2026 Highest-Paying Jobs You Can Get with a Forensic Degree

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

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What can I expect from a career in forensic science?

• Extensive Education Required: The highest-paying jobs often require education beyond a bachelor's degree, such as a medical degree for roles like a forensic pathologist or a doctorate for a forensic psychologist.
• Varying Compensation: Salary can differ significantly based on the specific job, years of experience, and whether you work for a government agency, a private company, or in a consulting role.
• Interdisciplinary Focus: You can expect to apply knowledge from multiple fields. For example, a forensic accountant merges finance with law, while a digital forensic analyst combines computer science with criminology.
• Highly Specialized Work: Many of these roles focus on a single, niche area of investigation, such as analyzing financial fraud, examining human remains, or recovering data from a single type of device.

Where can I work with a forensic degree?

• Federal Government: Agencies like the FBI, DEA, and Secret Service hire forensic experts in both digital and physical disciplines, often offering competitive salaries.
• Private Consulting Firms: Companies specializing in fraud examination, cybersecurity, or litigation support employ forensic accountants and digital experts to assist corporate clients.
• Hospitals and Medical Examiner's Offices: Forensic pathologists and nurses are crucial to medical facilities and government offices where they conduct autopsies and document injuries for legal cases.
• Law Firms: Some large law firms employ their own investigators and digital experts to handle complex cases.

How much can I make with a forensic degree?

• Forensic Pathologist: These medical doctors are the top earners, with an average salary of around $219,000 to over $300,000 annually, depending on experience and location.
• Forensic Psychiatrist: A psychiatrist specializing in legal issues, this role can command an average salary of around $232,000 to $266,000, with top earners making over $300,000.
• Forensic Accountant: The average salary for this financial investigator is about $85,000, with top earners with advanced certifications and experience potentially reaching over $135,000.
• Forensic Nurse: A forensic nurse can expect an average salary of around $65,000 to $86,000, with some earning over $100,000 with advanced training and experience.
• Forensic Scientist: For a typical lab role, salaries can range widely, with the average falling around $71,000, and top earners reaching up to $112,000.

Highest-Paying Jobs You Can Get with a Forensic Degree in 2026

A forensic degree can lead to very different careers: some graduates work in crime labs, some investigate cyberattacks, some analyze financial fraud, and others spend years in medical or doctoral training before entering the highest-paid roles. The key question is not simply whether forensics interests you. It is which forensic path fits your salary expectations, education timeline, work environment, and ability to handle technical evidence or difficult case material.

This guide breaks down the forensic degree jobs with the strongest earning potential, how major forensic specialties compare, what education and credentials each path may require, and how to choose a program that supports your target career. It is designed for students, career changers, and working professionals who want a practical view of forensic careers before investing time and money in a degree.

Quick Answer: Which forensic degree jobs pay the most?

The best-paid forensic jobs are typically the ones that require the deepest specialization. Forensic pathologists and forensic psychiatrists often earn the most because they are physicians. Other high-earning options can include forensic accounting, forensic engineering, digital forensics, forensic toxicology, forensic biology, forensic management, criminology teaching at the college level, and experienced forensic science technician roles. Pay depends heavily on credentials, employer type, geography, seniority, and case expertise.

Forensic career	Why pay may be higher	Salary information stated	Common education or preparation
Forensic Pathologist	Uses medical and pathology expertise to determine cause and manner of death	Average salary can be $219,325 and can reach over $300,000 annually	Medical degree, pathology training, and forensic pathology specialization
Forensic Psychiatrist	Applies medical and psychiatric knowledge to legal questions involving mental state	Salaries can be between $232,000 and $266,000	Medical degree, psychiatry residency, and forensic training
Forensic Accountant	Investigates fraud, litigation matters, embezzlement, and corporate financial misconduct	Average salary is around $80,852, while top earners can exceed $135,000	Accounting background, CPA experience, and forensic credentials can help
Forensic Engineer	Analyzes failures involving products, vehicles, buildings, systems, or accidents	Average salary is $89,671, with top earners making over $104,000	Engineering degree and professional experience in failure analysis
Digital Forensics Examiner	Handles cybercrime, device recovery, cloud evidence, logs, and data investigations	Average salary is around $70,429, with experienced professionals able to earn over $103,000	Computer science, cybersecurity, digital forensics, or related training
Forensic Manager	Supervises forensic staff, lab operations, quality systems, compliance, and case workflow	Average salaries are around $92,979, with high-end potential of over $102,000	Forensic experience plus supervisory, compliance, and lab management skills
Forensic Toxicologist	Interprets drugs, alcohol, poisons, and chemicals found in biological samples	Average salary is around $81,460, with some earning up to $134,000 a year	Chemistry, toxicology, biology, or forensic science background
Criminology Professor	Combines doctoral-level teaching, research, publication, and academic service	Average salary is $114,792	Doctoral degree and research or teaching record
Forensic Biologist	Analyzes DNA and biological evidence used in investigations and court proceedings	Average salary is about $89,403 per year, with top earners reaching up to $138,000	Biology, molecular biology, forensic biology, or forensic science training
Forensic Science Technician	Performs evidence collection, testing, documentation, and laboratory support	Average salary is around $59,140, but in high-demand locations it can reach as high as $125,490	Bachelor's degree is commonly expected for entry-level roles

