California forensic chemistry degrees are available through four current bachelor’s-level routes identified in this statewide review. Although all four connect chemistry to evidence analysis, they use different academic structures:
- UC Davis offers a BS in Applied Chemistry with a Forensic Chemistry emphasis.
- San José State University offers a BS in Forensic Science with a Chemistry concentration.
- Sacramento State offers a BA in Chemistry with a Forensic Chemistry concentration.
- California Baptist University offers a dedicated BS in Forensic Chemistry.
Those titles reflect real curriculum differences. UC Davis and Sacramento State begin with chemistry and add forensic applications. San José State combines laboratory science with crime-scene and broader forensic coursework. California Baptist University integrates chemistry, biology, forensic science, and criminal justice within one degree.
The best academic route depends heavily on the intended occupation. A future criminalist, forensic chemist, toxicology analyst, or trace-evidence examiner needs substantial chemistry and laboratory preparation. A crime scene investigator needs more emphasis on photography, evidence recognition, collection, documentation, fingerprints, reconstruction, and chain of custody. These careers overlap, but their educational requirements are not interchangeable.
This review focuses primarily on current California bachelor’s programs with explicit forensic chemistry content. It also covers related graduate criminalistics options at UC Davis, Cal State LA, National University, and Alliant International University. No fully online California bachelor’s degree in forensic chemistry was identified. Community-college programs were not included because the available evidence did not establish a current associate degree or certificate with enough laboratory chemistry to qualify as a forensic chemistry program.
Readers exploring other forensic education paths can also use the broader California CSI and forensic degree directory.
California forensic chemistry degree comparison
| School and program | Degree structure | Main science emphasis | Practical component | Current FEPAC status |
|---|---|---|---|---|
| UC Davis BS in Applied Chemistry, Forensic Chemistry emphasis | Applied chemistry degree with a forensic emphasis | Analytical chemistry, instrumental analysis, organic chemistry, physical chemistry, statistics, toxicology | Multiple laboratory sequences; forensic analytical chemistry laboratory; undergraduate research encouraged | Undergraduate degree is not listed as FEPAC accredited |
| San José State BS in Forensic Science, Chemistry concentration | Forensic science degree with chemistry specialization | Chemistry, instrumental analysis, toxicology, physical evidence, forensic biology concepts | Crime-laboratory methods, crime-scene training, photography, possible internship experience | SJSU says the curriculum meets FEPAC educational standards; it is not listed as FEPAC accredited |
| Sacramento State BA in Chemistry, Forensic Chemistry concentration | Chemistry degree with forensic concentration | General and organic chemistry, quantitative analysis, physical chemistry, biochemistry | Required chemistry laboratories plus advanced laboratory or instrumentation electives | Not listed as FEPAC accredited; the university describes its BA and BS chemistry programs as individually ACS accredited |
| California Baptist University BS in Forensic Chemistry | Dedicated forensic chemistry degree | Quantitative analysis, instrumental analysis, organic chemistry, forensic chemistry, biology | Laboratory courses plus senior research or an approved internship | Not listed as FEPAC accredited |
The four programs all contain meaningful chemistry, but they are not variations of the same curriculum. UC Davis has the clearest applied analytical chemistry orientation. Sacramento State preserves a traditional chemistry foundation while leaving more room within a BA structure. San José State gives laboratory science greater integration with crime-scene practice. California Baptist University combines chemistry with selectable criminalistics, criminal justice, or advanced chemistry depth.
What California criminalist requirements mean for degree selection
California’s state Criminalist classification provides a useful benchmark for evaluating chemistry preparation. According to the California Criminalist examination bulletin, the classification requires a college major in a physical or biological science. The education requirement also includes eight semester hours of general chemistry and three semester hours of quantitative analysis.
The state permits candidates who lack quantitative analysis to take the examination, but the course must be completed before appointment. A degree title containing “forensic” is insufficient if the transcript does not contain the required science and chemistry coursework.
