California State University, East Bay offers three direct forensic education pathways with different career purposes: a biology bachelor’s concentration oriented toward DNA and molecular evidence, a chemistry bachelor’s concentration built around chemical analysis and instrumentation, and a graduate certificate specifically titled Crime Scene Investigation. The university also offers a Criminal Justice B.S. and minor that provide investigation context but do not replace laboratory science preparation.
The distinction between these options is practical. Laboratory criminalists and forensic scientists generally need substantial chemistry, biology, mathematics, and laboratory coursework. Crime scene investigators concentrate more heavily on evidence recognition, documentation, collection, preservation, photography, scene reconstruction, and chain of custody. CSUEB’s two undergraduate science concentrations address the laboratory side more directly, while the graduate CSI certificate is the institution’s named crime-scene credential.
Cal State East Bay is institutionally accredited by the WASC Senior College and University Commission, commonly called WSCUC. Its Forensic Science Research Center is located at the Concord Campus and supports forensic research, internships, mentoring, workshops, and related professional activity. The center is an experiential resource, not a separate degree program.
Readers comparing CSUEB with other institutions can also review the broader directory of California colleges with CSI and forensic programs.
CSUEB forensic and CSI programs compared
| Program | Credential | Primary emphasis | Delivery evidence | Best-aligned goals |
|---|---|---|---|---|
| Biological Sciences, Forensic Science Concentration | B.S. concentration | Molecular biology, genetics, DNA methods, chemistry, instrumentation, investigation | On-site | Forensic biology, DNA analysis, biology-oriented criminalistics, graduate study |
| Chemistry, Bioanalytical and Forensics Concentration | B.S. concentration | Chemistry, quantitative analysis, organic chemistry, calculus, physics, instrumentation | On-site | Forensic chemistry, chemical evidence analysis, chemistry-heavy crime-lab work |
| Crime Scene Investigation Certificate | Graduate certificate | Crime scene investigation | Distance and on-site implementations appear in WSCUC records | Post-baccalaureate CSI specialization |
| Criminal Justice B.S. | Bachelor’s degree | Criminal justice, policing, investigations, evidence context | On-site and distance education | Investigations, law enforcement, evidence-related work, civilian justice roles |
| Criminal Justice Minor | Undergraduate minor | Criminal justice foundations and investigation coursework | Current format not specified in the available program materials | Adding justice-system and investigative context to another major |
The biology and chemistry options are concentrations within broader science degrees. Neither is a standalone B.S. titled Forensic Science. That structure can be beneficial for laboratory career preparation because students complete a recognizable natural-science major while adding forensic coursework.
The graduate certificate is different in both level and purpose. It is designed for post-baccalaureate study and is not a professional license or industry certification. The Criminal Justice B.S. and minor are adjacent options rather than forensic science credentials.
B.S. in Biological Sciences, Forensic Science Concentration
CSUEB’s Biological Sciences Forensic Science Concentration is the university’s primary undergraduate route for forensic biology and DNA-oriented study. The 2026-2027 curriculum sheet identifies it as a 78-unit component of the Biological Sciences B.S.
The required science foundation includes general biology, general chemistry with laboratories, calculus, physics, genetics, and evolutionary biology. Students then progress into advanced coursework involving:
- PCR, sequencing, and fragment analysis
- Advanced cell and molecular biology
- Quantitative chemical analysis
- Bioanalytical and forensic instrumentation
- Organic chemistry I and II
- Basic criminal investigation
- Advanced criminal investigation
- Criminal identification
- Survey of forensic science
Advanced Cell and Molecular Biology serves as the concentration capstone. The program therefore combines laboratory science with a smaller but meaningful set of investigation and identification courses.
Laboratory and DNA preparation
The strongest feature of this concentration is its integration of molecular biology and chemistry. PCR, DNA sequencing, fragment analysis, genetics, and advanced cell and molecular biology are directly relevant to biological evidence work. Quantitative analysis and forensic instrumentation add analytical training beyond a conventional biology curriculum.
This preparation is much closer to crime-laboratory expectations than a general criminal justice degree. Biological evidence analysts need to understand contamination control, molecular methods, laboratory documentation, genetics, and the scientific interpretation of test results. The concentration addresses several of those academic foundations through its required sequence.
