam. This certification is also offered at the “diplomatic” level to those with relevant doctoral degrees and at least three years of experience.

By contrast, the International Association for Identification (IAI) offers more targeted certifications that reflect specific competencies such as footwear identification; forensic art expertise; bloodstain pattern analysis; and ten-print fingerprint certification. Check with certifying boards for specific prerequisites.

Step 6: Enroll in a graduate program in forensic science (optional but encouraged, two to four years)

While a master’s degree may be optional for many positions, pursuing a master’s or doctoral program in forensic science is an enticing option for mid-career forensic scientists seeking to upgrade their knowledge and credentials. Here are graduate degree and certificate programs in forensic science.

Boston University

Boston University’s (BU) School of Medicine hosts a FEPAC-accredited master of science (MS) in biomedical forensic sciences, one of the premier graduate programs of its kind in the country. This program trains students in a variety of disciplines applicable to both evidence analysis and crime scene investigation.

To get accepted into the program, applicants must have a baccalaureate degree (preferably in natural science) from an accredited university, GRE scores (optional), a personal statement, three letters of recommendation, a current CV highlighting research, and TOEFL scores for students whose first language is not English.

In addition to supervised research and mock-court experiences, students must pass challenging coursework in criminal law & ethics; crime scene investigation; forensic biology; forensic chemistry; and trace evidence analysis, among others. The program consists of 38 credits.

Graduates of the program will be prepared to take up several career options in medical examiner offices, crime laboratories, scientific instrument companies, hospital or biotechnology laboratories, and law enforcement agencies.

  • Location: Boston, MA
  • Accreditation: Forensic Science Education Programs Accreditation Commission (FEPAC); New England Commission of Higher Education (NECHE)
  • Expected Time to Completion: 24 months

Marshall University

The Marshall University Forensic Science Graduate Program is a prestigious institution that offers a master of science in forensic science degree, which is accredited by FEPAC. The program entails a five-semester core curriculum with both thesis and non-thesis options, ensuring students receive a well-rounded education in forensic science. To enhance their knowledge and expertise, students can opt for one or all of the four areas of emphasis offered by the program: forensic chemistry, DNA analysis, crime scene investigation, and digital forensics.

Applications are accepted every spring for a fall semester start. Applicants to this program must have a bachelor’s degree in forensic or natural science, computer science, computer or electrical engineering, information technology, or equivalent and a GPA of 3.0 or higher. This program is tailored to suit students who seek a deeper understanding of forensic science and to equip them with the necessary tools to excel in this exciting and fast-evolving field.

The 38-credit program includes courses such as crime scene and death investigation, forensic microscopy, forensic comparative sciences, forensic statistics, forensic analytical chemistry, biochemistry, foundations and fundamentals in digital forensics, legal issues in forensic science, and genetics and DNA technologies.

  • Location: Huntington, WV
  • Accreditation: Forensic Science Education Programs Accreditation Commission (FEPAC); Higher Learning Commission (HLC)
  • Expected Time to Completion: 24 months

Stevenson University

Stevenson University’s online master of forensic science is ideal for working professionals who wish to learn about the technology, pertinent law, and instrumentation used for collecting evidence for presentation in a court of law. Students in this program will receive training from the top experts in the field, as Stevenson University has a strong relationship with the U.S. Secret Service Lab, the Baltimore County Crime Lab, and the Maryland State Police Forensic Sciences Division.

Applicants to the program must have a bachelor’s degree in a natural science field, official college transcripts from all previous academic work, a GPA of 3.0, and a personal statement. Students must also complete general chemistry, organic chemistry, biology, statistics, and physics prerequisite courses.

As part of the program, students will delve into topics such as physical evidence at crime scenes; serology & immunology; trace evidence; toxicology; crime scene investigation; and DNA analysis.

Graduates of the program will be well-equipped to work as forensic DNA analysts, forensic toxicologists, forensic latent print examiners, and crime scene investigators.

  • Location: Owings Mills, MD
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: 24 months

Finally, graduate certificate options are abundant as well, including online programs.

The University of Florida

For example, the University of Florida (UF) offers four distinct 15-credit, online graduate certificates in forensic science: death investigation, toxicology, drug chemistry, and DNA & serology. All of these programs can be completed entirely online.

For the forensic DNA & serology track, students must complete five foundational courses that impart skills in DNA analysis, blood-spatter analysis, interpretations of biochemical evidence, and nucleic acid chemistry, among other abilities.

The graduate certificate in death investigation is offered in collaboration with the University of Edinburgh College of Medicine. The curriculum for this program includes courses such as forensic analysis of DNA; forensic anthropology; and introduction to forensic medicine.

The toxicology graduate certificate is offered by the Department of Physiological Sciences in the College of Veterinary Medicine. It focuses on the principles of toxicology, drug biotransformation, and forensic toxicology.

Finally, the drug chemistry certificate is offered by the College of Pharmacy. It is structured to provide graduates with a solid foundation in drug pharmacology, analytical techniques, expert testimony, forensic drug chemistry, drug synthesis, and QA/QC procedures.

The university also offers a 12-credit graduate certificate in forensic science that includes courses such as biological evidence and serology; principles of forensic science; bloodstain pattern analysis; and forensic toxicology.

Notably, in addition to graduate certificates, the university also offers four master’s degree programs in forensic science, forensic DNA & serology, forensic toxicology, and forensic drug chemistry.

  • Location: Gainesville, FL
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)
  • Expected Time to Completion: 12 months

For more information on graduate education—both online and on-campus—please visit the forensic science online programs and forensic science education pages.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

How to Become a Detective

The term “detective” may summon images of the fast-moving, smartly dressed characters of James “Sonny” Crockett (Don Johnson) and Ricardo “Rico” Thomas (Philip Michaelbls Thomas) from Miami Vice or the supernaturally adept Jessica Jones (Krysten Ritter) from the eponymous TV show.

Real detective work is far removed from the glamorous media portrayals, requiring incredible patience, investigative rigor, and ironclad ethics. In addition to being exposed to potentially dangerous individuals and situations, solving cases can take months or even years, much of it spent poring over documents, photographs, and files. Despite the challenges, however, becoming a detective can be rewarding, providing the deep personal satisfaction of solving crimes and bringing resolution to victims.

First, there’s a difference between police detectives and private investigators (PIs), although the two fields have overlapping competencies. According to the Bureau of Labor Statistics (BLS 2024), police detectives typically garner investigative experience through their work in law enforcement and have become detectives as a promotion through the agency.

On the job, they may conduct interviews with witnesses or suspects; examine records; collect and carefully document evidence; prepare reports; observe the activity of subjects; secure scenes of crimes; get arrest warrants; participate in the apprehension of criminals; and serve as expert witnesses in court.

By contrast, PIs are citizens who typically need state licensure and cut their teeth gathering clients’ legal, financial, and personal information by conducting surveillance; performing background checks; tracking missing people; searching records for clues; and interviewing people of interest. Detectives may specialize in homicide (police detectives only), computer forensics, corporate malpractice, insurance fraud, and other fields.

Read on to discover the typical salary detectives earn and the required personality, education, and credentials necessary to join this exciting profession.

Featured CSI & Criminal Justice Programs
Purdue Global BSCJ - Crime Scene InvestigationVisit Site
Stevenson University Online Online Master's in Crime Scene InvestigationVisit Site
Michigan State University Master's - Law Enforcement Intelligence & AnalysisVisit Site
Southern New Hampshire University BSCJ - Criminology and Crime AnalysisVisit Site

Detective Salary Guide – How Much Do Detectives and PIs Earn?

As mentioned above, the Bureau of Labor Statistics (BLS May 2024) differentiates between private investigators (PIs) and police detectives.

First, the 34,600 private detectives and PIs across the US reported the following salary ranges:

United States
Number employed in the U.S.38,700
Average Annual Salary$61,680
10th percentile$37,250
25th percentile$41,940
50th Percentile (Median)$52,370
75th percentile$75,310
90th percentile$98,770

By contrast, police detectives and criminal investigators reported substantially higher salary ranges (BLS May 2024):

United States
Number employed in the U.S.110,790
Average Annual Salary$98,770
10th percentile$54,160
25th percentile$68,390
50th Percentile (Median)$93,530
75th percentile$120,080
90th percentile$159,410

It’s important to note that states with the highest pay rate are often the states with the highest cost of living in the US. As proof of point, the Missouri Economic Research and Information Center (MERIC 2025) states that these states are among the top ten most expensive states. By contrast, the five most affordable states were West Virginia, Oklahoma, Kansas, Mississippi, and Alabama.

Finally, both PIs and police detectives are expected to have similar growth rates in job openings during the coming decade. For illustration, the BLS (2024) anticipates that between 2023 and 2033, openings for PIs will grow 5 percent and 4 percent for police detectives (BLS 2024), which is equal to the average growth projected for all occupations during that time (4 percent).

Skills & Personality Traits of the Successful Detective

Most successful detectives are curious, attentive to detail, and hard-working. Additionally, perseverance may be important, as crime-solving doesn’t always happen linearly or quickly. According to the Bureau of Labor Statistics (BLS), important skills for successful detectives include:

  • Communication skills: Detectives must listen carefully when interviewing witnesses, victims, and potential criminals, asking the right questions and staying aware of nonverbal communication cues.
  • Decision-making skills: Detectives must think quickly and act calmly, particularly if someone’s life could be at risk or if quick action can uncover clues to solving a crime.
  • Inquisitiveness: Seasoned detectives are natural-born problem solvers who can think about possible motives for a crime and ascertain how crimes were committed.
  • Patience: As previously stated, crime-solving can take months or years. Sometimes crimes go without resolutions—thus becoming cold cases—which can be picked up years later, especially with advances in forensic technologies such as DNA analyses.
  • Resourcefulness: Detectives must think on their feet and follow procedures at all times, but they must also be able to use the resources at hand and intuition to help solve a crime.

Detective Specializations

As previously mentioned, police detectives may be able to select a specialization within their detective division, which will vary by county and state. In addition, continuous training may be necessary due to technological advances and compliance regulations. Some departments may also regularly research, develop, and implement improvement strategies to enhance the quality of investigation procedures and techniques.

The following list outlines some of these specializations or divisions that are generally led by commanders, captains, or lieutenants:

  • Homicide and Robbery – Detectives in this unit will focus on cases that involve murders, suspicious deaths, kidnappings, and robberies.
  • Forensic – This division includes analysis of various types of physical evidence and digital media found at crime scenes.
  • Juvenile – Investigators deal with child abuse, exploitation investigations, and any other juvenile cases.
  • Gangs and Narcotics – These detectives are responsible for violent street gangs and the use and sale of illegal drugs and firearms.
  • Commercial – Commercial crimes include auto theft and may also include fraud and forgery cases.
  • Technical Investigation – This investigation department includes financial crimes and web-based crimes against children.
  • Detective Support and Vice – This department handles hate crimes, missing persons, animal cruelty, human trafficking, and pornography.
  • Special Victims Unit (SVU) – These detectives investigate crimes against children, domestic violence, sexual assault, and other violent crimes against adults.

How Long Does it Take To Become a Detective?

While the path toward becoming a police detective may vary, generally, after obtaining a high school diploma or GED, it can take anywhere from five to eight years to be promoted from a police officer to a detective.

In fact, according to the BLS (2024), prospective detectives will need to graduate from high school (or obtain their GED), and most will complete an associate’s (two-year) or bachelor’s (four-year) degree in criminal justice, psychology, criminology, sociology, or a related field.

