
Jocelyn Blore
Forensic science occupies the intersection of law and laboratory analyses. These crime-fighting professionals carefully collect, process, and document evidence that is often invisible to the naked eye. Forensic scientists are responsible for solving some of the world’s most egregious abuses of people, institutions, and the environment.
So what is it that forensic scientists actually do? Forensic science work occurs in two environments: collecting evidence from crime scenes and analyzing evidence in laboratories.
At a crime scene, according to the American Academy of Forensic Scientists (AAFS), forensic scientists analyze a variety of evidence types (e.g., soils, bodily fluids, fibers, plants, explosives, etc.); utilize sophisticated chemical and biological technologies (e.g., mass spectrometry, liquid chromatography, etc.); document findings in photographs, drawings, and reports; liaise with various specialists; reconstruct crime scenes; and testify in court as expert witnesses when necessary.
In a laboratory, forensic scientist researchers are making breakthroughs in evidence collection. For example, Dr. Christopher Ehrhardt at Virginia Commonwealth University and his research team have developed a cutting-edge technique that preserves the integrity of physical evidence while revealing more information about it, such as age and sex, by encasing a cell in a drop of water. Forensic scientists can use this information to generate a DNA profile to rule out or accurately confirm criminal suspects.
The Forensic Specialties Accreditation Board recognizes a slew of forensic science subfields—including bloodstain analysis, document examination, medicolegal death investigation, and more.
Read on to discover the career outlook for forensic scientists and learn about various specializations and professional certification options.
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Dr. Tracey Dawson Green is a professor and chair of the Department of Forensic Science at Virginia Commonwealth University, where she also leads the Dawson Green Forensic Molecular Biology Research Laboratory. Prior to joining VCU, she served as assistant director and technical leader at Fairfax Identity Laboratories, overseeing CODIS operations and developing strategies for high-throughput forensic DNA analysis. She has also taught as a visiting assistant professor at George Washington University and continues to consult for forensic DNA laboratories nationwide.
Dr. Dawson Green is a fellow of the American Academy of Forensic Sciences (AAFS), a distinguished member and former two-time president of the Mid-Atlantic Association of Forensic Sciences (MAAFS), and an active member of ASCLD and the International Association for Identification. She served as a commissioner for the Forensic Science Education Programs Accreditation Commission (FEPAC) from 2012 to 2018 and frequently reviews forensic DNA grant programs for the National Institute of Justice.
ForensicsColleges.com: What is something you wish the public understood about forensic science?
Dr. Dawson Green: First, I want to say that public exposure to forensic science is an amazing thing; we are fortunate to benefit from many bright young minds interested in our field from what they see in popular media, including television. Whatever gets young people interested in science is great, even if the public perceptions do not perfectly match reality.
With that said, I believe there are two issues that we face as a community with public perception. First, jurors and more generally, the interested public, often believe that forensic testing and analysis is very quick and that a single analysis (say, DNA) will itself, clearly solve the crime. In reality, our forensic testing is detail-oriented, and the work requires a meticulous approach that is time-consuming.
Further, backlogs for testing are significant in many forensic disciplines. Consequently, the testing process is not as fast as sometimes depicted. Additionally, a single forensic analysis is most often only one small part of a larger investigation. Successful investigations and prosecutions most often require input from many scientific disciplines and a sound investigatory process—this encompasses a team effort to piece together what is often a complex puzzle.
The second issue I see frequently is perhaps the misperception that forensic science isn’t a “hard” science. Often, students connect more to the investigatory/criminal justice aspects without appreciating that we are actually laboratory scientists! Our biggest advice to prospective students is that forensic science begins with science; thus, students who do not enjoy their science courses may not find that this field is right for them.
ForensicsColleges.com,: Do you have any advice for those who may be considering a career in forensic science?
Dr. Dawson Green: Yes! Get a great undergraduate science degree that includes a rigorous base of basic, foundational science coursework. This may come in the form of a forensic science degree or another basic or applied science degree—but the most important thing is that the curriculum includes a standard sequence of chemistry and/or molecular biology coursework, including upper-level science coursework that is consistent with what would be found in a standard chemistry or biology degree.