That requirement favors curricula with clearly identified quantitative analysis. Sacramento State requires CHEM 31 Quantitative Analysis, while California Baptist University requires quantitative chemical analysis with laboratory work. UC Davis builds substantial analytical chemistry and instrumental analysis into its applied chemistry curriculum. San José State includes chemistry and instrumental analysis, but the current department materials used for this review do not provide enough detail to determine how each course would be evaluated against the state’s three-semester-hour quantitative-analysis requirement.
The California Department of Justice also explains that criminalists commonly hold four-year degrees in chemistry, biology, biochemistry, molecular biology, physics, or another physical or biological science. The department identifies laboratory experience, internships, and forensic senior or graduate projects as useful preparation for employment.
These are requirements and recommendations for a particular state classification. County crime laboratories, municipal agencies, federal laboratories, private laboratories, and public-health agencies can use different job titles and education standards. Even the term “criminalist” is not used identically by every employer.
A transcript-centered approach is more useful than selecting a program by name. For laboratory criminalistics, prioritize:
- General chemistry with laboratories
- Organic chemistry with laboratory work
- Quantitative or analytical chemistry
- Instrumental analysis
- Biology and biochemistry
- Calculus and statistics
- Physics
- Laboratory quality control
- Research or supervised laboratory experience
- Courses covering toxicology, trace evidence, controlled substances, or materials analysis
Applicants interested in DNA analysis need additional biology, genetics, molecular biology, and biochemistry. Those aiming for drug chemistry, toxicology, arson debris, polymers, paint, glass, fibers, or other trace evidence need stronger analytical and instrumental chemistry.
UC Davis BS in Applied Chemistry, Forensic Chemistry emphasis
UC Davis approaches forensic chemistry as applied analytical science. The official degree is a Bachelor of Science in Applied Chemistry with a Forensic Chemistry emphasis, rather than a general forensic science degree.
The curriculum includes substantial work in general chemistry, organic chemistry, analytical chemistry, instrumental analysis, physical chemistry, calculus, physics, biology, statistics, and environmental toxicology. This scientific sequence is closely aligned with the academic foundation expected in chemical evidence laboratories.
A defining course is CHE 104, Forensic Applications of Analytical Chemistry. It applies analytical methods to evidentiary samples and includes screening tests, microscopy, Fourier-transform infrared spectroscopy, gas chromatography, and gas chromatography-mass spectrometry. CHE 104 has both lecture and laboratory activity, including a three-hour laboratory component. CHE 105 and CHE 115 continue the analytical and instrumental preparation.
This instrumentation matters in actual laboratory work. Crime laboratories and toxicology laboratories rely on separation, identification, and quantitation methods rather than visual evidence recognition alone. A graduate who understands chromatography, spectroscopy, sample preparation, calibration, and measurement uncertainty has a more relevant foundation for chemical evidence analysis than someone whose forensic coursework consists mainly of survey classes.
The program also includes statistics and environmental toxicology. Statistics supports measurement, validation, interpretation, and reporting, while toxicology adds context for chemicals and their effects. Together, those subjects broaden the degree beyond a standard chemistry sequence without replacing the core laboratory science.
UC Davis encourages upper-division chemistry research through CHE 199 or an honors research sequence. Research is especially useful for students planning to enter a competitive laboratory market or apply to graduate forensic science programs. It provides experience with experimental design, laboratory records, method development, data analysis, and technical writing. The available program materials encourage this work but do not establish it as a universal requirement for every catalog year.
The principal tradeoff is that the degree is laboratory-centered rather than crime-scene-centered. Students interested in forensic photography, latent print processing, scene documentation, evidence packaging, reconstruction, or field response receive less obvious preparation in those areas than they would in a CSI-oriented curriculum. That is a reasonable allocation of degree space for someone targeting chemical analysis, but it is less direct preparation for civilian crime-scene technician positions.
The undergraduate emphasis is not listed in the current AAFS FEPAC accredited-program directory. UC Davis has a FEPAC-accredited graduate forensic science option, but that status applies to the thesis-based MS program, not to this bachelor’s degree. The chemistry department separately identifies its standard Chemistry BS as ACS accredited, and that designation should not be extended to the Applied Chemistry degree without an explicit program-level statement.