In addition, prospective officers must pass physical exams, background checks, and other requirements to be competitive applicants for the police department. In some cases, once hired as police officers, candidates will attend a police academy for further training. The length of academies varies by department, city, and state. In Portland, OR, basic police training lasts 16 weeks, whereas in San Jose, CA, training lasts 30 weeks.

Additionally, after graduating from a police academy, aspiring detectives must continue developing at least three years of experience as police officers before being promoted to detective. To be promoted, officers must complete an exam and/or be evaluated based on their service within the police department.

Steps to Becoming a Detective

There are varied paths to becoming a private investigator (PI) or detective, although all paths require a steady combination of didactic instruction and on-the-job investigative experience. Here is one possible path to becoming a detective:

Step 1: Graduate from high school (four years)

Aspiring detectives are encouraged to foster critical thinking, deductive reasoning, and inductive reasoning at this stage.

Some students may seek volunteer opportunities through local police departments, civic organizations, or federal agencies to get hands-on training in the field. For example, the Federal Bureau of Investigations (FBI) offers the weeklong Future Agents in Training (FAIT) program to interested high school students. Similarly, the Bureau of Alcohol, Tobacco, Firearms, and Explosives (ATF) provides the Pathways Internship Program to qualified high school and college students. Students are encouraged to contact local agencies for available opportunities.

Step 2: Get a degree in criminal justice, criminology, sociology, or a related discipline (two to four years)

Some prospective police detectives may be eligible to enroll directly in a police academy, but many police academies require at least some college to qualify.

California State University

California State University in San Bernardino (CSUSB) also provides a bachelor of arts (BA) in criminal justice, combining valuable research and internship opportunities with structured coursework in criminal law, statistics in criminal justice, and correctional counseling. Graduates of this program will have a detailed understanding of the criminal justice system, its operation, and the impact of law enforcement and laws on society.

Consisting of 120 credits, the program includes courses such as introduction to the criminal justice system; criminal law; research methods in criminal justice; statistics in criminal justice; theories of crime and delinquency; correctional theory and institutions; police and police systems; integrative studies in criminal justice; and criminal investigations, among others.

  • Location: San Bernardino, CA
  • Accreditation: WASC Senior College and University Commission (WSCUC)
  • Expected Time to Completion: 48 months

John Jay College of Criminal Justice

The John Jay College of Criminal Justice in New York (CUNY) provides several reputable undergraduate degrees with majors in criminology, criminal justice, and criminal justice management. In its bachelor of science (BS) in criminal justice program, students focus on institutional theory and practice with specialized training in law and politics of race relations; police and community relations; and constitutional law.

Comprising 120 credits, the program includes courses such as introduction to the American criminal justice system; research methods and statistics for criminal justice; introduction to corrections; introduction to police studies; criminology; police and urban communities; community-based approaches to justice; and drugs, crime, and law in Latin America.

  • Location: New York, NY
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: 48 months

Pennsylvania State University

Pennsylvania State University offers an online associate in science (AS) degree in criminal justice, delivered through a partnership between the Penn State Harrisburg School of Public Affairs and Penn State World Campus. Students in this program will gain the skills and knowledge needed to enter or advance in a wide range of social services and criminal justice careers.

Made up of 64 credits, the program includes courses such as criminology; introduction to criminal justice; policing in America; courts and the prosecution process; corrections in America; ethics; race, ethnicity, and culture; statistical analysis for the social sciences; and research methods in criminal justice.

Graduates of this program will have the knowledge and skills needed to serve private and public interests in law and corrections, protective services, security management, crime prevention, social services, court administration, and related professions.

  • Location: University Park, PA
  • Accreditation: Middle States Commission on Higher Education (MSCHE)
  • Expected Time to Completion: 24 months

Step 3A: Police detectives: enroll in a police academy and get investigative experience (one to three years)

For those looking to become police detectives—an option that can be more lucrative than becoming a private investigator (PI)—enrolling in a police academy is the next step.

Although requirements vary by department and region, to qualify for a police academy, candidates must be US citizens; be at least 18 years old; possess a driver’s license; have no felony convictions; and have some college experience.

Please note that state and federal agencies typically require at least four years of undergraduate education. Police academy programs generally last six to eight months with specialized training in firearm use, patrol procedures, ethics, self-defense, report-writing, CPR and first aid, physical fitness, and emergency response.

After the academy, aspiring detectives are urged to take on advanced training and responsibilities in investigative units to build their resumes. Various investigation branches include homicide, surveillance, fraud, computer crimes, financial crimes, and missing people.

Step 3B: Private investigators (PIs): pursue on-the-job investigative experience and state licensure (timeline varies)

Private investigators commonly require on-the-job investigative experience to guide their professional development before becoming licensed. After completing a required number of hours, regulated per state, an aspiring PI must meet the eligibility requirements for their state of residence, pass an exam, and complete other state-mandated requirements before they can be granted a license to operate.

Once fully licensed, the PI may specialize in particular areas of investigations, including criminal investigations, insurance claims, cybersecurity, and litigation support, among others. Pursuit Magazine, an online resource for investigators, reports that licensure is necessary for practice in 46 states (in addition to some cities) and provides a convenient table of PI licensure policies by state.

Step 4A: Police detectives: take the police detective test or get professionally certified (timeline varies)

There are certifications available for police detectives and private investigators.

The National Association of Legal Investigators (NALI) offers the certified legal investigator (CLI) certification for investigators specializing in negligence or criminal defense investigation. CLI candidates must have at least five years of full-time experience (or qualifying academic coursework); complete a 1,000-word research paper on investigations; and pass an examination with a score of at least 70 percent. To maintain the certification, CLIs must complete 50 hours of continuing education (CE) every three years.

ASIS International offers Professional Certified Investigator (PCI) certification for investigators specializing in security. To qualify, candidates must have a high school diploma and five years of investigative experience (with two years in case management). The 140-question exam tests people’s knowledge in case management, investigative techniques & procedures, and case presentation.

4B: Private investigators: take a PI licensing exam (timeline varies)

For civilian PIs, requirements vary by state, but many require a licensure exam.

For example, California’s Bureau of Security & Investigative Services (2025) reports that to qualify for licensure, PIs must be at least 18 years old; undergo a criminal background check; and have proof of experience in one of three capacities. They either must have 6,000 hours of paid investigative work, a law degree plus 4,000 hours of experience, or an associate degree and 5,000 hours of experience.

Additionally, candidates must pass a two-hour multiple-choice test on laws & regulations, terminology, evidence handling, undercover investigations, and other cornerstones of the field.

Step 5: Fulfill local credentialing requirements (timeline varies)

Requirements to become a detective can vary by state. Since most states have different requirements to become a police officer, the steps to join the state’s detective division may also vary.

Overall, some police departments require prospective detectives to hold only a high school diploma or GED, while others require some college courses or a two- or four-year college degree.

  • For example, to join the Los Angeles Police Department Detective Bureau, one must have a high school diploma or GED, and detective or sergeant is the first promotion available to those who have trained as officers.
  • However, to join the New York Police Department, applicants must have 60 college credits or have served two years in the military to be successful candidates.
  • In Dallas, Texas, applicants between the ages of 21 and 44 must have 45 semester credits (college-level) and a 2.0 GPA.
  • Whereas, in Miami, Florida, applicants must pass a law enforcement exam (FDLE Basic Abilities Test) and earn a GED or high school diploma.

In short, the requirements to become a detective vary widely by state. Aspiring candidates are encouraged to contact their local government offices for eligibility.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

15 Top Forensic Biology Programs (2025)

Forensic biologists can seek many different types of careers and occupations. The FBI, for instance, has career positions posted on its laboratory website that include those for biologists, DNA biologists, biologist forensic examiners, and biology DNA program specialists.

So what does biology have to do with solving crimes? Forensic biologists provide concrete evidence to confirm or rule out suspicion in criminal cases by studying organisms and cells.

According to the American Academy of Forensic Sciences (AAFS), organisms such as insects, bacteria, plants, and fungi can indicate when an event occurred or associate a particular person with an object or location. As well, the field of forensic biology includes plants and animals, entomology (insects), genetics, and microbiology.

Forensic biologists provide invaluable skills in the lab and at crime scenes, including biometric analysis, forensic response, forensic science support, and scientific analysis. With so many different careers available, students must choose an education that appropriately prepares them with scientific knowledge and requires hands-on skills to enter the profession.

Below are 15 standout forensic biology programs with degree programs available at the undergraduate and graduate levels. ForensicsColleges.com selected these schools for their top-quality facilities, partnerships, and graduates’ outcomes, and our methodology is detailed below.

Featured Forensic Biology Programs
Stevenson University Online Online Master of Forensic Science (MFS)Visit Site
Stevenson University Online Online MFS - Biology ConcentrationVisit Site
Stevenson University Online Online MFS - Chemistry ConcentrationVisit Site

1. Boston University in Boston, Massachusetts, offers a master of science (MS) degree in biomedical forensic sciences as part of its School of Medicine. The BU program has earned accreditation from the Forensic Education Programs Accreditation Council (FEPAC). It offers students a unique opportunity to learn skills applicable to crime scene analysis and evidence processing. In addition, students at BU have the unique advantage of earning a degree at a major medical center, which means access to high-caliber equipment and facilities.

The BU campus features state-of-the-art lecture halls, seminar rooms, sophisticated computerized teaching labs, and Boston’s largest biomedical research park. In addition, networking opportunities are available throughout the Boston area, which is home to more than 60 universities, top-ranked medical centers, and law enforcement agencies. Students complete an independent research thesis project and publish it in a peer-reviewed academic journal to graduate from this program.

  • Location: Boston, MA
  • Duration: Two years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

2. Fayetteville State University in Fayetteville, North Carolina, has a 126-credit program leading to a bachelor of science (BS) degree in forensic science with a concentration in forensic biology. The forensic curriculum is in-depth and includes classes like cellular biology, principles of biology, and molecular biology. In addition, students in this program benefit from small class sizes (25 or fewer students) and opportunities to evaluate real crime scene evidence and provide mock testimony of their findings to a board of experts.

Students take forensic microscopy, microbiology/immunology, and population genetics by senior year. A capstone project is required in the last semester of the senior year to demonstrate their skills and gain professional experience. Several types of equipment are available to students to help develop their skills, such as a genetic analyzer, a real-time PCR (polymerase chain reaction) system, and centrifuge/spinning systems.

  • Location: Fayetteville, NC
  • Duration: Four years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

3. Ohio Northern University in Ada, Ohio, offers a bachelor of science (BS) degree in forensic biology. The program has two purposes: to provide students with fundamental knowledge in the forensic sciences by offering four core forensic biology courses to ensure students have the scientific techniques to analyze physical evidence found at a crime scene.

In addition, students gain real-world experience through participating in 10-week internships to practice lab and critical thinking skills. Students solve cases in a mock crime scene house each spring and work with law enforcement officials in real-world simulations.

Facilities for this program include ten laboratory classrooms, a cadaver dissection laboratory, a physiological measurements laboratory, and 11 independent research laboratories. Students can also network by joining associations like Beta Beta Beta, the Biology Student Association, or the Midwestern Association of Forensic Scientists. Students in this program present their research at regional and national conferences and publish academic papers in peer-reviewed journals.

  • Location: Ada, OH
  • Duration: Four years
  • Accreditation: Higher Learning Commission (HLC)

4. Delaware State University in Dover, Delaware, has a bachelor’s degree in forensic biology that allows students to work closely with professionals and agencies in the field that strongly emphasize practical, hands-on experience.

