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Major · Physical Sciences

Analytical chemistry meets the crime-lab pipeline

Forensic Chemistry (CIP 40.0510) applies analytical, organic, and physical chemistry to drugs, toxicology, trace evidence, and arson residues for criminal investigations. About 330 students complete the major across 39 colleges, with bachelor’s grads reporting around $66,702 five years out — and most senior crime-lab roles asking for a master’s on top.

Schools offering
39
Annual completions
330
Typical degree level
Associate's + Bachelor's
Median earnings (5yr)
$67k

About this major

Forensic Chemistry (CIP 40.0510) is a chemistry major with a forensic application layer. The CIP definition lists analytical, inorganic, organic, and physical chemistry, biochemistry, forensic toxicology, instrumental analysis, crime-scene processing, criminal investigation, forensic laboratory technology, and applicable law. Coursework leans heavily on the chemistry core — calculus and physics co-requisites, multi-semester organic and analytical labs, instrumental work on GC-MS, HPLC, FTIR, and microscopy — with the forensic side delivered through criminalistics, toxicology, and a capstone or internship at a working crime lab.

The major rewards students who treat lab work as the point rather than the chore. Meticulous documentation, statistical literacy, and chain-of-custody discipline matter as much as bench technique because the work eventually faces cross-examination in court. Students drawn to chemistry but uninterested in the forensic public-service angle would likely be better served by Chemistry, General (CIP 40.0501, the field’s parent at 12,173 annual completions) or Analytical Chemistry (40.0502, only 11 completions). The cross-reference in the packet is to Forensic Science and Technology (43.0406), which is broader and more crime-scene-skewed.

On scale: 330 students complete this CIP across 39 colleges, with most enrollment concentrated at mid-sized public universities — Arizona State leads at 55 bachelor’s completions, followed by Bowling Green State (45), Eastern Kentucky University (41), Western Carolina (40), and Sam Houston State (40). The named target occupation, Forensic science technicians, posts a $67,440 median wage and 12.8% projected growth — the strongest growth figure in the career set, but on a small base. Chemist roles ($84,150 median, 4.9% growth) are the parallel bachelor’s path for graduates who pivot toward industrial or pharmaceutical analytical work.

Section 3 · Careers

Where this major leads

Occupations most often associated with this major, from the federal BLS+O*NET crosswalk. Job-growth projections and median wages are national.

Occupation Median wage Job growth Typical education
Natural sciences managers $161k +3.7% Bachelor's degree
Chemists $84k +4.9% Bachelor's degree
Chemistry teachers, postsecondary $86k +2.2% Doctoral or professional degree
Forensic science technicians $67k +12.8% Bachelor's degree
Section 4 · Earnings

Earnings at a glance

Median graduate earnings from the federal College Scorecard, 5 and 10 years out.

Median 5-year earnings

$67k

Associate's vs Bachelor's — early-career earnings

Associate's

$61k

Bachelor's

$67k

Who this major is for

You may thrive here if the lab side of chemistry — running instruments, building calibration curves, troubleshooting a sample that won’t resolve cleanly — is the part of class you most look forward to, if the public-service mission of crime-lab work matters to you, if you can hold scientific precision and emotional steadiness at the same time (toxicology and trace cases are not always pleasant), if you’re willing to chase internships at state or county crime labs from sophomore year onward, and if you’re open to a master’s down the road for the higher-tier toxicology, DNA-adjacent, or expert-witness work.

Think twice if your priority is high direct-to-career earnings from a bachelor’s alone — five-year median earnings here run about $66,702 for bachelor’s completers and the associate’s-to-bachelor’s gap is narrow at roughly $5,900. Reconsider this route if you’re drawn more to the investigation side than the analytical bench (Criminal Justice/Safety Studies or the broader Forensic Science and Technology CIP 43.0406 fit better there). Geographic flexibility is required — crime-lab openings cluster around state and federal capacities, not student-preferred cities — and the hiring pipeline runs slow, with civil-service timing, background investigations, polygraph exams, and drug screens as routine. If a methodical, regulated, court-facing analytical career feels more constraining than satisfying, the day-to-day will likely confirm that.

Section 6 · Where to study

Top colleges for Forensic Chemistry

Ranked by annual completions at the associate's or bachelor's level — a proxy for program scale.