UC Davis undergraduate charges vary by entering cohort under the University of California Tuition Stability Plan. Published schedules separate tuition, student services fees, campus charges, health insurance, and nonresident supplemental tuition. A single figure would not accurately describe every current or incoming student’s charges.
This route works best for a student seeking analytical chemistry, trace-evidence, toxicology-related, regulatory, environmental, or graduate forensic science work. Its strength lies in chemistry depth and instrumentation rather than broad criminal justice or field-investigation training.
San José State University BS in Forensic Science, Chemistry concentration
San José State organizes its program in the opposite direction from UC Davis. The degree is a BS in Forensic Science, and chemistry is one of its concentrations. That structure creates more space for crime-scene methods and discipline-specific forensic topics alongside the physical sciences.
The university describes coursework in organic and inorganic chemistry, instrumental analysis, toxicology, physical-evidence analysis, forensic photography, arson and explosives, and firearms and toolmarks. Students also study forensic science fundamentals, crime-scene investigation, statistics, physics, calculus, and forensic biology concepts.
This mixture is useful for someone who wants laboratory preparation but does not want to exclude scene-based work. Instrumental analysis and toxicology support chemical evidence careers, while photography, arson, firearms, toolmarks, and physical-evidence courses develop familiarity with how evidence is recognized and processed before it reaches a laboratory.
That breadth creates a different balance from a conventional chemistry degree. A chemistry-led curriculum devotes more of the degree to advanced chemical theory, laboratory methods, and sequential chemistry prerequisites. SJSU allocates part of that space to forensic applications and crime-scene techniques. The Chemistry concentration is still more suitable for drug chemistry, toxicology, trace materials, and related laboratory work than the university’s CSI concentration, but it should be evaluated as a forensic science degree rather than assumed to mirror a full chemistry major.
Hands-on training is a significant part of the program’s identity. SJSU describes instruction in crime-laboratory methods and crime-scene techniques. Internship opportunities can involve faculty laboratories, the Santa Clara County District Attorney Crime Lab, the county coroner’s office, and local law-enforcement partners. These are possible placements rather than guaranteed assignments.
Internship experience can be especially useful in forensic hiring because it exposes students to controlled documentation, laboratory workflow, professional reports, chain of custody, evidence handling, and quality systems. Even when the technical methods differ from one agency to another, experience in a professional evidence environment helps connect coursework to operational practice.
Current SJSU students seeking to declare the Forensic Science Chemistry or Biology concentration must demonstrate at least a 3.0 overall GPA. Supporting coursework includes FS 11, statistics, and either CHEM 1A or BIO 30, completed with grades of C or better. The application also includes transcripts, a letter of intent, and a personalized graduation plan. These are internal major-declaration requirements, separate from general university admission.
SJSU states that its concentration curricula meet the educational standards of the AAFS Forensic Science Education Programs Accreditation Commission. The program does not appear in the current FEPAC directory, so “meets FEPAC educational standards” is the accurate description. It is not currently documented as a FEPAC-accredited program.
For Fall 2026, SJSU published full-time resident undergraduate tuition of $3,419 and a total mandatory registration charge of $4,776.50. Non-California residents paid an additional $471 per unit. Those figures are term charges, not a total degree cost, and they exclude housing, transportation, books, food, personal expenses, and some course materials.
SJSU provides the most integrated crime-scene and laboratory curriculum among the four direct bachelor’s options in this review. A student committed exclusively to advanced chemical analysis may prefer a chemistry-led program with more upper-division chemistry. Someone seeking exposure to both evidence collection and crime-laboratory analysis gains a broader forensic curriculum here.
Sacramento State BA in Chemistry, Forensic Chemistry concentration
Sacramento State offers a Bachelor of Arts in Chemistry with a Forensic Chemistry concentration. The BA designation should not be interpreted as evidence of a nontechnical degree. The current curriculum contains extensive chemistry, mathematics, physics, biochemistry, and laboratory study.