The U.S. Bureau of Labor Statistics reported that forensic science technicians had median annual pay of $67,440, equal to $32.42 per hour, in 2024. A bachelor's degree is the typical entry-level requirement for this occupation, and new hires generally complete moderate-term on-the-job training.

If you are drawn to laboratory-based investigation, compare forensic chemistry specializations such as toxicology, drug composition testing, and trace evidence analysis. Targeted science preparation can make a difference for students pursuing crime lab work, medical examiner roles, federal agency jobs, and private research positions.

In 2024, there were 20,700 forensic science technician jobs, and about 2,600 new jobs are projected to be added. The occupation is expected to grow 13% from 2024 to 2034, as shown below.

What can you do with a forensic degree?

A forensic degree does not point to only one job. Graduates may work in laboratories, document crime scenes, recover digital evidence, investigate fraud, assist medical examiners, support litigation, teach, consult, or move into law enforcement. If you are comparing campus programs with a forensic science degree online, pay close attention to lab requirements, internship options, accreditation status, and whether the curriculum matches the specialty you actually want.

Career path	What the role involves	Best fit for students who prefer
Forensic Scientist	Tests and interprets physical evidence such as DNA, fibers, fingerprints, and trace materials	Lab-centered science, careful documentation, and systematic analysis
Crime Scene Investigator	Photographs scenes, records observations, collects evidence, and maintains chain of custody	Fieldwork, procedure-driven tasks, and law enforcement collaboration
Digital Forensics Examiner	Recovers and analyzes evidence from phones, computers, drives, cloud systems, and networks	Technology, cybersecurity, cybercrime, and data reconstruction
Forensic Accountant	Examines financial records for fraud, embezzlement, money laundering, and disputed transactions	Accounting, analytics, law, and corporate investigations
Forensic Toxicologist	Tests bodily fluids or tissues for alcohol, drugs, poisons, and chemical substances	Chemistry, biology, instrumentation, and medical-legal evidence
Forensic Anthropologist	Studies human remains, especially skeletal remains, to support identification and death investigation	Anthropology, human biology, and complex recovery cases
Forensic Psychologist	Uses psychological assessment in legal settings involving competency, risk, behavior, and reports	Behavioral science, legal systems, interviewing, and written evaluations
Forensic Engineer	Investigates failures involving structures, vehicles, products, machines, or technical systems	Engineering analysis, reconstruction, technical writing, and consulting
DNA Analyst or Technician	Processes biological samples and develops genetic profiles from forensic evidence	Molecular biology, genetics, contamination control, and precision lab work
Forensic Document Examiner	Reviews handwriting, signatures, ink, paper, and altered documents for authenticity questions	Pattern recognition, close visual comparison, and expert reporting
Higher Education Lecturer in Forensics	Teaches forensic science or criminal justice courses and may participate in research	Instruction, mentoring, scholarship, and academic service
Security Consultant in Cyberforensics	Helps organizations investigate breaches, preserve digital evidence, and strengthen security practices	Cybersecurity, incident response, consulting, and organizational risk

Students interested in fraud and financial crime should understand how credentials affect advancement. A common starting point is learning what is CFF certification. The Certified in Financial Forensics credential, issued by the American Institute of CPAs, recognizes specialized ability in forensic accounting, litigation support, and fraud-related work.