Further, the majority of the science courses must include laboratory training as a component to ensure that students are building a solid laboratory skill set. Finally, a program that will offer the opportunity for experiential laboratory-based learning (outside of the classroom) is strongly recommended. If one already has a basic science degree and wants additional exposure to forensic science, try a master’s degree in forensic science—although an advanced degree may not be required for a given job, an MS degree may provide exposure to a professional network, making graduates more competitive in the job market.
If a student is choosing to pursue a forensic science degree at any level, they should look for FEPAC accreditation; accreditation will assure that most, if not all, of these desired characteristics are included with the degree.
ForensicsColleges.com: What does the future of the field look like to you?
Dr. Dawson Green: I think the future of forensic science is bright! There are many enthusiastic, smart, and eager young people coming into our field who will, no doubt, work to push our technologies and applications forward. The criminal justice system relies more prominently on scientific testing now than ever, and I don’t see this changing anytime soon. Thus, I have tremendous confidence that we will have a strong job market for many years to come.
Forensic science is trendy, driven in part by television shows, sensationalist media, and the near-universal desire to have an exciting and meaningful career. Luckily for those interested, the BLS predicts an explosion in job opportunities in this field.
In fact, the BLS projects that between 2023 and 2033, there will be a 14 percent increase in open positions for forensic science technicians. This figure is much more robust than the 4 percent growth rate predicted for all occupations during the same period (BLS 2025).
The expected additional 2,500 forensic science technicians nationwide is only part of the story. These professionals also make more money on average than other occupations. For illustration, in May 2024, the BLS reported that forensic science techs make an average annual salary of $75,260, which is 9 percent higher than the mean yearly wage for all occupations at $67,920 (BLS May 2024)—the latest data available as of May 2025.
Here is a more granular look at the expected salary percentiles for forensic science technicians, one of many career possibilities in forensic science (BLS May 2024):
Three related occupations open to forensic scientists include biological technology, laboratory technology, medical science, and fire investigation. Here is a breakdown of the expected salary within those careers and the current employment figures.
Biological technicians – 76,190 employed nationwide, $58,020 mean annual salary (BLS May 2024):
Clinical laboratory technicians and technologists – 343,040 employed nationwide, $65,320 mean annual salary (BLS May 2024):
Medical scientists – 167,760 employed nationwide, $111,430 mean annual salary (BLS May 2024):
Fire inspectors and investigators – 14,050 employed nationwide, $87,440 mean annual salary (BLS May 2024):
Not surprisingly, employment figures and wages vary by region, experience, education, specialty, and other factors. PayScale—an aggregator of self-reported salaries—shows differences in annual salary figures correlated to years of work experience. According to 36 salary profiles in May 2025, forensic science technicians earn an average of $59,140.
As mentioned above, the state or municipality where a forensic scientist works significantly impacts one’s salary. Here are the top-paying states for forensic science technicians listed with the annual mean salaries (BLS May 2024):
Luckily for aspiring forensic science technicians in the Golden State, four of the five top-paying metropolitan areas are in California (BLS 2024):
The BLS (2024) also reports on the top-employing states for forensic science technicians:
As mentioned above, salaries for forensic science technicians also tend to vary substantially by the employer. Interestingly, the highest-paying industry in this field was the federal government. In fact, three of the top five most lucrative employers for this profession were related to the government (BLS May 2024):
One of these industries was also the top employer of forensic science technicians nationwide, with state and local governments taking the lion’s share of the business (BLS May 2024):
Although television shows like CSI and NCIS give the impression that forensic scientists spend much of their time at crime scenes and doing investigative work, these are primarily scientific laboratory positions.
As mentioned above, most forensic science technicians are employed by the government. In fact, the Bureau of Labor Statistics found that local and state governments employ 60 percent of these professionals in police departments, morgues, crime labs, and coroner offices (BLS 2025).