The major requires 64 to 77 units within a 120-unit bachelor’s degree. Required chemistry includes general chemistry, two semesters of organic chemistry, organic chemistry laboratories, quantitative analysis, advanced organic laboratory work, physical chemistry, biochemistry, and biochemistry laboratory. Students also complete calculus and physics.
Forensic content comes through Introduction to Criminal Justice and Society and Introduction to Physical Evidence. Those courses connect the chemistry curriculum to legal institutions, evidence categories, and investigative use. Students then select additional study from options such as chemical instrumentation, physical chemistry laboratory, advanced inorganic laboratory, or advanced biochemistry laboratory.
The explicit quantitative-analysis requirement is highly relevant to California’s state Criminalist classification. It gives students a named course that corresponds directly to a recurring public-sector education standard. Organic chemistry, physical chemistry, biochemistry, and advanced laboratory electives add depth for analytical and materials work.
The degree’s flexibility can be used in several ways. A student targeting chemical evidence can select instrumentation and physical chemistry laboratory courses. Someone leaning toward biological evidence can place more emphasis on biochemistry. That flexibility is useful, but course selection has consequences. A broad elective plan and an instrumentation-heavy plan may lead to different levels of laboratory readiness even though both result in the same degree title.
The catalog does not list a mandatory internship for the concentration. Practical training instead comes primarily through the required laboratory sequence and selected advanced laboratory or instrumentation courses. Students seeking agency exposure may need to pursue research, employment, or an external internship outside the formal degree requirement.
Sacramento State’s 2026-2027 catalog says its BA and BS chemistry programs are individually accredited by the American Chemical Society. ACS chemistry recognition and FEPAC forensic science accreditation evaluate different academic frameworks. The forensic chemistry concentration is not listed in the current FEPAC directory.
For Fall 2026 and Spring 2027, full-time resident undergraduate tuition was $3,419 per semester. Mandatory campus fees were $1,409 per semester, producing published registration charges of $4,828 per semester for enrollment above six units. Housing, food, books, transportation, personal expenses, and applicable nonresident charges were additional.
Sacramento State is a chemistry-first route with a clear quantitative-analysis requirement and selected forensic coursework. Its BA structure can allow more curricular room than a conventional chemistry BS, but the actual laboratory and instrumentation electives matter more than the letters printed on the diploma. For chemical evidence careers, the strongest version of this degree would preserve advanced laboratory work and instrumentation rather than using all available flexibility outside the sciences.
California Baptist University BS in Forensic Chemistry
California Baptist University in Riverside offers the only program in this group titled simply Bachelor of Science in Forensic Chemistry. It is an on-campus degree at a private Christian university.
The current catalog lists 73 to 77 major units. Core study includes two semesters of general chemistry with laboratories, quantitative chemical analysis with laboratory, two semesters of organic chemistry with laboratories, instrumental analysis, introductory forensic science with laboratory, forensic chemistry with laboratory, statistics, calculus, calculus-based physics, biology, and criminal justice.
The chemistry sequence is particularly relevant to laboratory employment. Quantitative chemical analysis develops measurement and calculation skills. Instrumental analysis addresses techniques used to identify and quantify substances. Advanced forensic chemistry then applies chemical methods to drugs, poisons, explosives, firearms-related evidence, polymers, inks, paints, fibers, paper, and other materials.
CHE 475 includes metrology, statistics, quality control, sampling, chemical equilibria, and instrumentation. These topics address how laboratories produce defensible results, not merely how instruments operate. Quality control, sampling, and measurement are central to the reliability of forensic conclusions.
The catalog lists Criminal Justice Systems, Criminalistics, and Advanced Chemistry concentration options. The Criminalistics concentration adds biology, genetics, cell and molecular biology with laboratory work, and biochemistry with laboratory work. That combination broadens preparation across chemical and biological evidence.
Advanced Chemistry is the more direct concentration for someone seeking additional chemical depth. Criminal Justice Systems shifts more of the curriculum toward legal and institutional study. A future drug chemist or trace-evidence analyst would generally benefit more from advanced chemistry, while someone seeking a wider criminalistics background may prefer the biological additions in the Criminalistics concentration.