The degree also requires two semesters of organic chemistry, general chemistry laboratories, physics, and calculus. Those courses matter because forensic laboratory job classifications frequently evaluate an applicant’s specific science credits rather than relying only on the title printed on the diploma. A degree containing the word “forensic” is not enough by itself if the applicant lacks the required chemistry or biology sequence.
Electives and practical experience
Students select at least four elective units. Published options include anatomy and physiology, microscopic methods, bioinformatics, biochemistry, statistics, and internship-related study. Independent study, directed research, and a biology internship may contribute up to three elective units. A criminal justice internship is also among the listed choices.
These are options rather than universal graduation requirements. The curriculum does not establish that every student completes an internship or receives a forensic placement.
The university’s Forensic Science Research Center may create additional opportunities for selected students. Its current intern roster includes participants from the Biology Forensic Science Concentration, showing active undergraduate involvement. The center states that the earliest new intern application process on its current schedule will be spring 2027, so availability is not continuous.
Career alignment
This route works best for careers involving biological evidence, DNA, serology-related preparation, or molecular laboratory work. It can also provide a foundation for graduate study in forensic biology or another laboratory science.
The investigation courses broaden students’ understanding of how evidence originates at a scene, how it is identified, and how investigative decisions affect later laboratory analysis. Even so, the degree’s main academic strength is biological and molecular science. Someone interested primarily in scene photography, fingerprints, evidence packaging, and field documentation would find more directly named CSI preparation in the graduate certificate, subject to the certificate’s final course requirements.
Transfer students need to plan this concentration carefully. General chemistry, biology, calculus, physics, organic chemistry, and upper-division molecular courses form a prerequisite chain. Delaying chemistry or mathematics can extend the time needed to reach advanced laboratory classes. Courses applied to the major require a grade of C- or better.
B.S. in Chemistry, Bioanalytical and Forensics Concentration
The B.S. in Chemistry with a Bioanalytical and Forensics Concentration is CSUEB’s chemistry-centered forensic pathway. The department describes it as preparation for forensic chemist careers and graduate study in forensic science.
Its published roadmap includes:
- General chemistry I and II with laboratories
- Calculus I, II, and III
- Organic chemistry I and II
- Quantitative analysis
- Principles of cell and molecular biology
- Organismal biology
- Genetics
- Survey of biochemistry
- Calculus-based physics I and II
- Bioanalytical and Forensic Instrumentation
Compared with the biological sciences concentration, this curriculum puts more weight on mathematics, chemical measurement, and instrumental analysis. Three semesters of calculus and two semesters of calculus-based physics create a more quantitative foundation. Organic chemistry, quantitative analysis, and instrumentation are especially relevant to chemical evidence.
Preparation for chemistry-heavy forensic work
This concentration is the better CSUEB undergraduate route for a student targeting forensic chemistry, chemical evidence analysis, or later toxicology study. Controlled-substance analysis and many toxicology-related roles rely on organic chemistry, analytical chemistry, instrumental methods, and quantitative reasoning. The program’s documented curriculum addresses those areas more directly than the biology concentration.
The biology requirements still matter. Cell and molecular biology, organismal biology, genetics, and biochemistry give chemistry students experience with biological systems and bioanalytical applications. That combination can support graduate work at the intersection of chemistry and biology.
Laboratory instruction begins with general chemistry and continues through organic chemistry, quantitative analysis, and instrumental coursework. Bioanalytical and Forensic Instrumentation is the clearest specialized forensic component identified on the current program page. The available roadmap does not provide enough detail to characterize every fourth-year requirement, so the program should be evaluated on the courses the department currently publishes rather than on assumed forensic electives.
Who should choose chemistry instead of biology?
The chemistry concentration is preferable when the intended work centers on identifying and measuring chemical substances. It also provides the more direct quantitative foundation for instrumental analysis.
The biology concentration is better aligned with DNA, genetics, molecular methods, and biological evidence. It still includes substantial chemistry, but molecular biology is more central to its design. Both programs can support criminalist preparation, yet they reach that goal through different natural-science disciplines.
Students transferring into the chemistry route should complete mathematics and general chemistry as early as possible. Calculus, organic chemistry, physics, and quantitative analysis build on one another. A transfer plan that covers only lower-division general education can leave several semesters of sequential science prerequisites after arrival.
Graduate Crime Scene Investigation Certificate
CSUEB lists an active Crime Scene Investigation Certificate through its Office of Graduate Studies. Applications are accepted for fall and spring, with the general university admissions deadline applying.