Some specialize in forensic analyses and may work in biomedical research facilities, law offices, insurance firms, private investigation (PI) companies, hospitals, universities, ecological protection groups, private labs, and pharmaceutical industries. Other employment developments may be ushered in by disruptive technologies such as DNA analysis. Finally, while some forensic science professionals work regular business hours, others may be called on to work holidays, evenings, or weekends, depending on the needs of evidence analysis.
There’s a diversity of paths to becoming a forensic scientist. Some people seek investigative experience through law enforcement and may initially enroll in a police academy. Others pursue a college degree and gain knowledge on the job afterward.
One thing is sure: most forensic scientists have at least a bachelor’s degree. By illustration, the Occupational Outlook Handbook (OOH 2025)—an online data publication sponsored by the Bureau of Labor Statistics (BLS)—reports that the typical entry-level education for a forensic science technician is a bachelor’s degree.
Here is one possible path to becoming a forensic scientist.
At this phase, aspiring forensic scientists are encouraged to excel in biology, chemistry, physics, and mathematics. Additionally, some students may volunteer through a local police department, fire department, or laboratory to garner some hands-on forensics experience in the field.
While there may be limited undergraduate options in forensic science, those seeking to become forensic scientists may also pursue bachelor’s degrees in chemistry, biology, and other natural sciences.
Typical admissions requirements to these programs include sending official high school transcripts, submitting test scores (SAT or ACT, in addition to the TOEFL test for non-native speakers of English); writing a personal statement; and paying an application fee.
Students are advised to seek out programs accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC), the country’s predominant program approval body for forensics programs.
Forensic science bachelor’s programs can include forensic chemistry, molecular biology, criminal investigation, biochemistry, ethics, and evidence identification. Be advised that most FEPAC-accredited programs are generally offered through complex sciences departments (e.g., chemistry, biology), and many are at the master’s level. However, there are bachelor of science (BS) options available. Additionally, while some associate programs are available, students are encouraged to pursue the four-year degree option following the BLS recommendations for typical entry-level education.
For more information on accredited forensic science programs—including detailed examinations of specialties such as computers, nursing, engineering, anthropology, and more—please read more about Forensic Science Degree Programs below.
After completing an accredited forensic science program, these professionals generally gain some expertise on the job. At this phase, many hone their skills in a specialty such as bloodstain patterns, crime scene reconstruction, and document examination, to name a few.
While professional certification may not be required for employment, some forensic science professionals choose to become certified to enhance their employment candidacy and earning prospects. In addition, there are 10 specialty boards accredited by the Forensic Specialties Accreditation Board (FSAB).
Please see the “Specializations” section below for a detailed examination of the certification eligibility requirements for the various subfields of forensic science.
Three forensic science degree programs offer bachelor’s degrees, undergraduate certificates, and advanced degrees. These programs are accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC).
Florida International University (FIU) offers an undergraduate certificate and four advanced degree programs, including an MS in forensic science, a combined MS in forensic science/PhD in biology, a professional science master’s in forensic science, and a PhD in chemistry with a forensic track. FIU’s forensic science programs rank as some of the nation’s top on-campus and online programs.
Housed in the International Forensic Research Institute on campus, students practice forensic DNA profiling and analytical toxicology using state-of-the-art equipment for forensic research. Graduates from these programs go to work in forensic laboratory positions and research teams all over the world.
Texas A&M University offers a bachelor of science program in forensic and investigative sciences. Students can choose one of two specialization tracks: pre-law emphasis or science emphasis. Courses include forensic investigations, latent print processing, forensic soil science, forensic implications of inheritance, and internships.
In addition, the Department of Entomology Scholars Society is a student organization that promotes undergraduate activities and functions with special programs and summer conferences.
Virginia Commonwealth University offers a bachelor of science and a master of science program. All students take the 120 to 125-credit forensic science core curriculum and choose a concentration in forensic chemistry, forensic biology, or physical evidence. Forensic chemistry emphasizes toxicology, while forensic biology focuses on molecular biology. The physical evidence concentration prepares students for careers in fingerprint analysis, firearms & toolmark analysis, and other law enforcement specialties.
In addition, the Department of Forensic Science hosts a weekly seminar series with presentations by faculty, crime laboratory staff, students, and visiting lectures to connect students with various real-world perspectives and networking opportunities.