CBU requires a senior capstone through research or an approved chemistry internship. The university’s public pages also describe a literature-based thesis option, while the current course materials emphasize senior research or internship. The catalog and public program page also present different unit ranges and concentration information. The current catalog lists 73 to 77 major units and three concentrations, making it the better source for current degree planning.
The internship or research requirement adds an applied conclusion to the degree. Research develops experimental planning, data interpretation, and technical communication. An internship can provide professional laboratory exposure, although placement depends on availability and approval.
The program is not listed as FEPAC accredited. No current program-specific tuition total was established in the source review, so direct price comparisons with the two CSU programs would be incomplete. As a private institution, CBU also uses a different tuition structure from California’s public universities.
CBU offers a direct combination of quantitative analysis, instrumentation, organic chemistry, and forensic chemistry. The selectable concentration then determines whether the upper-level emphasis leans toward additional chemistry, biology-based criminalistics, or criminal justice systems.
Chemistry-first degrees versus forensic-science-first degrees
The four bachelor’s programs fall into three useful categories.
Chemistry degree with forensic applications
UC Davis and Sacramento State begin with chemistry. Their students progress through sequential general, organic, analytical, physical, and instrumental or biochemistry coursework before applying that science to forensic evidence.
This route is usually better aligned with laboratory positions that screen applicants according to chemistry credits. It also preserves options outside forensic science, including environmental, pharmaceutical, toxicology, regulatory, materials, and general analytical laboratories.
The tradeoff is less curricular space for scene processing, photography, latent prints, reconstruction, and law-enforcement procedures.
Forensic science degree with chemistry specialization
San José State begins with forensic science and adds a defined Chemistry concentration. Its curriculum connects chemical analysis to the broader evidence process, including crime-scene investigation and specialized evidence categories.
This model is suitable for students seeking both laboratory and field context. It is less purely chemistry-focused than UC Davis or Sacramento State, but it provides more direct preparation in crime-scene and physical-evidence subjects.
Dedicated interdisciplinary forensic chemistry degree
California Baptist University builds the degree around forensic chemistry from the beginning. It combines core chemistry with biology, forensic science, criminal justice, and a required capstone. The concentration options allow further specialization.
Its required quantitative analysis and instrumental analysis strengthen the chemistry side of an interdisciplinary degree. The Criminalistics concentration adds biological science, while Advanced Chemistry preserves greater chemical depth.
Why a BA can still be relevant for forensic chemistry
Degree labels provide limited information about scientific rigor. Sacramento State awards a BA, but its concentration requires quantitative analysis, organic chemistry, physical chemistry, biochemistry, multiple laboratories, calculus, and physics. Those are substantive science requirements.
A BS often contains more prescribed science and mathematics, but that pattern is not universal. A forensic science BS may devote substantial credit to investigations and evidence courses, while a chemistry BA may contain more upper-division chemistry.
Comparisons should focus on:
- Total chemistry sequence
- Quantitative-analysis requirement
- Organic chemistry laboratories
- Instrumental-analysis coursework
- Physics and calculus
- Biology and biochemistry
- Advanced laboratory electives
- Research or internship requirements
- Crime-scene and evidence-processing coursework
For laboratory criminalistics, Sacramento State’s required quantitative analysis can be more consequential than the BA label. For field investigation, SJSU’s photography and scene coursework can be more relevant than additional physical chemistry.
Laboratory careers are different from CSI careers
“Forensic chemistry” commonly points toward laboratory analysis, but some degree pages also discuss crime-scene work. The occupational distinction needs to remain clear.
A forensic chemist or criminalist may analyze controlled substances, fire debris, toxicological evidence, glass, paint, fibers, polymers, gunshot residue, inks, explosives, or other trace materials. The work relies on chemistry, instrumentation, quality assurance, documentation, statistics, and interpretation.
A crime scene investigator or crime scene technician usually concentrates on locating, documenting, collecting, and preserving physical evidence. Typical skills include scene photography, measurements, sketches, fingerprints, evidence packaging, chain of custody, report writing, and courtroom testimony.