The program partners with Dover Air Force Base, regional law enforcement agencies, and other institutions to help students explore skills such as analyzing crime scenes, conducting cause-of-death investigations, and writing reports and findings. Students should be prepared to pursue an advanced degree in biology or another field or enter medical school upon completion.

Students in this program learn criminal investigation skills through a blend of didactic and practical learning. Topics covered include performing DNA analysis, analyzing crime scenes, conducting cause-of-death investigations, and writing and presenting laboratory findings. Graduates from this program are prepared for work in local, state, and federal crime labs, medical examination offices, private investigation firms, and graduate-level work in biology or advanced medical degree programs.

  • Location: Dover, DE
  • Duration: Four years
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

5. Chestnut Hill College in Philadelphia, Pennsylvania, offers a bachelor’s degree in forensic biology that requires at least 121 credits of coursework for graduation. Undergraduate-level classes include cell biology, genetics, human anatomy and physiology, principles of biology, and others. Students take courses such as immunology, microbiology, and molecular biology at the upper level. A senior seminar in biology is part of the degree program and helps to round out student learning.

Students with at least a 3.0 GPA in the field and a 3.0 GPA overall could be invited to join the national science and mathematics honor society known as Sigma Zeta. Internships and apprenticeships with qualified forensic biologists, mentors, and physicians are a feature of this program, often leading to full-time employment. Graduates from this program work in law enforcement agencies such as the FBI and pharmaceutical or biotech companies.

  • Location: Philadelphia, PA
  • Duration: Four years
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

6. The University of Central Oklahoma in Edmond, Oklahoma, offers a bachelor of science (BS) degree in forensic science with a molecular biology concentration. The BS program is offered as part of the university’s Forensic Science Institute and requires at least 42 credits of general education coursework and an additional 36 credits of forensic biology coursework.

Furthermore, students completing this degree must also complete a BS in biology. Upon graduation, students will have satisfied the National DNA Advisory Board Guidelines for education. Finally, all graduates from the forensic science program must complete a capstone project in the final year before graduation. Required courses for the capstone include practicum, internship, individual study, and field wildlife forensic science.

  • Location: Edmond, OK
  • Duration: Five years
  • Accreditation: Higher Learning Commission (HLC)

7. Ferris State University in Big Rapids, Michigan, offers a bachelor’s degree in biology with a forensic biology concentration. The program includes genetics, forensic biology, human anatomy and physiology, and microbiology courses. In addition, students learn how to analyze biological evidence for legal investigations and receive in-depth training in laboratory and field settings.

While completing this program, students learn how to isolate, purify, and amplify DNA and collect and analyze plants, insects, and other biological evidence gathered from a crime scene. Courses include forensic biology, human anatomy and physiology, microbiology, genetics, forensic DNA analysis, physics, and criminal justice.

  • Location: Big Rapids, MI
  • Duration: Four years
  • Accreditation: Higher Learning Commission (HLC)

8. The University of Southern Mississippi in Hattiesburg, Mississippi, offers a forensic science program in the biological sciences, leading to a bachelor’s degree. This 124-credit program includes 43 to 45 credits that must be specifically completed in the major. In this program, students take classes that include an introduction to forensic science, forensic analysis laboratory, and fingerprint analysis and techniques. Students also complete three fieldwork credits that give them practice with research in a forensic science setting.

Students in this program can earn college credit through internships with law enforcement agencies, the FBI, state crime laboratories, and private forensic laboratories. Students can also learn from mentor faculty members and peers via on-campus student organizations.

  • Location: Hattiesburg, MS
  • Duration: Four years
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

9. Virginia Commonwealth University in Richmond, Virginia, offers a bachelor’s degree in forensic science with a concentration in forensic biology, FEPAC-accredited. Approximately 50 credits of this program are in core classes in forensic science, and 33 credits are in forensic biology. Students in this program can do crime scene investigation and reconstruction; understand the occupation’s ethical and professional duties, and use principles and procedures to apply biology to forensic science.

The degree is well-suited for those who want to pursue a graduate degree or work in forensic biology in a laboratory in the public or private sector. The forensic biology concentration includes many of the courses required for pre-health (such as nursing and clinical laboratory sciences) and pre-professional health programs (such as medicine, pharmacy, and occupational therapy).

  • Location: Richmond, VA
  • Duration: Four years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

10. University of North Texas (UNT) in Denton, Texas, offers bachelor of science (BS) degrees in biology, biochemistry, and chemistry with a FEPAC-accredited forensic science certificate program.

Although the program is general, its FEPAC-accredited status makes it a good choice for students seeking a forensic program with a strong emphasis on science. This 19-credit certificate program can be completed simultaneously with a bachelor’s degree and includes criminalistics, forensic microscopy, and instrumental analysis courses. In addition, students must complete the forensic science assessment test to complete this certificate program.

An internship is a requirement, and faculty members at UNT help place students in internships based on their academic and career interests. Common internship sites include crime labs, crime scene investigations, forensic anthropology, forensic chemistry labs, and forensic DNA/genetics labs.

  • Location: Denton, TX
  • Duration: Four years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

11. Embry-Riddle Aeronautical University in Prescott, Arizona, offers a forensic biology program that leads to a bachelor’s degree and provides students with fundamental laboratory skills and theoretical frameworks that forensic investigators use in the occupation. Extensive hands-on lab experience is part of this 124-credit program.

Thirty-one of these credits are in biology, while 20 are in chemistry, and 19 are in security and intelligence studies and social science. Upon completion, students have many of the requirements needed to continue into medical careers, law school, or the field of forensic biology.

Preparation for the American Board of Criminalistics (ABC) certification exam is a unique feature of this program. Upon graduation, students can opt to earn certification as a certified molecular biologist or chemist. Students in this program learn from experts in four new laboratories to prepare them with the knowledge and technical skills needed for future careers in forensic biology.

  • Location: Prescott, AZ
  • Duration: Four years
  • Accreditation: Southern Association of Colleges and Schools Commission on Colleges (SACSCOC)

12. Western New England University in Springfield, Massachusetts, allows students to pursue a bachelor’s degree in forensic biology that thoroughly integrates research with classroom work. Students take classes in the forensics lab located within the school’s $40 million Center for the Sciences and Pharmacy. Internships and fieldwork partnerships are available with Brigham & Women’s Hospital Morgue, the Connecticut Controlled Substance and Toxicology Lab, the Suffolk Crime Lab, and others. In addition, students can partake in the forensic science club and the Delta Delta Epsilon Forensic Science Honor Society.

Students learn about general biology, cell biology, genetics, organic chemistry, and more as part of their curriculum. In addition, practical labs, independent research, and professional internships are part of the degree, and these academic requirements allow students to practice further and develop forensic science skills and techniques.

  • Location: Springfield, MA
  • Duration: Four years
  • Accreditation: New England Commission of Higher Education (NECHE)

13. Michigan State University in East Lansing offers a research-intensive master of forensic science (MS) degree with a forensic biology track, providing students with in-depth laboratory experience. Nearly half of the 38 overall required credits are in or related to biology and entail classes such as DNA profiling, forensic serology, molecular biology, and statistical methods for biologists.

Students further explore the forensic biology field through master’s thesis research and nine elective credits. The school has a DNA Extractions Laboratory, a PCR Laboratory, and a Teaching Laboratory accredited by FEPAC. In addition, domestic and international internships in forensic science laboratories are available.

  • Location: East Lansing, MI
  • Duration: Two years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

14. The University at Albany in Albany, New York, provides a 40-credit master’s degree in forensic science investigation and management that gives students an understanding of the theories and techniques behind forensic biology. This program is divided into four components: required courses in forensic science and research; internship in forensic science laboratory; management policy in human resources disciplines; and a final examination in biology, which can be satisfied with the written internship report.

The program is built around a partnership between the school’s Department of Biological Sciences and the New York State Police’s Forensic Investigation Center adjacent to the college campus. Graduates from this program are employed in DNA analyst, serologist, forensic biologist, toxicologist, and police consultant roles. Coursework from this program prepares students for doctoral programs in law or related fields.

  • Location: Albany, NY
  • Duration: Two years
  • Accreditation: Middle States Commission on Higher Education (MSCHE)

15. The George Washington University in Washington, D.C. offers a 36-credit master of forensic science (MFS) in forensic molecular biology to help prepare students for DNA analysts and technical leaders careers.

Students take standard core courses that provide them with forensic molecular biology’s practical and theoretical aspects. They learn about DNA extraction, data interpretation, and population genetics as part of the program, with full accreditation through FEPAC. Students also take a one-credit graduate seminar.

Students have access to the 1,100-square-foot Forensic Molecular Biology Laboratory, which includes a scanning electron microscope, digital photography equipment, and comparison microscopes for trace evidence analysis.

  • Location: Washington, D.C.
  • Duration: Two years
  • Accreditation: Forensic Education Programs Accreditation Council (FEPAC)

Best Forensic Biology Programs Methodology (2025)

Many different characteristics of school programs were considered when deciding what schools to place on this list. Schools that offer students hands-on skills with laboratory classes, seminars, internships, or field study were highly rated. Other factors considered included a school’s facilities, partnerships, and career placement opportunities.

Facilities

Schools on this list may have state-of-the-art lab equipment to help with learning. For example, Michigan State University features equipment for doing single nucleotide polymorphism analysis and mitochondrial DNA research in their PCR laboratory.

Partnerships

Many schools, such as Delaware State University, have built extensive partnerships into their programs to help students progress with learning and develop more advanced skills to be prepared to work in the field of forensic biology.

Graduate Outcomes

Schools with a stated track record of placing students in jobs or master’s degree programs after graduation were also highly considered for this list. For example, students at Ohio Northern University generally work at places such as the Armed Forces DNA Identification Laboratories and private forensic testing laboratories, or they pursue advanced degrees at Clemson University and Ohio State University.

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

What You Didn’t Know About Blood Spatter Analysis

Whether you’re an up-and-coming forensic analyst or just someone who can’t get enough of CSI, chances are you have heard a thing or two about blood spatter analysis. A crucial component of modern forensic science, blood spatter analysis offers investigators valuable insights into violent crimes. By studying the shape, size, and distribution of blood droplets, experts can reconstruct the sequence of events, identify the type of weapon used, and even determine the position and movement of victims and suspects.

While TV shows like Dexter and CSI have popularized this field, the reality of blood spatter analysis is far more scientific and intricate than portrayed on screen. Although this technique has been used for over a century, it continues to evolve with advancements in technology. Modern tools, such as artificial intelligence and 3D mapping software, now aid analysts in creating more accurate crime scene reconstructions. For instance, a study by the National Institute of Standards and Technology (NIST) demonstrated that incorporating fluid dynamics and statistical models can enhance the precision of determining the area of origin in blood spatter patterns.

Notably, despite its importance, blood spatter analysis is not always foolproof—it has faced criticism for its potential subjectivity and the possibility of human error.

This article will explore fascinating and lesser-known facts about blood spatter analysis, shedding light on its history, scientific principles, and real-world applications. (The original list of seven has been expanded to ten, as of April 2025.)