When researching educational programs, accreditation is an essential factor to consider. Top academic programs in forensic science are accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC), the leading accreditation organization for forensic science education programs in the United States.
The US Department of Education also recognizes six regional accrediting agencies:
Students and prospective employers benefit from knowing that an institution with programmatic, regional, or national accreditation has met the highest standards of educational quality.
To begin, ForensicsColleges.com has many detailed “how to become” features in various fields related to forensic science:
As previously mentioned, there are currently 10 professional certification organizations recognized by the Forensic Specialties Accreditation Board (FSAB). Typical requirements for professional certification in these subfields include having at least a bachelor’s degree; showing proof of three to five years of relevant experience; submitting letters of recommendation; and passing an exam.
The credentials are typically valid for three to five years and can be renewed after completing continuing education (CE) requirements and paying a recertification fee. Here is a detailed examination of some niche careers for forensic scientists to consider, including the experiential, educational, and examination requirements for professional certification.
The American Board of Criminalistics (ABC) offers professional certification in criminalistics at the affiliate, diplomate, and fellow levels.
To qualify for affiliate status, candidates must have at least a bachelor’s degree and pass an examination. For diplomate status, candidates must have at least a bachelor’s degree, two years of relevant experience, and a passing score on any ABC examination.
Fellows must fulfill the criteria of diplomate status plus participation in an approved proficiency testing area. Candidates can be tested in the following sub-specialties: comprehensive criminalistics, drug analysis, molecular biology, fire debris analysis, hairs & fibers, and paints & polymers. Diplomat and fellows’ credentials are valid for five years.
The American Board of Medicolegal Death Investigators (ABMDI) offers a registry and certification for professionals in this field. For the registry, candidates must have at least 640 hours of experience in a medical examiner or coroner’s office; professional references; a completed Performance Training Guidebook Checklist; and a passing score on the examination.
For certification, they must submit an employment verification form, including references from a forensic science specialist, a supervisor, and law enforcement; and pass a comprehensive 5.5-hour examination. The cost to apply for the exam is $50.
According to the American Board of Forensic Toxicology(ABFT), candidates for certification must submit a fee, a passport-style photo, official transcripts, and three professional references from forensic toxicology practitioners. In addition, there are three subcategories of certification at the diplomat level, all of which require at least a bachelor’s degree: forensic toxicology, forensic alcohol toxicology, and forensic drug toxicology.
At the fellow level, candidates require a doctor of philosophy of science degree. Additionally, all levels of certification require three years of experience and passing a comprehensive exam. Credentials last for five years. Please visit the How to Become a Forensic Toxicologist page for additional information.
According to the Board of Forensic Document Examiners (BFDE), candidates for professional certification must have at least a bachelor’s degree, two letters of recommendation, specific training outlined in the “Standard Guide for Minimum Training Requirements,” proof of continuing education (CE) in the field, possession of lab equipment relevant to the examination of documents, and a passing score on BFDE’s examination.
Another certification in this field is available through the American Board of Forensic Document Examiners (ABFDE), which similarly requires at least a bachelor’s degree, in addition to two years of recognized document examination training, three professional references, and the successful completion of three exams: written, practical, and oral.
The International Board of Forensic Engineering Sciences (IBFES) requires that forensic examiner credentialing applicants have at least a bachelor’s degree, three years of forensic engineering experience in litigations, three professional references, passing scores on two examinations (ethics and oral), and varying levels of overall professional experience depending on the highest academic degree achieved: bachelor’s degree holders (eight years) and master’s and doctorate holders (six years).
Certification lasts five years, and the process involves submitting records on forensic experience, continuing education, professional development activities, and other documents to the board for peer review.
The American Board of Forensic Odontology (ABFO) reports that candidates for this certification must have a DDS, DMD, or an equivalent degree from an accredited school and two years of relevant experience working with at least 32 legitimate forensic dental cases.
Additionally, they must have attended at least four annual national forensic (or forensic dental) organizations and participated in at least two yearly programs of ABFO-approved organizations. Finally, candidates must prove to have completed high-skilled work, including age estimation, bitemark analysis, and human identification.