An evidence or property technician may be responsible for evidence intake, storage, records, release, and disposal rather than laboratory analysis. A latent print examiner needs specialized print development and comparison training. A forensic biologist or DNA analyst needs molecular biology, genetics, biochemistry, and population genetics. Digital evidence specialists need computing and cyber-investigation preparation rather than forensic chemistry.
California agencies also organize crime-scene positions differently. One department may employ civilian investigators, while another assigns scene response to sworn personnel. A chemistry degree can be excellent preparation for a crime laboratory without matching the hiring model for every field CSI position.
Among the four programs, SJSU provides the most explicit combination of laboratory science and scene training. UC Davis and Sacramento State lean more strongly toward chemical analysis. CBU combines laboratory chemistry with forensic science and permits further tailoring through its concentrations.
Related California graduate programs
A bachelor’s degree is sufficient for many entry-level forensic laboratory recruitments, provided the transcript meets the employer’s science requirements. Graduate education can add research, advanced instrumentation, specialization, or access to higher-level scientific work. It does not replace missing undergraduate chemistry prerequisites when an employer requires named courses.
UC Davis MS in Forensic Science, Criminalistics Track
UC Davis offers an in-person MS in Forensic Science with Criminalistics and DNA tracks. The Criminalistics Track is closely related to forensic chemistry, although the degree is not titled MS in Forensic Chemistry.
Applicants need a bachelor’s degree in a natural or physical science. Prerequisites include general chemistry with laboratories, organic chemistry with laboratory, physics with laboratory, calculus, and statistics. Applicants generally need at least a 3.0 overall GPA and a 3.0 GPA in prerequisite courses. GRE scores are not required.
The 54-quarter-unit program includes forensic science fundamentals, case reports, homicide crime-scene investigation, human identification, analysis of toxicants, forensic statistics, forensic instrumental laboratory, seminars, electives, and substantial research. Chemistry-related electives include spectroscopy, forensic toxicology, and quantitative analysis of environmental toxicants.
The planning materials show 16 research units under the 2025 degree requirements. Students can complete a thesis-based pathway involving laboratory research, technical writing, and defense of the work. The program also incorporates mock crime-scene and courtroom applications.
The thesis-based MS option is currently FEPAC accredited. The AAFS directory lists an accreditation term from March 1, 2026, through March 1, 2031. This accreditation applies to the graduate program and should not be attributed to the undergraduate Applied Chemistry degree.
UC Davis operates the MS as a self-supporting program. The published rate for students entering in Fall 2025 or later is $903 per quarter unit. At 54 units, listed tuition is $48,762. Health insurance, books, supplies, laboratory materials, housing, and other living expenses are additional. Residents, nonresidents, and international students pay the same stated per-unit program fee.
This graduate path is appropriate for applicants who already have substantial natural-science preparation and want advanced research, toxicology, drug chemistry, trace evidence, spectroscopy, or instrumental analysis.
Cal State LA MS in Criminalistics
Cal State LA offers an on-campus MS in Criminalistics designed for applicants with a natural- or physical-science background. The university identifies chemistry, biology, biochemistry, molecular genetics, and physics as relevant undergraduate majors.
Expected preparation includes general chemistry, organic chemistry with laboratories, quantitative analysis, biostatistics, and physics. Applicants need at least a 3.0 GPA in both the undergraduate major and the final 60 semester units or 90 quarter units for consideration.
The program develops advanced criminalistics knowledge across chemical and biological sciences, forensic evidence evaluation, laboratory measurement, legal context, and research. Its focus is broader than chemistry alone, but it is firmly oriented toward scientific examination of physical evidence rather than general criminal justice.
A research project serves as the graduate capstone. Cal State LA encourages students to pursue internships, but the current program materials do not identify an internship as a universal graduation requirement.
The degree remains active. Cal State LA listed the MS in Criminalistics for Fall 2027 admission, with a March 15, 2027 domestic application deadline. New graduate students enter in the fall. A current official program-specific tuition total was not available in the reviewed materials.
No current FEPAC accreditation is documented for the program. Historical accreditation information is not evidence of present accreditation.