This is a graduate certificate, not an undergraduate certificate, degree, state license, or private professional certification. Applicants who are not already enrolled at CSUEB may apply as classified post-baccalaureate students. They must satisfy the university’s minimum graduate and post-baccalaureate admission standards along with any criteria set by the certificate program.
CSUEB policy requires a graduate certificate to contain at least 12 units. The minimum rises to 15 units when undergraduate courses are included. At least 75 percent of certificate coursework, along with all 600-level courses, must be completed at Cal State East Bay. The exact unit total for the CSI certificate was not available in the accessible program materials.
Format and curriculum limitations
WSCUC records a distance-education implementation of the Crime Scene Investigation Certificate beginning in 2024 and an on-site implementation beginning in 2026. Those records establish that both delivery types have been recognized. They do not explain whether students select a fully online or campus track, move between modalities, or complete a mixed-format sequence.
The current catalog page was protected during research, preventing extraction of the 2026-2027 course list, specialized prerequisites, practical exercises, and attendance requirements. As a result, specific claims about photography labs, fingerprint processing, scene simulations, evidence collection exercises, internships, or required campus sessions are not supported by the available catalog evidence.
The certificate is nonetheless a current credential rather than a stale catalog listing. Graduate Studies lists it as active, WSCUC includes it in the institutional program inventory, and CSUEB’s Academic Senate archive documents approval activity for a new FNSC course prefix and the CSI certificate during 2023-2024.
Career use
The certificate is CSUEB’s most directly named crime-scene credential. It provides a post-baccalaureate option for people seeking focused graduate study without completing another full degree. Its practical career value will depend heavily on the final course sequence, especially the amount of instruction in scene documentation, evidence recovery, photography, fingerprints, reconstruction, report writing, and courtroom presentation.
A graduate CSI certificate is not interchangeable with the chemistry or biology concentrations. Scene investigators and laboratory scientists work with the same evidence at different stages, but their academic preparation is not identical. The certificate should not be used to replace missing chemistry or biology coursework for laboratory positions that impose specific natural-science requirements.
Criminal Justice B.S. as an adjacent route
CSUEB’s Department of Criminal Justice offers a B.S. available in on-site and distance-education formats according to WSCUC. The department has faculty expertise in DNA analysis, crime-scene investigation, evidence preservation, reconstruction, medicolegal death investigation, policing, and forensic science.
Relevant courses documented across current university materials include Basic Criminal Investigation, Advanced Criminal Investigation, Criminal Identification, Survey of Forensic Science, and Internship in Criminal Justice. These subjects can support work related to investigations, evidence handling, law enforcement, and civilian public-safety operations.
The B.S. remains a general criminal justice degree. It is not a formal forensic science concentration, and its forensic and investigative classes do not provide the chemistry, molecular biology, quantitative analysis, or instrumental laboratory sequence found in CSUEB’s science concentrations.
This route is more appropriate for policing, investigative support, evidence or property functions, and some civilian crime-scene roles than for forensic chemist or DNA analyst positions. California agencies define titles differently. A crime scene investigator can be a civilian employee in one jurisdiction and a sworn assignment in another, while an evidence technician may focus on property control rather than full scene reconstruction. The academic title alone does not determine eligibility across all employers.
Internships are available through the department, but a forensic placement is not guaranteed. Placement options and departmental approval affect the experience available to an individual student.
Criminal Justice Minor
CSUEB also maintains a Criminal Justice Minor. It is an adjacent credential that can add justice-system and investigation knowledge to another undergraduate major.
The latest accessible departmental advising guide, published in 2023, describes a 24-semester-unit minor. Its listed curriculum includes Basic Criminal Investigation, with Advanced Criminal Investigation available as an option for one upper-division requirement. Other areas in that guide include criminal law, statistics, ethics, corrections, policing, crime prevention, and victimology.
The current 2026-2027 catalog confirms that the minor remains active, but its protected detail page prevented a course-by-course comparison with the older guide. The current delivery format is also unspecified.
A biology or chemistry major could use the minor to add criminal justice context, assuming the coursework fits within the degree plan. It does not add the depth of a CSI certificate and contains no verified required forensic laboratory, scene practicum, field placement, or internship. Its role is supplementary.
Forensic Science Research Center
The Forensic Science Research Center was approved as a university center in 2022. Located at the Concord Campus, it describes a mission involving hands-on training, research, internships, mentoring, networking, workshops, and community engagement.