The American Board of Forensic Anthropology (ABFA)—the leading certification body in this forensic science subfield requires applicants to have a doctoral degree, three detailed case reports, and a passing score on the ABFA examination. The forensic anthropologist certification is valid for three years with the submission of annual dues.
The International Association of Computer Investigative Specialists (IACIS) offers this credential to applicants with 72 hours of relevant training. Also, they must complete a mentored “peer review” phase solving four practical problems, a practical exercise, and a written examination. This forensic computer examiner certification is valid for three years, and dues must be paid annually.
Through its Certified Fire Investigator Board, the International Association of Arson Investigators (IAAI) provides the certified fire investigator (IAAI-CFI) credential. To qualify, candidates must earn at least 150 points in the application review process, which considers education, letters of recommendation, training, and experience.
Additionally, they must have at least a 70 percent score on an examination. Please visit the How to Become a Fire (Arson) Investigator page for more information.
The International Association of Identification (IAI) requires two letters of endorsement, proof of 240 hours of training covering specific areas (e.g., stain patterns, impact angle determinations, documentation, surface considerations, falling blood, etc.), three years of documented experience in the field, and passing scores on a four-part exam. This credential lasts for five years.
Please note that the FSAB no longer recognizes this specialty.
The International Association for Identification (IAI) offers four certifications: crime scene investigator, crime scene analyst, crime scene reconstructionist, and senior crime scene analyst. To be eligible, candidates must have varying levels of relevant education and experience, in addition to two letters of endorsement; at least a 75 percent score on an exam; and for the senior certification, an additional accomplishment in authoring an article, making a presentation, or working as an instructor.
For example, candidates for the crime scene investigator (CSI) credential must have one year of experience and 48 hours of relevant experience. In contrast, crime scene analyst-level certification requires at least three years of experience and 96 hours of qualifying education. All credentials are valid for five years. For more information, please reference the How to Become a Crime Scene Investigator (CSI) and How to Become a Crime Scene Technician page.
Please note that the FSAB no longer recognizes this specialty.
The International Association for Identification (IAI) offers this credential to applicants who submit two letters of endorsement, pass a two-part exam (written and practical), and prove experience and education.
For example, candidates with a bachelor’s degree must have at least two years of experience as a footwear examiner. In comparison, associate degree holders must complete 60 semester hours plus three years of full-time experience as a footwear examiner. Additionally, these candidates must have completed a training program, including units in the manufacturing process of footwear, track/mark evidence photography, case note preparation, and more. This credential lasts for five years.
Please note that the FSAB no longer recognizes this specialty.
The International Association for Identification (IAI) certifies forensic artists who have at least 80 hours of IAI-approved training, 40 hours of participation in additional workshops & events, knowledge in three main areas (composite imaging, facial reconstruction, and age or image enhancement), two years of relevant experience, a detailed portfolio of cases, and a passing score on an exam. This credential is valid for five years.
Please note that the FSAB no longer recognizes this specialty.
The International Association for Identification (IAI) also certifies specialists in this field. Candidates must have two years of experience, a minimum of 80 classroom hours or equivalent training, two letters of recommendation, and completed a two-part exam (written component and a portfolio assessment). This credential is also valid for five years.
Please note that the FSAB no longer recognizes this specialty.
The International Association for Identification (IAI) requires candidates for the latent print specialist certification to have 160 hours of board-certified training, two years of experience, a bachelor’s degree (or a lesser degree plus additional years of experience), and completion of a comprehensive exam. This credential is valid for five years and can be renewed following 80 hours of continuing education (CE).
Additionally, the IAI provides the Tenprint Fingerprint Certification to candidates who pass a three-part exam and possess two years of experience, an associate degree (or additional years of experience), two letters of endorsement, a minimum of 80 hours of board-approved training, and 16 hours of instruction in courtroom testimony. To recertify after five years, an individual must pass a Fingerprint Pattern Recognition Exam.
Please note that the FSAB no longer recognizes this specialty.
Jocelyn Blore
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.
Matt Zbrog
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.