  1. The first modern study of blood stains occurred in 1895.Blood spatter analysis, more professionally termed bloodstain pattern analysis (BPA), is not a new technique in the investigation of brutal crimes. In fact, it is thought to have been studied to some degree for centuries. However, the first surviving modern study of BPA occurred in 1895 when Eduard Piotrowski from the University of Krakow published a paper entitled “On the formation, form, direction and spreading of blood stains resulting from blunt trauma at the head”. The rather gruesome study that Piotrowski undertook involved covering one corner of the room with white sheets and studying the blood patterns that appeared as he beat rabbits to death.
  2. The Sam Sheppard case, which is thought to have been the inspiration for the television series and subsequent film The Fugitive, was instrumental in expanding the use of blood spatter analysis techniques in the U.S.On July 4th, 1954, Marilyn Sheppard, wife of prominent neurosurgeon Dr. Samuel Sheppard, was found bludgeoned to death in the Bay Village, Ohio home that the couple shared. Although Dr. Sheppard claimed to be asleep downstairs when he awoke to his wife’s cries and tried to stop the intruder from killing her, he was convicted of second-degree murder. His conviction was overturned by the U.S. Supreme Court in 1966, and he was granted a new trial, during which he was found not guilty.Testimony from the University of California at Berkeley biochemistry professor and forensic science pioneer Dr. Paul Kirk was thought to be integral to the new verdict. The crime scene was extremely bloody and the only blood found on Dr. Sheppard the morning the body was found was on one knee of his pants, which was not at all consistent with the idea that he was the perpetrator. Since that trial, blood spatter analysis has become much more widespread in the criminal court system.
  3. There is a difference between blood spatter patterns, blood drip stains, and blood transfer patterns.Although they are each a part of the forensic branch of blood spatter pattern analysis, there are distinct differences between blood spatter patterns, blood drip stains, and blood transfer patterns. Blood spatter patterns are what most people generally think of when it comes to blood spatter. These droplets of blood have been acted on by forces other than gravity, either being cast off of a weapon or spraying from a victim onto a surface. The shape and size of these droplets can help to determine the positioning of a victim, the type of weapon used, and the force used in the crime.On the other hand, blood drip stains appear when only gravity works on the blood. It may fall from an open wound on a victim or perpetrator or may drip off of a piece of clothing or a weapon. These types of patterns can help determine in which direction and at what speed the person or object was moving at the time of the blood drip. Finally, blood transfer patterns occur when blood moves between objects by way of a conveyance like a hand, shoe, or piece of fabric. These could be the result of a struggle, or an attempt by a perpetrator to clean up or escape quickly.
  4. The surface where the blood lands can have a tremendous impact on the interpretation of the blood spatter.Just as the motion of an object or person can determine what a blood spatter pattern looks like, so can the surface onto which the blood spatters. For instance, the same blood spattered on bedsheets, which would absorb blood and therefore distort the patterns, will look much different than the pattern that would exist on a pane of glass, which would cause no distortion, or even a concrete floor, which could lead to ‘satellite’ blood droplets. Blood spatter analysts must take into account the surface as well as the trajectory of the blood in order to determine the facts of the crime scene.
  5. BPA is perhaps most often used to confirm or refute the statements of witnesses or suspects present at the commission of a crime.While blood spatter analysis can be extremely effective in determining the placement of perpetrators, victims, and weapons during the course of a violent crime, rarely are blood spatter analysts called on to make these assertions on their own. Rather, blood spatter is most often used as a tool to support or refute eyewitness testimony. For instance, a suspect may argue that they acted in self-defense during the commission of a crime, but a prosecutor may be able to call a blood spatter analyst who can offer their expert opinion that the victim was sitting or lying down – hardly on the attack – when the crime was committed, thereby refuting the suspect’s account.
  6. A human must lose approximately 40% of his or her total blood volume before he or she is at risk for death from blood loss.A typical male has between 5 and 6 liters of blood while a typical female has between 4 and 5 liters. This amount of blood accounts for approximately 8% of a person’s total body weight. When a person loses more than 1 liter of blood, they are likely to become unconscious. But more than 1.5 liters, and death quickly becomes a risk.
  7. Blood spatter analysis can be essential in determining the type of weapon used during a crime.There are many reasons an investigator may not know what type of weapon was used during a violent crime. Perhaps a murder was committed by a weapon that was hidden or destroyed along with the body. Or perhaps a body is so badly injured that it is impossible to tell how exactly the murder occurred. The different shapes and sizes of blood spatter on the surrounding area can determine the force, weight, and shape of the weapon. For instance, medium-velocity stains are generally caused by a blunt object, a fist, or even a violent spray from a severed artery while high-velocity spatter that creates tiny droplets is more likely to be from a gunshot wound.
  8. Advances in Forensic Bloodstain Pattern AnalysisRecent advancements in computational modeling, machine learning, and digital imaging have significantly improved bloodstain pattern analysis. A recent review by the International Journal of Innovative Research in Technology (IJIRT) synthesizes current research on BPA, highlighting advances in bloodstain classification, pattern interpretation, and reconstruction. Applications in court proceedings and crime scene reconstruction are also discussed. These advancements have increased the accuracy and reliability of BPA, helping investigators to reconstruct crime scenes and inform court proceedings. The review also includes future research directions, including integrating computational modeling and machine learning into BPA software and developing standardized protocols for documentation and digital imaging.
  9. A Recent Example of Real-World Applications of Blood Spatter AnalysisAs already mentioned, BPA assists investigators in determining the positions of assailants and victims during a crime, the sequence of events, and the type of weapon used. In a recent case of a Virginia husband who was accused of killing his wife and another man, for instance, bloodstain pattern analysis helped demonstrate that the victim’s bodies had been moved and repositioned after they were fatally wounded, providing critical evidence in the investigation.
  10. Challenges and Controversies in Blood Spatter AnalysisDespite its utility, blood spatter analysis has faced criticism regarding its subjectivity and the potential for human error. The 2009 National Academy of Sciences report highlighted significant concerns about the scientific foundation of several forensic disciplines, including blood spatter analysis, emphasizing the need for more rigorous standardization and research.BPA’s shortcomings were clearly on display in the case of David Camm, an Indiana state trooper, who found his wife and two children shot to death in their home in 2000 and was quickly charged with their murders.Over the course of three trials, prosecutors presented a succession of bloodstain-pattern analysts who testified that eight specks of blood found on the T-shirt Camm wore on the night of the crime were “high-velocity impact spatter” from the shooting. The defense produced its own bloodstain experts, who argued that the specks in question were actually “transfer stains”—blood that blotted Camm’s T-shirt as he tried to render aid. David Camm was acquitted in 2013 after spending 13 years behind bars. Another man, a burglar with a long rap sheet whose DNA was found at the crime scene, was convicted of the murders and remains in prison.

Willow Dawn Becker

Writer

Willow is a blogger, parent, former educator and regular contributor to www.forensicscolleges.com/. When she's not writing about forensic science, you'll find her blogging about education online, or enjoying the beauty of Oregon.

Top 10 Cold Cases – Unsolved Kidnappings

Child abduction in the United States continues to reach astronomically high numbers. Even with advanced technology to help solve cold cases in unsolved kidnappings, there is still a pressing need for collaboration between U.S. government agencies and crime analysis experts to join forces and uncover the truth behind these unsolved crimes.

According to the FBI’s National Crime Information Center (NCIC), there were a total of 96,955 active records of missing or unidentified persons in 2023 in the United States alone. Out of these 96,955 active records, 30 percent were for juveniles under 18, and 39 percent were for missing persons between 19 and 21 years of age.

Whether you study forensic anthropology or are an expert detective, all forensic specialists can help solve cold cases, such as those categorized as kidnappings. In the list below, we have highlighted the top 10 cold cases in kidnapping—with three solved as of April 2025 in the U.S.

Unsolved Kidnappings: April 2025 Updates

1. Paul Joseph Fronczak (Solved!)

Paul Joseph Fronczak was kidnapped as a day-old baby out of a Chicago hospital in 1964. However, this was a case that ended with good news: he was found two years later in a stroller and returned to his parents, according to CNN. At least, it seemed that way for more than 40 years.

Fronczak, who is now 56, took a DNA test in 2012 and urged his parents to do the same. The results showed Paul was not related to his parents at all. A DNA technician told him point-blank that there was “no remote way” he was their child, CNN reported. Fronczak was left wondering exactly who he was and the FBI, which initially handled the case, re-opened it.

However, it wasn’t until April 2019 that the real Paul Fronczak, whose name was Kevin Baty, was discovered when Baty’s daughter submitted a DNA sample to a genealogy website. The DNA test results showed a link between Kevin Baty and Paul Fronczak’s parents, Chester and Dora Fronczak. Paul Fronczak reached out to Kevin Baty but reportedly has had little communication with him.

Before his death from cancer on April 25, 2020 (which was also his actual birth date), Kevin Baty reportedly spoke several times with his birth mother, Dora; his biological father, Chester, died in 2017. The kidnapper, a woman dressed as a nurse in 1964, remains unidentified but could be Lorraine Fountain, who raised Kevin Baty in Wexford County, Michigan, who died in 2004. Paul Fronczak wrote an autobiography about his mysterious upbringing, The Foundling, and lives in Nevada with his daughter.

2. Janice Pockett

In July of 2018, the 45th anniversary of Janice Pockett’s disappearance, many people in Tolland County in Connecticut gathered together in her memory. Her older sister remembers the day that Janet went missing, as does her cousin and many others. According to Hartford’s Courant, it’s hard for people to forget that July day in 1973 when Janice, then seven, disappeared.

By all reports, she had been riding her bike and never came back. According to the Courant, her older sister recalled going out with her mom and calling her sister’s name “over and over.” Her bike was found less than a mile from her home, and a Connecticut police official commented that she must have been “snatched” on the way back. The Connecticut State Police initially investigated the case, which has been reopened repeatedly, and it remains the lead agency on the crime. Janice’s story has been featured on Discovery Network’s “Dark Minds” and a “Janice Pockett – Missing Since July 26, 1973” Facebook page containing related information.

3. Angela Hammond

Angela Hammond, 20, was four months pregnant when she disappeared from Clinton, Missouri, in April 1991. According to the website Unsolved, she was last said to be talking on a payphone to her boyfriend outside a grocery store at about 11:45 p.m. The details indicate she told her boyfriend a pick-up truck pulled into the parking lot with a grimy-looking white man inside. Not much later, Angela’s boyfriend heard her scream, so he rushed to the store, reportedly passing a pick-up truck on his way. He heard someone yell “Robbie” out of the window, and he turned around to follow the truck, but his transmission died two miles later.

That was the last anyone saw the girl who went by ‘Angie,’ and the case has never been solved. The “Angela Hammond” Facebook page is devoted to her, and the Clinton Police Department is available to take any new details.

4. Allyson Dalton

It’s been 26 years since Allyson Dalton, then just a baby, disappeared from her mother’s Shenandoah County, Virginia apartment, but detectives are not giving up hope. In July 2017, the Virginia State Police Department issued a press release along with a photo composite of the infant that went missing, saying it is still looking for leads in her case, according to 13 News Now.

So much gruesome information about the case is already known, just not what happened to the baby. Alyson’s mother, Sylena Jo Dalton, then 20, was found stabbed to death in the apartment that she shared with Allyson and her mother.

The Connecticut State Police say that Pompeii has not been “exonerated” as a suspect and continues to work with the Strasburg Police Department to seek clues and new information. The Forgotten Cases’ Facebook group has helped keep her and other missing persons’ stories alive and raise awareness about their disappearance.

5. Jacob Wetterling (Solved!)

In October 1989, Jacob Wetterling was abducted by a masked man at gunpoint in St. Joseph, Minnesota. According to CBS Minnesota, Jacob was riding his bike with his brother and a friend, and the other two boys were told to run or be shot. The masked gunman, who was identified 30 years later as Danny Heinrich, admitted in court in 2016 that he abducted, sexually assaulted, and killed Jacob Wetterling.