Cal State LA is one of the more directly relevant graduate routes for science graduates seeking criminalistics laboratory education. Its published entry expectations also show why a broad forensic degree without organic chemistry, quantitative analysis, and physics may be inadequate preparation for some graduate criminalistics programs.
National University Master of Forensic Science, Criminalistics specialization
National University offers a 36-semester-credit Master of Forensic Science with a Criminalistics specialization. The university lists online, in-person, and hybrid delivery, including availability at its main San Diego campus.
The Criminalistics specialization generally requires an undergraduate degree in a laboratory or physical science such as chemistry or biology. Another academic background requires approval from the program director.
Coursework includes trace evidence, advanced forensic toxicology, forensic serology and DNA, and advanced forensic DNA analysis. Trace-evidence study covers microscopic, chemical, and instrumental methods. Toxicology includes advanced analytical techniques such as gas chromatography-mass spectrometry.
The curriculum culminates in a supervised research project. National University states that some Criminalistics courses can require in-person laboratory participation. The public program materials do not identify every affected course or provide one universal laboratory location and schedule.
This is a broader criminalistics degree covering both chemical and biological evidence. It is not a dedicated graduate chemistry program, but its science-entry requirement and trace-evidence and toxicology coursework make it relevant to working laboratory professionals and science graduates. No current FEPAC accreditation was identified.
Alliant International University MS in Forensic Science, Investigation, and Technology
Alliant offers a 33-unit MS in Forensic Science, Investigation, and Technology with a Criminalistics and Technology concentration. Coursework is delivered online, with asynchronous classes and optional synchronous sessions.
The program is not fully remote. Students complete two required on-site weekend residencies and a research thesis. Alliant describes simulations and laboratory activities, although the available public materials do not quantify the amount of wet-laboratory chemistry instruction.
The concentration covers collection, preservation, and analysis of DNA, trace and physical evidence, toxicological or pharmacological evidence, and other forms of identification evidence. Its curriculum integrates forensic science with law and technology rather than operating as a graduate chemistry degree.
Alliant reports that the trimester program can typically be completed in less than a year and a half. Travel and lodging for the two residencies can add costs beyond tuition. Current tuition and residency-related expenses were not established in the reviewed sources.
The general graduate admission materials require transcripts from every college attended, but no specific chemistry-major prerequisite was documented. That entry structure differs from UC Davis, Cal State LA, and National University, all of which publish substantial prior science expectations for their criminalistics options.
Alliant can serve practitioners seeking interdisciplinary forensic investigation education in a mostly online format. It provides less documented evidence of advanced wet-laboratory chemistry preparation than the science-entry graduate programs.
Understanding FEPAC and chemistry accreditation
FEPAC is the Forensic Science Education Programs Accreditation Commission of the American Academy of Forensic Sciences. It accredits qualifying bachelor’s and master’s forensic science programs, including some science degrees with forensic concentrations.
Among the California programs reviewed here, the thesis-based UC Davis MS in Forensic Science is the only one currently listed in the official FEPAC directory. The directory does not list the UC Davis undergraduate Applied Chemistry emphasis, SJSU, Sacramento State, CBU, Cal State LA, National University, or Alliant as currently FEPAC accredited.
SJSU’s statement that its curricula meet FEPAC educational standards is still useful information. It indicates that the department has aligned the curriculum with the commission’s academic expectations. It is a different claim from programmatic accreditation.
Sacramento State reports that its BA and BS chemistry programs are individually accredited by the American Chemical Society. ACS chemistry recognition addresses chemistry education, while FEPAC evaluates forensic science programs. For a laboratory chemistry career, rigorous chemistry preparation may be more directly relevant than FEPAC status alone. For a student specifically seeking a program reviewed under forensic science standards, current FEPAC accreditation carries more direct meaning.
Accreditation is one part of the comparison. Employers still examine degree field, course titles, laboratory credits, experience, and sometimes specific chemistry or biology requirements.
Online study and the limits of remote forensic chemistry education
No fully online direct bachelor’s degree in forensic chemistry was identified in this California review. That result is consistent with the practical demands of the subject.