The strongest forensic skill sets are portable. Evidence control, scientific reasoning, analytical writing, expert communication, data interpretation, and investigative discipline are useful in law enforcement agencies, private laboratories, consulting firms, accounting firms, cybersecurity teams, insurance investigations, and research organizations.

CODIS, the FBI’s Combined DNA Index System, is the national DNA database that includes profiles from convicted offenders, arrestees, and forensic evidence. As of June 2025, CODIS included over 18.6 million offender profiles, nearly 6 million arrestee profiles, and over 1.4 million forensic profiles from crime scenes. It has generated 761,872 CODIS hits and assisted 739,456 investigations across all 50 states, Puerto Rico, Washington, D.C., and the U.S. Army, as shown below.

Those figures show why DNA analysis remains one of the most important parts of modern forensic work. Large forensic databases can link cases, support cold investigations, identify potential suspects, and create leads that traditional investigative methods may miss.

How much do forensic degree graduates make?

Forensic pay varies because the field includes technicians, scientists, cyber investigators, accountants, engineers, professors, medical doctors, and consultants. A bachelor's degree may qualify graduates for some entry-level technician and analyst positions, but the better-paid tracks often require graduate school, professional licensure, medical education, technical certification, or years of case experience.

Compensation can also change by location, agency or employer, specialization, overtime policies, union agreements, federal pay systems, courtroom experience, and management responsibility. The salary figures discussed here reflect the sources represented in the article graphics and reference list; individual job offers can be higher or lower.

Among the roles listed, forensic pathologist has the highest stated average annual salary at $219,325. Forensic odontologist follows at $153,915, and forensic accountant is listed at $122,968. These roles usually require training beyond a broad forensic science bachelor's degree, such as medical, dental, accounting, or other advanced professional preparation. Forensic psychologist is listed at $113,370, and forensic engineer is listed at about $104,519.

Other roles fall into a middle range. Clinical laboratory scientist is listed at $86,779, while computer forensic analyst is listed at $74,085. Early-career positions such as forensic science technician at $67,440 and crime scene investigator at $59,636 can help graduates gain experience before moving into a more specialized track.

The salary pattern is straightforward: higher earnings usually come with more specialized expertise, stronger credentials, and greater legal, scientific, medical, or technical responsibility. A forensic degree can create career options, but it should not be treated as a guaranteed route to a specific income.

How do the main forensic disciplines compare?

Forensic specialties differ in the evidence they handle, the methods they use, where the work happens, and how often professionals interact with courts. Before choosing a major, concentration, or graduate program, decide whether you want laboratory science, field investigation, digital evidence, behavioral assessment, medical-legal work, or technical consulting.

Some forensic jobs involve regular exposure to violent scenes, weapons, remains, or traumatic case details. Others are mostly laboratory-based, digital, office-based, or advisory. Choose based on the daily work you can sustain, not only on the specialty that sounds most exciting.

In 2024, credential harvesting was the most common cyberattack impact at 29%, followed by data theft at 18% and extortion at 13%. Nearly half of all attacks involved stolen credentials or stolen data. Other impacts included reconnaissance at 14%, data leaks at 11%, brand reputation damage at 7%, digital currency mining at 4%, and illicit financial gain, espionage, and data destruction at 2% each, as shown below.

IBM’s 2025 findings suggest that many attacks are becoming more data-centered and harder to detect quickly. Forensic professionals who can interpret credentials, cloud records, logs, endpoints, and extortion-related evidence are increasingly important as cyber investigations move beyond traditional computer imaging.

Which forensic specializations should students consider?

Specialization affects employability because forensic employers often need expertise tied to a specific evidence type. A general forensic science program can introduce the field, but students who want stronger career alignment should use electives, internships, research, and certifications to build depth in a defined area.