College Location Assoc. Bach. Total
Arizona State University Campus Immersion Tempe, AZ 0 55 55
Bowling Green State University-Main Campus Bowling Green, OH 0 45 45
Eastern Kentucky University Richmond, KY 0 41 41
Western Carolina University Cullowhee, NC 0 40 40
Sam Houston State University Huntsville, TX 0 40 40
Towson University Towson, MD 0 17 17
California Baptist University Riverside, CA 0 14 14
Northern Michigan University Marquette, MI 0 12 12
Harrisburg University of Science and Technology Harrisburg, PA 0 11 11
Saint Anselm College Manchester, NH 0 10 10
Section 7 · Explore sideways

Related majors to explore

Biology/Biological Sciences, General

83,027 completions/yr

Chemistry, General

12,173 completions/yr

Chemistry, Other

398 completions/yr

Chemical Physics

23 completions/yr

Medicinal and Pharmaceutical Chemistry

13 completions/yr

Geochemistry

12 completions/yr

Analytical Chemistry

11 completions/yr

Environmental Chemistry

7 completions/yr

Considering this direction?

We've taken a hard look at the debt, earnings trajectory, and degree-level tradeoffs for the Forensic Chemistry field. Read our verdict before you commit.

Is Forensic Chemistry worth it? Read verdict
Section 9 · Frequently asked

Common questions

What do Forensic Chemistry majors actually study day-to-day?
The CIP definition packs in analytical, inorganic, organic, and physical chemistry, plus biochemistry, forensic toxicology, instrumental analysis, crime-scene processing, criminal investigation, forensic lab technology, and applicable law. Day-to-day this means heavy lab time on instruments — GC-MS, HPLC, FTIR, microscopy — paired with quantitative methods coursework. Programs typically require an internship or capstone in a working crime lab. Expect calculus, statistics, and physics as required co-requisites.
What jobs do graduates actually land?
The named target is Forensic science technicians at $67,440 median wage and 12.8% projected growth — the strongest growth figure in the career set, but on a small base. Chemists at $84,150 median (4.9% growth) is the parallel bachelor’s-level path for those who pivot toward industrial or pharma analytical roles. Common destinations include drug-chemistry analyst, forensic toxicologist (often master’s-required at ABFT-accredited labs), trace-evidence examiner, and arson/explosives chemist at state, regional, or federal labs (DEA, FBI, ATF). Natural sciences manager roles at $161,180 sit far down the road, after years of bench experience plus typically a graduate degree.
Is a bachelor’s enough, or do I need graduate school?
The bachelor’s gets you onto the bench at a state or regional crime lab — the lead occupation lists Bachelor’s degree as the typical entry credential. Higher-tier roles tell a different story: forensic toxicology positions at ABFT-accredited labs, expert witness work, and senior bench specialties typically require a master’s; postsecondary chemistry teaching ($86,220 median) requires a doctoral degree. The associate’s-to-bachelor’s gap in the packet is narrow at about $5,900 ($60,787 vs $66,702), which reflects how compressed entry-level lab work is. The graduate degree is what shifts the ceiling.
How does this compare to Forensic Science and Technology (CIP 43.0406) or Chemistry?
Forensic Chemistry (40.0510) is chemistry-first with a forensic application layer — heavier on analytical instrumentation than 43.0406, which is broader and more crime-scene-skewed. Forensic Science and Technology graduates more often head into criminalistics, latent prints, and CSI work; Forensic Chemistry graduates more often head into the analytical bench (drug ID, toxicology, trace). Chemistry, General (12,173 completions annually) is the most flexible chemistry credential and is sometimes preferred by crime labs hiring for drug-chemistry or DNA-adjacent benches. The cross-reference in the packet is to 43.0406 — students should compare specific lab job postings before locking the CIP in.
How competitive is the hiring pipeline?
Crime-lab hiring is selective and slow. Forensic science technician is a small occupation, the 12.8% growth runs on a small base, and most openings sit at state, county, or federal labs that follow civil-service hiring with budget-dependent timelines. Background investigations, polygraph exams, and drug screens are routine; relocation flexibility helps. Internships at a working lab and a strong analytical-chemistry GPA matter more than school name in this field.
Where are the strongest programs concentrated?
Arizona State University leads the bachelor’s producers in the data with 55 completions, followed by Bowling Green State (45), Eastern Kentucky University (41), Western Carolina (40), and Sam Houston State (40). The mix is dominated by mid-sized public universities with established forensic chemistry tracks. FEPAC accreditation at the program level is a meaningful signal for crime-lab employers — check program-by-program rather than relying on the institution’s overall reputation.