Fearing the police would hear his cries after being sexually assaulted, he shot Jacob Wetterling twice and buried his body on his farm. Danny Heinrich’s DNA was found on the sweatshirt of a 12-year-old boy, Jared Scheierl, who was 12 when he was snatched and sexually assaulted nine months before Jacob Wetterling. Local resident and blogger Joy Baker worked with Jared Scheierl to investigate the connection between the two crimes and provide answers for the Wetterling family.

Jacob Wetterling’s abduction led Congress to pass legislation to create sex offender registries and the creation of the Zero Abuse Project, a 501(c)(3) organization dedicated to improving prevention, recognition, and response to child sexual abuse.

6. Danny Goldman (Solved!)

The case of Danny Goldman, missing since 1966 out of Miami-Dade, Florida, was investigated by two agencies: the then-Dade County Sheriff’s Office and the FBI, according to the Miami Herald.

Danny was kidnapped from his home on March 28, 1966, the day before he turned 18. A man broke into Danny’s home and demanded $10,000, and when the family couldn’t provide it, he kidnapped Danny, raising the ransom to $25,000. However, no call for the ransom ever came, and Danny was never seen again.

In 2012, a group of Danny’s childhood friends reopened the case. Their investigation revealed that the kidnapping was linked to organized crime, as Danny’s father had ties to a bank under federal investigation. The kidnapper was identified as George Defeis, a criminal associated with the Trafficante crime family. Authorities believe Danny was murdered shortly after the abduction, and his body was likely dumped.

On December 28, 2021, the Miami-Dade Police Department officially closed the case, crediting the group of friends for solving the 55-year-old mystery.

7. Kim Sue Leggett

In 2012, the FBI released aerial photos related to the disappearance of Kim Sue Leggett to KRGV.com, a Rio Grande Valley, Texas news station. The Monitor reports that in 1994, Leggett, a then 21-year-old wife and mother, was abducted from her place of work at a Texas cotton gin. Soon after that, her father received a ransom phone call and a ransom note a few days later, but that was the last they heard. The ransom note appeared to be written in Kim’s handwriting and asked for $250,000.

The investigation was handled by the Mercedes Police Department and may have been botched, but not deliberately, an investigator has told KRGV. Believing Kim may be dead, the Texas Department of Public Safety placed her on its Top 12 Texas Rangers Unsolved Homicides webpage in 2013. The FBI and Hidalgo County investigators continue to seek information related to the case.

8. Tammy Lynn Leppert

Tammy Lynn Leppert has been missing since July 1983, when she disappeared from Brevard County in Florida, at the age of 18. Leppert was a model who specialized in swimsuit wear and had won more than 300 beauty contests by the time she reached 16, according to the website Unsolved.com. She may have been three months pregnant at the time of her disappearance, and a male friend said he last saw her, dropping her off outside a Cocoa Beach bank following a disagreement. There were also indications she was having problems at home.

Christopher Wilder, a man linked to rapes and murders of women in the area, was a suspect, but police were never able to connect the two, and Wilder died in a shoot-out with police in 1984, CharleyProject.org reports. The Cocoa Beach Police Department remains the investigating authority on the case and can be reached with any new details.

9. Brittney Beers

Britney Beers made the news again in 2012, but not in a way anyone would ever hope for. September 2012 marked 15 years since the then six-year-old went missing outside of her apartment complex in Sturgis, Michigan, according to the Sturgis Journal. She was last seen sitting on a bench at about 8:45 p.m. outside of her family’s apartment complex, reports WSBT.com. Witnesses indicated that Brittney was talking to a man. A red or brown car was described as a vehicle of suspicion in the 1997 crime.

A detective with the Sturgis Police Department most recently told WSBT that the girl was probably no longer alive but that there was always “hope.” The case remained open as of 2012, with the Sturgis Police Department receiving and following up on more than 1,000 tips over the years.

In 2015, Daniel Furlong admitted to sexually assaulting, strangling, and dumping the body and bicycle of Jodi Parrack in 2007 in a cemetery in Constantine, Michigan, where her mother found her. He was labeled as a person of interest in the Brittney Beers case after DNA from Parrack’s body and clothing matched the DNA swabbed from a 10-year-old girl he abducted in White Pigeon who broke free after being tied up with extension cords at knifepoint.

As part of a plea deal for these crimes, in 2016, Daniel Furlong agreed to take a polygraph test about the Beers case, in which he said he did not kill Brittney Beers. The Sturgis police are not done questioning him, but he can’t be forced to take a second polygraph test. At 65 years old, Daniel Furlong was sentenced to 30 to 60 years in prison for second-degree murder charges.

10. Sabrina Aisenberg

In 2009, CNN featured the disappearance of Sabrina Aisenberg, a five-month-old, on her true crime show to try and garner attention for her case. Sabrina had disappeared in November 1997 from her crib, right around Thanksgiving time. The garage was found open and the house door unlocked, and there was no sign of an intrusion.

The parents were considered top suspects by the Hillsborough County Sheriff’s Office, which received a warrant to bug their home, according to ABC News 20/20. The FBI indicted the couple, but a federal judge declared the information obtained from the bug in the home inaudible and therefore inadmissible. The couple had also taken polygraphs, but they turned out to be inconclusive, according to Unsolved Mysteries.

In 2003, a girl in Illinois was thought to be Sabrina, but DNA proved otherwise. The Hillsborough County Sheriff’s Office continues to investigate, and Sabrina has never been found.

Criteria Used in Compiling Top 10 Unsolved Kidnappings (Three Solved as of April 2025):

  1. 1. Crime Committed: Each of the individuals on this list, sadly, was either kidnapped or abducted.
  2. 2. Length of Case: All of these crimes are at least ten years old.
  3. 3. Newsworthy: Many of these cases were major news stories, and the communities that the individuals lived in were deeply affected.

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

Criminalistics vs Criminology

Criminalistics and criminology are two different sectors within the vast field of forensic science. They might seem similar, but the two differ significantly from one another. Criminalistics is the study of evidence to investigate crimes, and criminology is the examination of crime within society.

Criminalists collect, document, preserve, and examine the physical evidence at crime scenes. They also thoroughly survey crime scenes to detect if anything is out of place. They study the acquired evidence at a laboratory, using their knowledge of chemistry, biology, molecular biology, physics, statistics, and geology.

Upon close observation of the evidence, a criminalist must be able to piece together the events that may have transpired at a crime scene. There are many specializations in criminalistics including computer forensics, arson, blood and tissue spatter, DNA, toxicology, serology, firearms, and toolmarks, among others. Criminalists may also be called in a court of law to testify.

Criminology, on the other hand, involves the study of why crimes occur, how they can be prevented, and the effects they have on a society. Criminology uses the principles of psychology and sociology to trace the roots of crime and criminals. It also takes a look at the environmental, psychological, hereditary, and social causes of crime.

One common legal definition of criminology is as follows: “The study of the making of laws, the breaking of laws, and reactions to the breaking of laws.” By studying the socioeconomic status of a population, the areas in which they live, and the social groups of which they are part, criminologists can understand the overarching reasons for criminal activity. Criminalists also analyze the punishment and correction modes in practice and make recommendations on how crime can be reduced.

Below is a detailed comparison of criminalistics and criminology.

CriminalisticsCriminology
DefinitionCriminalistics involves the collection, identification, and recognition of physical evidence from a crime scene. Criminalists apply their knowledge from across various disciplines—chemistry, biology, geology, and related sciences—to investigate and solve a crime. The career also involves the application of legal expertise.Criminology is the study of the causes of crime in a society, its effects, and how crime can be prevented. Criminologies examine the psychological, environmental, social, and hereditary causes of crime. They also study the different modes of punishment and correction.
EducationCriminalists typically need a bachelor’s degree in chemistry, physics, biology, forensic science, or a related subject. Many criminalists also complete advanced degrees.Criminologists need a bachelor’s or master’s degree in criminology. One can also pursue a bachelor’s or master’s in criminal justice as these programs generally offer a concentration in criminology.
Featured ProgramsMetropolitan State University of Denver: BA in chemistry with a concentration in criminalistics
University of Florida: MS in forensic science
Virginia Commonwealth University: BS in forensic science
Florida State University: various degrees available
Keiser University: MA in criminal justice
Rasmussen College: BS in criminal justice
Typical CourseworkCriminal law
Medico-legal death investigation
Forensic drug chemistry
Forensic toxicology
Forensic DNA and serology.

The different criminalistic disciplines include comparative sciences, traffic accident analysis, and criminal investigative analysis.
Criminal law
Psychology of crime
Statistical and computer applications in criminal justice
Research methods in criminal justice
Criminological theories
Race, ethnicity, crime and social justice
Prevention and treatment of crime
Skills & CompetenciesA criminalist must have strong written and verbal communication skills as well as the ability to think critically and come up with innovative solutions to problems. It is important to remember that a criminalist’s role is to present a detailed analysis of the available evidence, not passing judgment on the guilt or innocence of the accused.A criminologist must possess strong analytical and critical thinking skills. Moreover, they should be observant and have excellent communication and leadership skills. Their mission is to come up with strategies to improve the justice system by analyzing crime trends.
Job TitlesForensic Analyst
Forensic Death Investigator
Forensic Fingerprint Expert
Crime Scene Technologist
Crime Scene Analyst
Crime Scene Investigator
Correction Officer
Youth Services Counselor
Patrol OfficerJuvenile Detention Officer
Police Department Intern
Serious or Violent Offense Investigator
Where Do They Work?Criminalists generally work in government agencies such as police departments, the Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF), and the Federal Bureau of Investigation (FBI), among others. They can also work as medical examiners or coroners.Criminologists work in universities or government agencies, where they spend most of their time conducting research. They may also take up consulting, where they help guide policy-making for federal, state, private, and non-profit organizations. Some criminologists work with police departments and investigators.
CertificationsAmerican Board of Criminalistics
American Board of Medicolegal Death Investigators
SNHU: Certificate in Justice Studies: Crime and Criminology
Professional Organizations & ResourcesCalifornia Association of Criminalists
American Academy of Forensic Sciences
Association of Firearm and Tool Mark Examiners
International Association for Identification
American Bar Association
American Correctional Association
International Association of Chiefs of Police

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

What is Criminalistics? Why Study It?

The criminal justice system in America is the overarching establishment through which crimes and those who commit them are discovered, tried, and punished. This includes all of the institutions of government aimed at upholding social order, deterring and mitigating crime, and sanctioning those who violate the law, such as law enforcement and the court and jail systems.

Criminology and criminalistics are two subsets of the criminal justice system. Criminology relates to studying and preventing crime—typically with behavioral sciences like sociology, psychology, and anthropology. Criminalistics refers to a type of forensics—the analysis of physical evidence from a crime scene.

While criminology has preventative components, criminalistics comes into effect only after a crime has been committed. A criminalist applies scientific principles to the recognition, documentation, preservation, and analysis of physical evidence from a crime scene. Criminalistics can also include crime scene investigations. The Bureau of Labor Statistics (BLS) classifies criminalists as forensic science technicians. Most professionals regard criminalistics as a specialty within the field of forensic science.

What Do Criminalists Do?

Criminalists use their knowledge of physical and natural science to examine and analyze every piece of evidence from a crime scene. They prepare written reports of their findings and may have to present their conclusions in court. A criminalist is not involved in determining the guilt or innocence of an accused individual. Their job, rather, is to present an objective analysis of the evidence.