The center participates in the Laboratories and Educators Alliance Program, a collaboration involving the American Society of Crime Laboratory Directors and the Council of Forensic Science Educators. It also lists active student interns, including undergraduates in the Biology Forensic Science Concentration.
Research center participation should be separated from degree requirements. An internship or research position through the center is selective and is not documented as mandatory for every forensic student. The center’s published future plans include an interactive crime-scene house and a medicolegal death-investigation research site. Those are planned facilities, not currently verified instructional sites.
Students who obtain research or internship experience can strengthen their preparation through applied work, professional contacts, and documented technical activity. The academic degree still supplies the underlying science or investigation curriculum.
Tuition and cost context
For 2026-2027, CSUEB estimates California-resident undergraduate tuition at $6,838 for two semesters. Mandatory fees are estimated at $1,616, producing a combined academic-year tuition-and-fee figure of $8,454.
That figure excludes books, supplies, housing, food, transportation, and personal expenses. The university’s estimated total undergraduate cost of attendance is:
- $26,408 while living with parents
- $36,596 while living on campus
- $37,402 while living off campus
Cost of attendance is a budgeting estimate, not a tuition charge.
For fall 2026, California-resident graduate, post-baccalaureate, and second-bachelor’s students taking more than six units are listed at $4,274 in system tuition and $789.50 in mandatory campus fees, for a term total of $5,063.50. The full cost of the CSI certificate cannot be calculated from the published evidence because its exact unit count and likely enrollment pattern were not available. University fee schedules also remain subject to change.
Science majors may have additional expenses for laboratory materials, books, protective equipment, and transportation. CSI certificate students could also face travel costs if their sequence contains required campus activity, but the current public curriculum does not establish such a requirement.
Accreditation and professional relevance
California State University, East Bay is institutionally accredited by WSCUC. Institutional accreditation applies to the university as a whole.
The Forensic Science Education Programs Accreditation Commission, or FEPAC, provides programmatic accreditation for qualifying bachelor’s and master’s forensic science programs, including some natural-science degrees with forensic concentrations. No current official source reviewed for CSUEB identifies either science concentration as FEPAC-accredited. They should therefore be described through their verified curriculum and WSCUC institutional status, not assigned a FEPAC label.
FEPAC’s published scope covers bachelor’s and master’s programs. A standalone graduate certificate falls outside those stated degree levels, so FEPAC is not an appropriate quality test for CSUEB’s CSI certificate. Criminal justice programs and minors also serve a different academic purpose from laboratory forensic science accreditation.
Choosing among the CSUEB pathways
Career target should drive the decision.
Choose the Biological Sciences Forensic Science Concentration for DNA, genetics, molecular biology, PCR, sequencing, and biological evidence. Its combination of biology, organic chemistry, quantitative analysis, instrumentation, and investigation coursework gives it the broadest interdisciplinary laboratory curriculum among CSUEB’s forensic bachelor’s options.
Choose the Chemistry Bioanalytical and Forensics Concentration for chemical evidence and instrument-centered laboratory work. Three semesters of calculus, calculus-based physics, organic chemistry, quantitative analysis, biochemistry, and forensic instrumentation provide stronger preparation for chemistry-heavy roles.
Use the graduate CSI certificate for post-baccalaureate specialization in crime scene investigation. Because its detailed course list is not publicly accessible in the reviewed catalog materials, the evidence supports its status, level, and recognized delivery implementations but not a detailed account of its practical exercises.
The Criminal Justice B.S. fits investigations, policing, evidence-related operations, and justice-system careers more naturally than laboratory criminalistics. The minor can add investigative context to another major, especially biology or chemistry, but it is supplementary rather than a forensic science credential.
Transfer students targeting either science concentration should prioritize articulated general chemistry, biology, calculus, and physics courses. Completing those sequences early creates access to organic chemistry, genetics, quantitative analysis, biochemistry, and upper-division laboratory work. Students planning for laboratory employment should also compare their completed transcript with the science-credit requirements in each job announcement rather than relying on the concentration name alone.
CSUEB’s principal advantage is the separation of forensic education into distinct biological, chemical, and crime-scene routes. Selecting the route that matches the actual work, laboratory analysis versus scene investigation, leads to a more coherent degree plan and avoids using general criminal justice coursework as a substitute for required science.