Chemistry instruction requires supervised work with instruments, standards, unknown samples, hazardous materials, balances, glassware, and quality-control procedures. Organic chemistry, quantitative analysis, instrumental analysis, and forensic chemistry laboratories are difficult to reproduce through asynchronous simulations alone.
The four direct bachelor’s programs all require substantial on-campus laboratory work. National University offers online and hybrid graduate formats, but some Criminalistics courses can require in-person laboratory participation. Alliant delivers most coursework online but requires two on-site weekend residencies.
A mostly online graduate program can be useful for a working professional who already has undergraduate laboratory training. It is less suitable as a substitute for the chemistry laboratory foundation expected in many criminalist and forensic chemist recruitments.
Transfer planning for forensic chemistry majors
Transfer planning requires more precision than simply completing general education. Chemistry degrees use long prerequisite sequences, and missing one course can delay several later classes.
A transfer student should build the lower-division plan around:
- General chemistry with laboratories
- Calculus
- Calculus-based or program-approved physics
- Organic chemistry with laboratories
- Introductory biology where required
- Statistics
- Articulated forensic science or criminal justice courses when available
Organic chemistry often depends on successful completion of general chemistry. Instrumental and analytical chemistry then depend on the earlier chemistry sequence. Physics may require calculus prerequisites. A missing course can therefore affect several terms of upper-division enrollment.
Course articulation also matters for quantitative analysis. A general introductory chemistry course or survey of forensic science is not the same as a dedicated quantitative-analysis course. Students targeting California Criminalist positions should preserve course descriptions and syllabi when the transcript title does not clearly identify quantitative or analytical chemistry.
Community-college forensics programs can provide useful instruction in evidence handling, fingerprints, photography, or investigations. The programs identified in the statewide search were not documented as substitutes for the laboratory chemistry sequence required by the direct bachelor’s degrees. A CSI-oriented certificate can complement chemistry preparation, but it should not displace general chemistry, organic chemistry, calculus, physics, or quantitative analysis for someone pursuing laboratory criminalistics.
A practical way to choose among the programs
Begin with the intended work setting rather than the word “forensic” in the degree title.
For chemical evidence analysis, prioritize quantitative analysis, organic chemistry laboratories, instrumental analysis, statistics, physics, and research. UC Davis provides an applied analytical chemistry route with substantial instrumentation. Sacramento State offers a chemistry-centered BA with explicit quantitative analysis and selectable advanced laboratory work. CBU requires quantitative and instrumental analysis within a dedicated forensic chemistry degree.
For a combination of laboratory and crime-scene preparation, SJSU offers the broadest verified mix of chemistry, toxicology, physical evidence, photography, arson and explosives, firearms, toolmarks, and scene methods.
For biological criminalistics, look beyond chemistry alone. CBU’s Criminalistics concentration adds genetics, molecular biology, and biochemistry. SJSU includes forensic biology concepts. A future DNA analyst will need to compare those courses with the specific molecular biology, genetics, biochemistry, and statistics requirements used by DNA laboratories.
For graduate study, UC Davis and Cal State LA expect substantial undergraduate science preparation. National University also normally requires a physical- or laboratory-science bachelor’s degree for its Criminalistics specialization. Alliant provides a broader interdisciplinary option with fewer published chemistry-entry requirements and a mostly online format, but its public materials document less advanced wet-laboratory chemistry.
Cost comparisons should use the same categories. SJSU’s and Sacramento State’s published figures are semester registration charges, not total cost of attendance. UC Davis undergraduate charges vary by cohort and residency. CBU uses private-university pricing. Graduate program costs also differ sharply, with UC Davis publishing a self-supporting per-unit rate and other programs using their own tuition structures.
The final academic plan should contain enough science for the intended laboratory role, enough practical experience to demonstrate applied competence, and enough flexibility to support related analytical careers. In forensic chemistry, the strongest evidence is found on the transcript: chemistry sequences, laboratories, quantitative analysis, instrumentation, research, and the advanced electives that show what the student actually learned.