There are several critical skills that criminalists need to be successful in their work. First, they must be detail-oriented and have excellent written and verbal communication skills. Second, they should also have strong critical-thinking and problem-solving skills and a solid background in science, statistics, physics, math, and ethics. Finally, criminalists should be comfortable testifying in court.

Most of a criminalist’s work is performed in a laboratory unless they specialize in crime scene investigation. Their job typically includes recognizing what information is important, collecting and analyzing evidence without contaminating it, and organizing all information and evidence coherently.

Criminalistics has many fields of specialization. Specialties include, but are not limited to:

  • Alcohol and drugs
  • Arson
  • Blood and tissue spatter
  • Computer forensics
  • DNA
  • Explosions
  • Serology (examining and analyzing body fluids)
  • Toxicology
  • Firearms and tool marks
  • Trace evidence
  • Wildlife (analyzing evidence against poachers)

As long as crimes continue to be committed, there will always be work for criminalists. A criminal will always leave evidence, no matter how minute, according to forensic scientist and “Father of Criminalistics” Paul L. Kirk:

“Wherever he steps, whatever he touches, whatever he leaves, even unconsciously, will serve as silent evidence against him. Not only his fingerprints or his footprints, but his hair, the fibers from his clothes, the glass he breaks, the tool mark he leaves, the paint he scratches, the blood or semen that he deposits or collects – all these and more bear mute witness against him. This is evidence that does not forget. It is not confused by the excitement of the moment. It is not absent because human witnesses are. It is factual evidence. Physical evidence cannot be wrong; it cannot perjure itself; it cannot be wholly absent. Only its interpretation can err. Only human failure to find it, study and understand it, can diminish its value.”

Who Employs Criminalists?

The BLS (2024) predicted that openings for forensic technicians would increase by 14 percent in the decade preceding 2033, which is more than triple the average for all occupations nationally (4 percent). Technological advances have made forensic information increasingly essential in the courts, and criminalists with a master’s degree are expected to have the best opportunities.

The biggest employers of criminalists are governmental agencies, such as those below.

  • Bureau of Alcohol, Tobacco, Firearms and Explosives (ATF)
  • Central Intelligence Agency (CIA)
  • Drug Enforcement Administration (DEA)
  • Environmental Protection Agency (EPA)
  • Federal Bureau of Investigation (FBI)
  • Medical Examiners/Coroners
  • Military
  • Police departments
  • U.S. Customs

Other employers include private companies, educational institutions, and crime laboratories.

For most positions, criminalists must pass drug tests and background investigations. Although criminalists are not obligated to be licensed, most choose to obtain credentials and certifications from various professional organizations.

Featured Programs in Criminalistics

Most entry-level criminalist positions require bachelor’s degrees in biology, chemistry, forensics, or other natural or physical science, but some positions require a master’s degree. Due to advances in technology and methodology, continuing education is necessary.

When choosing a school, it is essential that the school is accredited. Also, it matters what agency certified it. Accreditation is a process by which an independent agency evaluates the quality of the curriculum and faculty.

While criminalistics does not have a specific accrediting agency, the Forensic Science Education Programs Accreditation Commission (FEPAC)—the most prominent accreditation entity in this field—does certify forensic science programs. Furthermore, several recognized, regional accreditation entities evaluate universities as a whole and have received approval from the U.S. Department of Education’s Council for Higher Education Accreditation (CHEA). Below are a few schools that offer accredited criminalistics programs.

Metropolitan State University of Denver, Department of Chemistry

The Metropolitan State University of Denver offers a bachelor’s degree in chemistry with a concentration in criminalistics. The program has two tracks, the first of which requires one semester of physical chemistry and two internships in criminalistics. The second track requires one internship and a full year of physical chemistry studies, which allows the student to earn the certification of the American Chemical Society (ACS). The tracks require 97 or 107 credits, respectively.

Students may also opt for a bachelor’s degree in criminal justice with a minor in criminalistics, which requires 144 credits. Although a few classes are available online, most of the criminalistics coursework is available on-campus only. Online courses require a campus visit.

  • Location: Denver, Colorado
  • Accreditation: North Central Association of Colleges and Schools
  • Format: Mostly on-campus with some online courses
  • Program length: 97 to 144 credits

Drexel University, College of Medicine

Drexel’s master’s program in criminalistic science is designed for students and working professionals with undergraduate degrees in criminal justice and its related field. Students with backgrounds in engineering, computer science, criminal law, psychology, and sociology will find this program beneficial.

This 44.5-credit program includes the study of criminal law, medico-legal death investigation, comparative sciences, and analytic techniques focusing on crime scenes, bloodstain pattern analysis, and arson and explosion, among others. Some of the coursework overlaps with the master’s program in forensic science, which requires 45 credits. All of the coursework is offered on-campus, but for undergraduate students, Drexel offers an online criminal justice program.

  • Location: Philadelphia, Pennsylvania
  • Accreditation: Accreditation Council for Continuing Medical Education
  • Format: On-campus
  • Program length: 44.5 to 45 credits

University of Florida, College of Pharmacy

The University of Florida offers many online programs for professionals in crime and medical diagnostic labs, medical examiners’ offices, prosecution attorney’s offices, hospitals, clinical chemistry laboratories, crime laboratories, law enforcement, education, and criminal defense. Students can choose between one of four master’s degrees: forensic science, forensic DNA and serology, forensic drug chemistry, and forensic toxicology.

These degrees can be completed in as little as two years with 32 credits. Outside of master’s programs, the University of Florida also offers a fully online 15-credit graduate certificate where students can personalize their education through a concentration in forensic drug chemistry, forensic death investigation, forensic DNA and serology, and forensic toxicology.

  • Location: Gainesville, FLorida
  • Accreditation: Southern Association of College and Schools, Distance Education Accrediting Commission (DEAC)
  • Format: Online
  • Program length: 32 credits or 15 credits

Tiffin University

Tiffin University offers a four-year online bachelor’s of science in criminalists. Graduates of this program will have the skills necessary to reconstruct crimes and analyze physical evidence. Students will learn both the scientific method and the legal process and know how to apply them in a forensic lab.

One unique feature of this program is that students will gather evidence in classes and then continue to analyze the same evidence in subsequent courses. This teaches students the myriad of ways that evidence can be processed and that information that can be gleaned from it.

  • Location: Tiffin, Ohio
  • Accreditation: Higher Learning Commission (HLC)
  • Format: Online
  • Program length: 121 credits

California State University, Los Angeles – School of Criminal Justice and Criminalistics

At the School of Criminal Justice and Criminalistics at Cal State LA, students can complete a 41-credit master’s of science in criminalistics. Advertised as an interdisciplinary degree, this program combines physical and natural science with an understanding of how they can work with the justice system. There are extensive prerequisite coursework requirements, including biology, biostatistics, chemistry, organic chemistry, physics, and quantitative analysis.

  • Location: Los Angeles, California
  • Accreditation: Western Association of Schools and Colleges (WASC)
  • Format: On-Campus
  • Program length: 41 credits

Professional Resources in Criminalistics

  • American Academy of Forensic Sciences (AAFS)
  • American Board of Criminalistics (ABC)
  • American Board of Medicolegal Death Investigators (ABMDI)
  • California Criminalistics Institute (CCI)
  • International Crime Scene Investigators Association (ICSIA)
  • Journal of Forensic Pathology

Sandra Smith

Writer

Sandra Smith worked as a bookkeeper and secretary for a small air-conditioning contractor. She eventually became a CPA and started her own practice specializing in small business taxes and accounting. After retiring from business, she began writing articles for newspapers, magazines, and websites. She also authored four books. Sandra makes her home in the mountains with a rescue dog that naps on her lap as she writes.

How to Become a Fire Investigator

Fire investigators perform an invaluable service to society: they determine the causes of fires and, when necessary, determine whether a criminal act of arson was involved. These professionals employ both the skills of a scientist and a detective in their investigations. They work with fire departments, law enforcement agencies, insurance companies, and the criminal justice system to resolve questions surrounding how a fire started.

Fire inspectors carry an important social responsibility in their line of work since fires can involve a loss of property or even a loss of life. According to the Bureau of Labor Statistics (BLS May 2024), they made an average annual salary of $83,210, significantly more than the average for all occupations in the U.S.; which was $67,920 in May 2024.

So how does one become involved in this exciting career? While experience and educational requirements vary by region and organization, some common training programs and certifications can prepare prospective arson investigators for the challenges they will face. Fire investigators commonly have experience in firefighting in addition to postsecondary training. The various certifications and other recommended qualifications are covered below.

Featured Fire Science & Investigation Programs
Purdue Global BS - Fire ScienceVisit Site
Purdue Global BSCJ - Crime Scene InvestigationVisit Site
American Public University Fire Science Management (BS)Visit Site

Skills & Personality Traits of the Successful Fire Investigator

The investigation of fires requires a specialized skill set. The BLS details some of the important qualities and skills of arson investigators:

  • Communication skills: Since arson investigators must collaborate with several organizations, including fire departments, insurance companies, courts, and criminal justice institutions, they must have the ability to communicate well. They are expected to be able to explain fire code violations in clear language to property managers, in addition to interviewing witnesses after fires have taken place.
  • Analytical thinking: Fire investigators are tasked with determining the cause of fires and must be able to recognize various fire code violations or other factors contributing to a blaze.
  • Attention to detail: When determining the cause of a fire or performing an inspection, it is essential to pay attention to even small violations of codes. Therefore, being detail-oriented is an important part of this profession.
  • Honesty, integrity, and consistency: Arson inspectors must consistently apply fire codes and investigation tactics. They must also remain objective in their search for evidence and testimonies since their determinations can have legal (or criminal) ramifications.

Those interested in becoming fire investigators may find it useful to read the testimonies of people in that line of work. The International Association of Arson Investigators, Inc. boasts over 11,000 members worldwide and provides these professionals with articles, news alerts, and other resources. Furthermore, due to the important nature of the work, this site provides a community of like-minded individuals to share experiences and information surrounding the job.

Role Requirements for Becoming a Fire Investigator

Arson investigators have a range of responsibilities in their role. According to the BLS, fire inspectors commonly do the following:

  • Analyze evidence from fires and explosions (e.g., burn patterns, security videos, witness testimony, etc.) to determine the causes
  • Interview witnesses after events to get a complete picture
  • Reconstruct the scenes of fires
  • Pinpoint fire hazards
  • Ensure compliance with fire codes in buildings
  • Perform tests on various equipment such as fire alarms, sprinklers, and smoke detection systems
  • Check gas storage tanks, air compressors, and other systems that sometimes cause fires
  • Review building evacuation plans
  • Engage in follow-up visits after fire code infractions
  • Work with developers on building and emergency plans
  • Educate others on fire safety
  • Collaborate with chemists, engineers, firefighters, lawyers, and other professionals
  • Maintain detailed records including photographs, diagrams, videos, and written accounts to be used in reports and court testimonies
  • Testify in court proceedings

While many fire inspectors and investigators work normal business hours, they must be prepared to respond when fires happen, including evenings, weekends, and holidays. It is also important to note that these professionals have higher rates of injuries and illnesses than other professions. Smoke inhalation, walking on unstable structures, and other maladies can generally be avoided with caution and by wearing protective gear.

Career Outlook for the Fire Investigator Career

The BLS (2024) predicts that the demand for all fire inspectors will grow by 6 percent between 2023 and 2033, which is faster than the national average for all occupations at 4 percent (BLS). However, the BLS also notes that for fire inspectors and investigators combined, that demand is only expected to grow about 5 percent during the same decade (BLS).