• Forensic Odontology: Uses dental comparison, dental records, and bite-related evidence to support human identification or other legal questions involving teeth.
• Forensic Entomology: Interprets insect activity to help estimate time since death, movement of remains, or environmental conditions around decomposition.
• Digital Vehicle Forensics: Recovers and evaluates information from infotainment systems, navigation tools, event data recorders, and connected vehicle technologies.
• Forensic Linguistics: Examines language evidence in threats, disputed authorship, ransom communications, and other written or spoken material.
• Forensic Accounting: Uses accounting, law, and investigative methods to evaluate fraud, embezzlement, money laundering, and financial disputes. A forensic accounting degree may be useful for students aiming for CPA-related or corporate investigation roles.
• Forensic Anthropology: Applies physical anthropology to skeletal remains, identification work, biological profile development, and trauma interpretation.
• Forensic Geology: Compares soil, minerals, rocks, and other geological materials to connect people, objects, or vehicles with locations.
• Forensic Psychology: Applies psychological assessment and behavioral science to criminal, civil, correctional, and court-related questions.
• Bloodstain Pattern Analysis: Studies bloodstain shape, size, location, and distribution to help reconstruct possible events.
• Questioned Document Examination: Evaluates handwriting, signatures, typewriting, printing, ink, paper, and document alterations.
• Forensic Engineering: Investigates why structures, products, vehicles, machines, or systems failed in incidents involving litigation, insurance, or safety questions.

A practical way to choose a specialization is to answer three questions: What type of evidence do I want to handle regularly? What education or credential does the specialty require? Which employers actually hire people for this work?

How important are internships and research in forensic science?

Internships and research experience can strongly influence forensic hiring because employers want candidates who understand evidence integrity, confidentiality, lab procedures, chain of custody, report writing, and quality standards. Start early. Many opportunities are competitive and may involve transcripts, references, background checks, application deadlines, or eligibility requirements tied to the agency.

• Federal agencies: Agencies such as the FBI, DEA, and Secret Service may offer competitive student opportunities in chemistry, digital forensics, investigative support, and related areas.
• Medical examiner offices: These placements may expose students to death investigation procedures, autopsy observation, pathology workflows, and evidence handling.
• Police department crime labs: Local and state laboratories may provide experience with evidence processing, laboratory assistance, documentation, and quality systems.
• State and local forensic institutes: The Harris County Institute of Forensic Sciences is one example of an organization with opportunities in forensic genetics, firearms identification, drug chemistry, and related fields.
• University research labs: Faculty-led projects can involve method development, validation studies, biological evidence, toxicology, or forensic technology.
• Private forensic companies: Consulting firms and private laboratories may offer exposure to digital forensics, forensic accounting, civil litigation support, and corporate investigations.
• Undergraduate research projects: Independent work can demonstrate experimental design, technical writing, data analysis, and presentation ability.
• Crime scene internships: Some agencies train students in field documentation, photography, evidence packaging, and preservation procedures.
• Academic and professional directories: The American Academy of Forensic Sciences and similar professional groups can help students find postings, conferences, and networking opportunities.
• Virtual internships: Remote options are most realistic for cyber investigations, digital evidence projects, research assistance, and data-focused assignments.

Plan internships around your academic timeline. For instance, students weighing criminology against forensic science may first want to understand how many years to study criminology before deciding when to pursue field placements, research, or specialized lab training.

Which universities are known for forensic science programs?

Some universities are recognized for forensic science education, research opportunities, laboratory training, and connections to criminal justice or investigative agencies. Reputation can help, but it should not be the only factor. Accreditation, lab access, faculty background, internship placement, evidence-focused coursework, and graduate outcomes are more important when comparing programs.

• Pennsylvania State University: Offers FEPAC-accredited forensic science programs with biology and chemistry tracks.
• University of Central Florida: Provides a nationally recognized forensic science program with extensive laboratory training.
• George Mason University: Includes multiple forensic areas, such as DNA, chemistry, and trace evidence.
• CUNY John Jay College of Criminal Justice: A New York City institution known for undergraduate and graduate education in criminal justice and forensics.
• Texas A&M University: Offers forensic and investigative sciences options, including science-focused and pre-law pathways with environmental and ecological forensic elements.
• West Virginia University: Has a FEPAC-accredited program recognized for applied forensic training and research access.
• University of Nebraska-Lincoln: Builds forensic education around core scientific principles and applied practice.
• Towson University: Offers a Forensic Chemistry major with General Forensic, Trace Evidence and Drug Analysis, and DNA tracks.
• Loyola University Chicago: Integrates chemistry, biology, physics, and criminal justice into its forensic science curriculum.
• University of New Haven: Features the Henry C. Lee Institute of Forensic Science and specialized forensic learning opportunities.

For a school-by-school comparison, see Research.com’s guide to the top 10 forensic science colleges.