On the other hand, the demand for the forest fire inspector and prevention specialist role is expected to have a 16 percent growth over that same period. The specialty that an investigator decides to pursue can have a major impact on how in demand they will be.

Fire Investigator Salaries

In addition to a strong occupational outlook, fire inspectors and investigators boast salaries that are higher than the average for occupations. According to the Bureau for Labor Statistics (May 2024), the 16,830 fire inspectors and investigators across the nation earned an average annual salary of $83,210.

In more detailed terms, here is a breakdown of the salary percentiles among all fire inspectors and investigators in the country (BLS May 2024):

United States
Number of professionals Employed16,830
Annual Mean Wage$83,210
10th percentile$42,730
25th percentile$56,440
50th percentile$75,480
75th percentile$100,720
90th percentile$137,250

The national figures were slightly different according to another source of data, PayScale (April 2025), which relies on self-reported salaries. Among the fire inspectors or investigators reporting their annual salaries, PayScale found these percentiles for the US:

  • 10th percentile: $85,000
  • 50th percentile (median): $72,036
  • 90th percentile: $118,000

Education and Professional Licensure Requirements for Fire Investigators

There are no specific educational requirements for fire investigators. Rather, most people come to the occupation through previous work as firefighters, meaning that much of the required training happens on the job.

Certification requirements for fire investigators vary by state, but many states do require certification that covers the National Fire Protection Association (NFPA) standards. More details about potential certifications are available at the end of this article.

Steps to Becoming a Fire Investigator

According to the BLS, most fire inspectors and investigators have high school diplomas and previous experience working in fire or police departments and pursuing one of many available certifications and training programs. Here is one possible path to becoming an arson investigator:

Step 1: Graduate from high school.

According to Career One Stop, a site sponsored by the U.S. Department of Labor, less than 2 percent of employed fire inspectors and investigators still need to complete high school, which means it is virtually required for any job. While in high school, students should excel in math and sciences such as chemistry and biology.

Step 2: (Optional) Attain an associate’s or bachelor’s degree.

Some candidates may pursue an associate or bachelor’s degree in chemistry, fire science, engineering, criminal justice, or a related discipline prior to applying to police or fire academies to get some job experience. According to Career One Stop, 22 percent of these specialists have at least a bachelor’s degree, while 16 percent hold associate degrees. Prior to being hired as firefighters, many also receive training as emergency medical technicians (EMTs).

Step 3: Attend a fire academy.

Working as a firefighter is a high-intensity and high-stress job, which means thorough training to ensure fast reaction times and smart decisions is critical. Although the specifics around a fire academy differ among local departments, prospective arson investigators should be prepared to undergo this grueling training. Fire academy training will include physical and classroom work and typically requires at least 600 hours.

Step 4: Gain work experience working in a fire or police department.

Fire inspectors or investigators normally have previous work experience in a related field. This on-the-job training can range from being a volunteer firefighter or intern to being a police officer, although most do work for the fire department. Some departments may require that a police officer or firefighter achieve an elevated ranking (e.g., lieutenant or captain) to be eligible for a fire inspector position. While these requirements and recommended paths will vary by agency or region, the prospective fire inspector should receive an experiential education on the origins of fires, evacuation procedures, fire codes, fire prevention, and other specialized knowledge to be prepared for this career.

Step 5: Attend a training program to get certified.

Several arson investigator training programs prepare people for careers in this field. Some of the courses include specific training in fire investigation, research, analyses, and reporting procedures. Generally, this training is combined with fieldwork, internships, and labs. There are some specialties within the realm of fire investigation that an individual may choose to pursue, including a focus on vehicular, electrical, chemical, warehouse, forest, or other types of fires. In addition to the practical knowledge of fire prevention and analyses, these candidates will typically receive some legal training as well since they often work in conjunction with police detectives and criminal justice professionals.

Step 6: Apply for a job as a fire inspector or investigator.

In addition to completing an application and affiliated certification program, candidates generally must also pass a background check, which may include a drug test. Be sure to check the employing agencies’ specific requirements prior to applying.

Fire Inspector Certification

There are several certifications available for arson and fire investigators. Although certifications are not legally required to work in the field, some departments may prefer or even require them for employment or advancement.

The National Association of Fire Investigators (NAFI) offers three certifications:

  • Certified Fire and Explosion Investigator (CFEI)
  • Certified Fire Investigator Instructor (CFII)
  • Certified Vehicle Fire Investigator (CVFI)

The National Certifying Board of the NAFI accredits these programs. Each of the certifications generally requires a review of candidates’ credentials, completion of an application, passing an exam, maintenance of NAFI membership, and recertification every five years. Since the CFII and CVFI certifications involve more advanced training, in addition to the requirements above, applicants will have to complete a training course. Interested applicants can consult the NAFI site for specific requirements.

Another entity that offers training programs is the U.S. Fire Administration, which has several free and paid programs available.

The International Association of Arson Investigators offers a Certified Fire Investigator (IAAI-CFI®) program. In order to attain this credential, applicants must earn at least 150 points in an evaluation of experience, education, and training, in addition to passing a proctored examination with at least a 70 percent grade. Similar to the other certifications, IAAI-CFI candidates must recertify every five years.

The National Fire Protection Association offers various training programs and certifications for arson investigators. These include:

  • Certified Electrical Safety Compliance Professional (CESCP)
  • Certified Fire Protection Specialist (CFPS)
  • Certified Fire Inspector I (CFI)
  • Certified Fire Inspector II (CFI-II)
  • Certified Fire Plan Examiner (CFPE)
  • Certified Water-Based Fire Protection System Inspection, Testing, and Maintenance (WBITM)
  • Certified Wildfire Mitigation Specialist (CWMS)

Finally, the Bureau of Alcohol, Tobacco, Explosives and Firearms (ATF) offers a CFI certification. This certification is unique in that it is provided by a federal law enforcement agency and may better prepare candidates to qualify as witnesses in court proceedings. This two-year training program requires six weeks of courses and fieldwork covering 100 fire sites under the tutelage of an experienced CFI.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.

Crime-Fighting Insects: How to Become a Forensic Entomologist

Entomology is the study of insects, and forensics relates to the scientific investigation of crimes. So how do insects and the law come together? Forensic entomology is the study of insects as it relates to criminal investigations. For example, the presence of certain types of insects can reveal a lot about when, where, and how a person died.

Forensic entomology can also assist in detecting drugs and poisons; determining the location of a crime; finding the presence and time of trauma; and finding links between suspects, victims, and specific crime scenes.

The first recorded incident of forensic entomology dates back to the 13th century when a Chinese farmer was found murdered in a field. The Journal of Forensic Dental Sciences reports that according to the book The Washing Away of Wrongs by Sung Tzu, “…all the suspects were told to place their sickles on the ground. Only one sickle attracted blowflies to the trace amount of blood hidden to the naked eye, which resulted in the confession by the murderer.”

Several decades later, forensic entomology remains a relevant discipline used by police detectives, coroners, federal agencies, and medical examiners who work closely with forensic entomologists to uncover hidden criminal evidence.

So how does one get started in a forensic entomology career? While experience and educational requirements may vary, some standard training programs and certifications can prepare professionals for a career in forensic entomology.

Read on to learn more about fighting crime with insects and become a forensic entomologist.

Skills and Personality Traits of Successful Forensic Entomologists

First and foremost, it should go without saying that forensic entomologists should be comfortable interacting with insects. By observing mites, spiders, ticks, and other non-insect arthropods in the presence of human remains, a forensic entomologist can decipher when and how the person whose remains are left behind died. For example, a forensic entomologist knows the presence of maggot larvae indicates a recent death as maggots appear almost immediately after a person dies.

Second, forensic entomologists should have solid coping skills since they will likely work in traumatic crime scenes. Beyond the gruesome scenes, each type of insect at a crime scene with human remains can reveal important information. Forensic entomologists use their knowledge of species identification and growth rates to help determine the time and manner in which a person died. For example, deceased individuals release a specific chemical that certain types of insects can detect at different stages, which helps forensic entomologists determine the current stage of decomposition.

Last, objective observation and communication skills are essential for forensic entomologists. Many agencies, including police detectives, coroners, federal agencies, and medical examiners, work with forensic entomologists to identify these crucial pieces of information. They can help identify cases of anaphylactic shock, car accidents, murder, and other types of sudden death.

Investigating insects and their effects on cadavers requires a very specialized skill set. Below are some essential qualities and skills of forensic entomologists:

  • Interest in insects: Forensic entomologists must be comfortable, not squeamish, around insects. Fieldwork in outdoor crime scenes involves the decomposition of human remains in various stages. As noted by entomologist George Keeney, “You can’t be afraid to get your hands dirty.”
  • A degree in biology or other natural sciences: Depending on the job, a bachelor’s in biology or a related field might suffice, although many entomologists have spent years studying entomology at the undergraduate, graduate, and even doctoral levels.
  • Interpersonal and communication skills: While these skills might vary according to position, forensic entomologists, regardless of whether they are professors, consultants, or expert witnesses, will need to have strong written and oral communication skills that can serve as legal testimony.
  • Knowledge of the law: Because most forensic entomologists work directly with law enforcement officers, they should have a strong understanding of criminal law.
  • Public speaking skills: Forensic entomologists may be called upon as expert witnesses in criminal trials. They should expect to speak clearly and concisely to large groups of people.

Role Requirements for Forensic Entomologists

There are several different subfields available to forensic entomologists. For example, product entomology refers to the study of contaminated food; urban entomology involves studying how insects affect humans and the larger environment; and medico-legal entomologists (a.k.a., forensic entomologists) specifically study insects that feed on the remains of deceased humans.

Some forensic entomology duties include:

  • Consulting with police investigation units and other research staff
  • Examining deceased bodies at a crime scene
  • Taking photographs of victims of homicide
  • Collecting and analyzing insect DNA from crime scenes
  • Studying the size, number, and type of insects present to provide an expert opinion in a criminal case
  • Determining the time since colonization, meaning the time the victim has been dead
  • Extracting substances from insects to aid in toxicology investigations
  • Determining whether a deceased and sexually assaulted victim was drugged or otherwise injured before or during the crime based on the attraction of insects to bodily fluids

Steps to Becoming a Forensic Entomologist

Here is one possible path to becoming a forensic entomologist, including the requisite education, experience, and credentialing.

Step 1: Earn a bachelor’s degree in entomology, biology, zoology, forensics, or other natural sciences (four years)

Joining this career starts with graduating from high school and enrolling in a bachelor’s program in forensics, entomology, or related natural sciences. While aspiring entomologists do not need to major in the field specifically, it is encouraged.

The Department of Entomology at the University of Texas A&M offers a bachelor of science in entomology. While this degree program emphasizes the relationship between insects and agriculture, students can combine it with other four-year forensic science programs accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC). In addition, Texas A&M offers several other entomology programs that confer master’s, doctoral, minor, and certificates.

Entomology students take various courses while completing their degrees, such as biology, criminalistics, ecological impact, evolution, forensic science, genetics, human anatomy and physiology, insect anatomy, life cycles, microbiology, parasitology, physiology, population dynamics, reproduction, taxonomy, and toxicology. In addition, students should take every opportunity for hands-on experience through internships or part-time work.

Step 2: Get some experience in the field (one to three years)

There are some jobs, internships, and other hands-on opportunities available to aspiring forensic entomologists with at least a bachelor’s degree. One common way to achieve this is to work as an assistant for someone who has already established themself as a leading forensic entomologist.