How to evaluate a forensic science program

What challenges come with forensic degree jobs?

Forensic work can be meaningful, but students should know what they are entering. The real field is more technical, slower, and more procedure-heavy than crime shows suggest. Errors can affect investigations, trials, victims, defendants, and public trust.

• Rigorous science requirements: Biology, chemistry, physics, statistics, and laboratory methods can be demanding, especially for students expecting mostly criminal justice coursework.
• Reality is not television: Many jobs involve repeated testing, quality control, documentation, report writing, and long review processes.
• Competitive entry-level hiring: Crime labs and public agencies may receive many applications, making internships, research, and references important.
• Emotional burden: Some roles involve violent crimes, traumatic images, human remains, child victims, or distressing case facts.
• Uneven program quality: Not all forensic degrees provide equal depth in chemistry, biology, statistics, courtroom testimony, and evidence handling.
• Public funding limits: Hiring at state and local laboratories can depend on budgets, staffing priorities, and agency needs.
• Advanced training for top roles: Many highly paid positions require graduate study, medical school, doctoral training, licensure, or specialized certification.
• Bias risk: Forensic conclusions must be protected from cognitive bias, investigative pressure, and assumptions not supported by evidence.

Common mistakes forensic students should avoid

Where are the strongest opportunities for forensic degree students?

The most promising opportunities often appear where forensic science overlaps with technology, finance, medicine, federal investigation, and private-sector risk management. Students who add strong technical skills to forensic training may have more career flexibility than those who complete only a general program.

• Digital forensics and cyber investigations: Cybercrime creates need for professionals who can preserve, recover, and interpret digital evidence. Students considering this path may compare forensic programs with cheapest cybersecurity degree options.
• Medical and financial specialties: Forensic pathology, forensic psychiatry, and forensic accounting can offer higher earning potential, but they require substantial additional preparation.
• Transferable analytical ability: Evidence evaluation, documentation, scientific reasoning, and investigative logic apply in finance, IT security, pharmaceuticals, insurance, compliance, and consulting.
• Federal career pathways: Forensic education can support federal applications when paired with relevant internships, technical skills, and eligibility for background screening.
• Forensic technology innovation: AI, advanced DNA sequencing, blockchain, 3D reconstruction, and digital evidence tools are creating research and implementation opportunities.
• Expert witness and consulting roles: Experienced specialists may assist attorneys, insurers, corporations, government agencies, or courts.
• Academic and research careers: Graduate education can lead to teaching, publishing, lab leadership, and forensic research.
• Private-sector investigations: Organizations need help with fraud, intellectual property theft, data breaches, workplace misconduct, and internal investigations.

If your goal is cyber-focused forensic work, compare traditional forensic science programs with accelerated cyber security degree online options, especially if you want to enter incident response, cyber investigation, or digital evidence analysis more quickly.

What trends are shaping forensic careers?

Forensic careers are changing as evidence becomes more digital, biological methods become more advanced, and courts expect stronger validation of scientific conclusions. Students entering the field should expect continual training rather than assuming one degree will cover every tool and method they will use over a full career.

• AI and machine learning: AI can help sort large datasets, identify patterns, and speed up repetitive analysis, but human validation and expert review remain essential.
• Next-generation DNA sequencing: NGS can produce more detailed DNA information from small or degraded samples and connects to genomics-related careers in biology.
• Blockchain for evidence integrity: Some organizations are exploring blockchain-based systems to strengthen digital chain-of-custody records.
• Cloud forensics: Investigators increasingly collect and interpret evidence from cloud platforms, remote servers, and distributed systems. Students interested in this area may first learn how to start a cloud computing career before adding forensic investigation skills.
• Forensic genealogy: Public genealogical databases are helping investigators identify unknown suspects and human remains, while also raising privacy concerns.
• Digital vehicle forensics: Connected vehicles produce data that can support accident reconstruction and criminal investigations.
• 3D crime scene reconstruction: Laser scanning and photogrammetry can create detailed models for investigation, courtroom presentation, and later review.
• Portable laboratory tools: Smaller field equipment can support preliminary testing near a scene, although confirmatory analysis may still require a formal lab.

The digital forensics market is expanding as digital infrastructure grows and cybercrime increases. Forecasts vary, but the direction points to strong double-digit growth: one report projects $12.67 million by 2031 at a CAGR of 11.5%, as shown below.