Many agencies offer internships for budding forensic entomologists. Graduates can find job openings on the Entomological Society of America website. To qualify for certification through the American Board of Forensic Entomology (ABFE) as a forensic entomology technician, a candidate must have some relevant experience on their resume to be considered for the exam.

Step 3: Pursue technician certification through the American Board of Forensic Entomology (less than one year)

The first level of certification available through the American Board of Forensic Entomology (ABFE) is the forensic entomology technician credential.

To qualify for the exam, a person must submit a detailed resume listing all entomology courses and experience, university transcripts, and a fee to the ABFE. Certified technicians are authorized to collect and process entomological specimens before sending them to ABFE diplomates or members for further analysis. Technicians pay annual dues and must recertify every five years.

Step 4: Pursue a master’s degree and/or doctorate (two to four years)

A graduate degree is essential for aspiring leaders in research and academia.

The University of Nebraska offers an online master of science (MS) in entomology. Students take core courses in insect ecology, insect physiology, insect identification, and natural history, as well as electives, which include aquatic insects, medical entomology, forensic entomology, insect behavior, and insect toxicology. Students also complete a research project and an independent study project.

Students wishing to teach or simply to obtain a higher position can continue towards earning a doctorate in forensic entomology. Doctoral candidates should expect to devote extra time to attend seminars and research. They may also need to complete written or oral exams and their dissertation in which aspiring forensic entomologists can focus their research on a specific area of forensic entomology.

Please see our guide to forensic entomology programs for more detailed degree program information.

Step 5: Achieve diplomate or member status through the American Board of Forensic Entomology (less than one year)

Forensic entomologists at this stage can apply for the terminal certification in this field: member or diplomate status through the American Board of Forensic Entomology (ABFE).

Candidates must pass a peer-review process and practical and written exams. The board offers the exams at least once a year to members of the organization. For more information about achieving these credentials, please contact the ABFE chairperson.

As a final note, forensic entomologists in the U.S. may want to consider joining professional groups such as the North American Forensic Entomology Association, which offers networking, continuing education, conferences, and other resources.

Rachel Drummond, MEd

Writer

Rachel Drummond has given her writing expertise to ForensicsColleges.com since 2019, where she provides a unique perspective on the intersection of education, mindfulness, and the forensic sciences. Her work encourages those in the field to consider the role of mental and physical well-being in their professional success.

Rachel is a writer, educator, and coach from Oregon. She has a master’s degree in education (MEd) and has over 15 years of experience teaching English, public speaking, and mindfulness to international audiences in the United States, Japan, and Spain. She writes about the mind-body benefits of contemplative movement practices like yoga on her blog, inviting people to prioritize their unique version of well-being and empowering everyone to live healthier and more balanced lives.

A Forensic Psychologist’s Guide to Body Language

What you do speaks so loudly that I cannot hear what you say.”

Ralph Waldo Emerson

Whether going out on a date, traveling through a foreign country, or interrogating a suspect in a crime, forensic psychology offers a wealth of tools to help decode people’s nonverbal behavior.

These cues include gestures, vocal tones, body positioning, micro-expressions of the face, and often subconscious indicators of people’s internal states.

This guide offers a summary of some of the findings from well-established psychologists and legal experts. From Paul Ekman’s groundbreaking facial expression research to former FBI expert Joe Navarro’s findings of body language, this discipline can elucidate the less literal aspects of human communication.

Facial Expressions

Psychologist Dr. Paul Ekman is a legend in the world of deciphering facial expressions. Based on more than 50 years of research, Dr. Ekman has pioneered a coding system for people’s emotional displays involving hundreds of combinations of facial muscles, often scientifically correlated with distinct emotional states. He calls each observable facial movement an “action unit” or an AU and offers some online tools to help people gain mastery in decoding facial signals.

One of his main contributions to the research is micro-expressions, brief flashes of emotions revealed on one’s face. This training has been used by lie detection experts, actors, and Homeland Security officers.

So what are some of the telltale signs?

A thorough introductory summary of Dr. Ekman’s work includes:

Surprise

  • Raised and curved eyebrows
  • Horizontal wrinkles across the forehead
  • Relative dominance of the white of the eye
  • Open jaw without tension or stretching of the mouth

Fear

  • Brows raised together, typically in a flat line
  • Wrinkles between the brows
  • Raised upper eyelids with tense lower lids
  • The upper eye exposes more sclera (white of the eye)

Disgust

  • Raising of upper eyelids, cheeks, and lower lips
  • Scrunched nose

Anger

  • Lowering and drawing together of brows, often with vertical lines between them
  • Tension in the lower eyelids
  • Wide or bulging eyes
  • Lips pressed together with downturned corners
  • Dilated nostrils
  • Jutting of the lower jaw

Happiness

  • Drawing back and up of the corners of the mouth
  • Creation of a wrinkle from the outer nose to the outer lip
  • A Duchenne smile is the one that reaches your eyes, making the corners wrinkle up with crow’s feet. It’s the smile most of us recognize as the most authentic expression of happiness.

Sadness

  • Inner eyebrows contracted and raised
  • Lower lip pouting
  • Raised jaw

Contempt or hate

  • Raising one side of the mouth

Aspiring forensic psychologists can sharpen their skills in identifying microexpressions through Dr. Ekman’s online Micro Expressions Training Tools course. Used by many Fortune 500 companies and individuals, this course teaches how to respond effectively to facial expressions in law enforcement and other workplace and personal environments. The goal of this program is to increase individuals’ abilities to increase emotional awareness and detect deception. The course is available in English, Spanish, and Portuguese.

Body Language

Joe Navarro, a 25-year FBI veteran in counterintelligence and best-selling author, is an expert on body language and non-verbal communication. He writes on his blog JNForensics.com that many of the behaviors people typically associate with lying—avoiding eye contact, looking up in one direction, touching one’s face, clearing one’s throat—don’t indicate deception. He adds that even experts in the field can only tell if someone is lying roughly 60 percent of the time.

That said, Navarro has learned a lot from his 44-year-long career in detecting people’s inner lives. While he supports the validity of Dr. Ekman’s and other scholars’ research on micro-expressions, he makes the case that people’s entire body language reveals a more holistic expression of the truth. In his book Clues to Deceit, Navarro asserts more than 215 behaviors are linked to psychological discomfort, but most of them are not detectable in facial expressions alone.

Specifically, Navarro notes that the truth can be revealed in people’s feet. He uses two examples from his book “What Everybody is Saying” to show that the positioning of someone’s feet can show they are eager to leave or suppress agitation. For example, if someone appears friendly, but their foot is pointing in the direction of the nearest exit, this is a body language cue that someone needs to leave even if their face indicates otherwise.

As well, a person may appear calm and friendly but shows signs of agitation if they are repeatedly rolling their body weight to the outside of their feet. Why do facial and foot expressions not correlate? Bound by social manners or deceit, humans may present information in a socially acceptable way using the prefrontal cortex. Still, our limbic system, the most primitive part of the human brain, can override the desires of the prefrontal cortex. These examples of foot direction and movement show how the limbic system expresses the truth within the body more accurately than a facial expression.

Moving up from the feet, Navarro shares another telltale sign he observed when interviewing suspects: innocent suspects stayed cool. In contrast, guilty suspects moved their bodies in an attempt to cool off. He calls these “ventilating behaviors,” which include running fingers through hair multiple times, lifting or repositioning hats to increase airflow, pulling at shirt buttons or lifting a shirt away from the chest area, pulling at collars, or even untucking and retucking shirts to cool off. Yawning, the kind that draws in cool air quickly with an inhale, is also a ventilating behavior to notice when wondering if someone is telling the truth or not.

Moving up the body, Navarro highlights the correlation between people touching their necks and chins and not telling the truth. This is an automatic pacifying action people use to soothe themselves when presented with stressful situations. In general, men tend to grab and massage their necks and chins while women delicately touch their “suprasternal notch,” or neck dimple, the round place between the collarbones that joins the neck to the chest.

Navarro once interviewed the mother of a fugitive on the run who was considered armed and dangerous. The woman answered his questions but touched her neck dimple each time he asked if her son was in the house. Each time she said no, but when he asked permission to search her home, he found her son hiding in a closet.

Informed by the work of Navarro, here is a breakdown of some body language cues neatly summarized in a report in Entrepreneur:

  • Shrugging of the shoulders is a universal sign of confusion
  • Open palms signify honesty
  • A pointed finger with a closed hand is a dominant display
  • Voice fluctuations typically indicate interest, with women often raising their voices and men lowering them
  • Mirroring or imitating body language (including laughter) is a sign of liking someone
  • Eye contact is a display of interest, positive or negative
  • Open, expansive body positions indicate feelings of dominance, leadership, power, or achievement
  • Shaking legs or moving them excessively can be a sign of irritation or anxiety
  • Crossing of legs (especially in business negotiations) may indicate resistance or low receptivity
  • Demonstrating a variety or “cluster” of gestures in relatively rapid succession may signal attraction or interest
  • Displaying our ventral side (i.e., our front) can mean we favor something
  • Pointing a foot away from a partner in conversation may indicate a desire to exit

Cultural Differences in Facial Expressions and Body Language

When reading into facial and body language cues, it’s important to remember that culture, neurodiversity, and psychological conditions can play a big part in how emotions are expressed—or not expressed.

According to Dr. Emily Cook, a marriage and family therapist, non-verbal communication is universally valued over verbal communication (as reported in Healthline), but it’s also important to remember that cultures place different values on spoken and non-verbal communication and certain neurological or psychological conditions. Not being aware of these conditions can unnecessarily erode trust between people. Here are some examples of how non-verbal communication can appear from diverse perspectives from Healthline.

Cultural Rules

Eye contact in Western countries conveys respect; in many Eastern countries, it’s considered disrespectful or rude depending on age and cultural hierarchy.

Greetings also convey many cultural differences; some cultures greet each other with handshakes, hugs, and cheek kisses, while others greet each other with bows, hands in prayer position, or a simple chin nod without touching other people out of respect for their personal space.

Neurodiverse Differences

Neurodiverse is a term used to describe people who are autistic. For neurodiverse people, fidgeting or not making eye contact may be a self-soothing response to cope with a situation that is overstimulating or unfamiliar.

Psychological Diversity

People with psychological disorders may find it difficult to interact with peers in a way that follows cultural norms and expectations. People coping with anxiety or trauma may find verbal interactions complex and may prefer not to touch anyone or be touched by other people.

Building Trust is Key

While these research-backed cues to non-verbal communication can shine a light on what people are thinking, it’s also essential to consider the context. Those who are shy, for instance, may display signs of discomfort that can be misconstrued as other negative emotions, such as disgust or anger.

According to Navarro, it’s also crucial to establish trust or rapport with a person before trying to detect deception. He recommends that this baseline of more comfortable behaviors is important to establish a metric for more unusual facial expressions or body language patterns.

For further research on the meaning of non-verbal behaviors, the books and blogs of Dr. Paul Ekman and Joe Navarro, MA provide a comprehensive, research-backed overview from head to toe.

Jocelyn Blore

Chief Content Strategist

Jocelyn Blore is the chief content officer of Sechel Ventures and the co-author of the Women Breaking Barriers series. She graduated summa cum laude from UC Berkeley and traveled the world for five years. She also worked as an addiction specialist for two years in San Francisco. She’s interested in how culture shapes individuals and systems within societies—one of the many themes she writes about in her blog, Blore’s Razor (Instagram: @bloresrazor). She has served as managing editor for several healthcare websites since 2015.