Can a forensic degree help with federal law enforcement careers?

A forensic degree can build the scientific, analytical, and evidence-handling background useful in federal investigative work. It is not a shortcut into federal employment, however. Hiring may involve citizenship eligibility, background investigations, physical or medical standards, work experience, and agency-specific qualifications. Students who want to become a DEA agent or pursue similar roles should align coursework and internships with areas such as controlled substances, digital evidence, financial crime, intelligence analysis, and laboratory testing.

Digitalization, remote work, and interconnected supply chains are increasing organizational exposure to cyber risk. In April 2024 alone, Europe recorded over 24.5 million breached data records, which illustrates why cyber investigations, breach response, and digital evidence preservation are becoming more important. Major investments, including Blue Owl Capital’s $7 billion fund and Brookfield Asset Management’s $10 billion data center initiative, also show how important digital infrastructure has become.

As communications, records, transactions, and operations continue moving into digital systems, digital forensics is becoming central to security, compliance, litigation, and infrastructure protection.

Is a forensic degree worth it?

A forensic degree can be worth it if you want evidence-based work and are prepared to develop strong scientific, technical, or investigative skills. It may be a poor fit if you want quick advancement without specialized training, dislike detailed documentation, or are uncomfortable with strict procedures and traumatic case material.

How to choose the right forensic career path

1. Choose the work environment first: Decide whether you want a lab, crime scene, office, hospital, courtroom, cyber unit, corporate setting, or academic role.
2. Work backward from the target job: DNA analysis, toxicology, accounting, digital forensics, engineering, and psychology each require different preparation.
3. Check accreditation and course depth: Look for relevant accreditation, science-heavy coursework, laboratory hours, and evidence-focused training.
4. Plan internships early: Agency deadlines, screening requirements, and background checks can take time.
5. Add complementary skills: Statistics, technical writing, coding, accounting, chemistry, molecular biology, cybersecurity, and courtroom communication can strengthen your profile.
6. Compare cost with the full timeline: High-paying roles may require medical school, doctoral study, licensure, certification, or years of experience.
7. Talk to practitioners: Ask what their weekly work actually looks like, what surprised them, and what they wish they had studied sooner.

What graduates say about forensic degree careers

References

• Federal Bureau of Investigation. (2025, June). CODIS-NDIS statistics. U.S. Department of Justice.
• IBM. (2025). IBM X-Force 2025 Threat Intelligence Index. IBM Institute for Business Value.
• Indeed. (2025, August 24). Clinical laboratory scientist salary in United States. Indeed.
• Indeed. (2025, August 29). Computer forensic analyst salary in United States. Indeed.
• Indeed. (2025, August 30). Criminal investigator salary in United States. Indeed.
• Indeed. (2025, August 3). Examiner salary in United States. Indeed.
• Indeed. (2025, August 23). Forensic accountant salary in United States. Indeed.
• Indeed. (2025, August 24). DNA analyst salary in United States. Indeed.
• U.S. Bureau of Labor Statistics. (2025, August 28). Forensic science technicians: Occupational outlook handbook. U.S. Bureau of Labor Statistics.
• Yahoo Finance. (2025, September 2). Digital forensics market projected to reach $25.97 billion by 2032, growing at 11.2% CAGR. Yahoo Finance.

Key Insights

• The highest-paying forensic careers usually require specialized expertise beyond a general forensic science bachelor's degree.
• Forensic pathologists and forensic psychiatrists often sit near the top of the pay range because they require medical training.
• Digital forensics, forensic accounting, forensic engineering, toxicology, and forensic biology can be strong options for students who want specialized careers without becoming physicians.
• The U.S. Bureau of Labor Statistics reported median annual pay of $67,440 for forensic science technicians in 2024 and projected 13% growth from 2024 to 2034.
• Program selection matters. Before enrolling, check accreditation, lab access, internship support, specialization tracks, faculty expertise, and graduate outcomes.
• Forensics is a broad field that includes laboratory science, crime scene work, digital evidence, psychology, medicine, accounting, engineering, teaching, and consulting.
• Students who pair forensic training with chemistry, biology, cybersecurity, accounting, statistics, cloud technology, or technical writing can keep more career options open.
• The smartest planning strategy is to choose a target role first, then identify the degree, internships, certifications, and experience that role actually requires.