Online forensic biology bachelor’s degrees are rare. The field depends on biology, chemistry, molecular methods, statistics, and repeated laboratory practice, so many universities keep these programs on campus. A national search identified three science-based online pathways relevant to California residents:
- The University of Findlay offers the only verified online or hybrid bachelor’s degree titled Forensic Biology.
- Wilmington University offers a fully online B.S. in Biology with a Forensic Science concentration, including laboratory courses completed with at-home kits.
- Arizona State University offers an online B.S. in Forensic Science with substantial biology, genetics, biochemistry, chemistry, and laboratory content.
These are not interchangeable degrees. Findlay has the closest title match and an extensive laboratory-science curriculum, but its public materials do not explain how a California student completes every required laboratory. Wilmington clearly advertises fully online completion and has a strong biology core, although its required curriculum does not clearly include a dedicated biochemistry course. ASU offers a broader forensic science degree and allows applicable in-person laboratories to be taken at ASU or an accredited institution near the online student.
The options below represent a reasonably complete list based on searches for forensic biology, forensic science, forensic DNA, criminalistics, biology concentrations, and degree-completion pathways. Other universities offer campus-based forensic biology degrees, and several offer online criminal justice or forensic investigation programs. Those programs were not included as direct matches because their formats or science requirements differ materially.
Readers who are still comparing degree types can review the broader guide to forensic biology degrees in California.
Comparing the verified online options
| School and degree | Credits | Online laboratory arrangement | Relevant science preparation | FEPAC status | Published 2026-27 tuition information | Main unresolved issue |
|---|---|---|---|---|---|---|
| University of Findlay, B.S. in Forensic Biology | At least 120 | Advertised as online, hybrid, or on campus, but the remote laboratory process is not clearly published | Cell and molecular biology, DNA sequencing, general and organic chemistry, physics, calculus, statistics, forensic biology, forensic chemistry, and upper-level science electives | Built on FEPAC standards, but not listed as FEPAC-accredited | $550 per credit for qualifying online-only undergraduate programs, plus online student and possible course fees | Whether every required laboratory can be completed from California without travel to Ohio |
| Wilmington University, B.S. in Biology with Forensic Science concentration | 120 | Advertised as 100 percent online using at-home laboratory kits | Genetics, microbiology, cell and molecular biology, general and organic chemistry, physics, statistics, calculus, forensic biology, Scientific CSI, and anatomy and physiology | Institutionally accredited by MSCHE, but not identified as FEPAC-accredited | $439 per credit, plus $30 registration and $30 technology fees per semester; many laboratory courses have $60 course fees | California-specific enrollment eligibility and local arrangements for required cooperative education |
| Arizona State University, online B.S. in Forensic Science | 120 | Applicable in-person laboratories may be completed at ASU or an accredited institution near the student | General biology, genetics, biochemistry, chemistry, mathematics, forensic evidence, laboratory courses, and a culminating experience | Institutionally accredited by HLC, but not listed as FEPAC-accredited | Fall 2026 base tuition is $580 per credit for nonresident online undergraduates; College Fee 3 and mandatory fees raise the semester charge | Which laboratories a particular student must take in person and where approved California equivalents are available |
Published tuition is not the same as total cost of attendance. Books, laboratory supplies, local college tuition, travel, course-specific fees, and future rate changes can materially affect the final amount.
University of Findlay B.S. in Forensic Biology
The University of Findlay provides the closest match to the exact degree name. Its Bachelor of Science in Forensic Biology requires at least 120 credits and is advertised in on-campus, online, and hybrid formats.
The curriculum has substantial natural-science depth. Required courses include cell and molecular biology with laboratory, DNA Sequencing and Analysis, two semesters of general chemistry with laboratories, two semesters of organic chemistry with laboratories, two semesters of physics with laboratories, calculus, and statistics. Forensic requirements include Forensic Science, Physical Methods in Forensic Investigation, Forensic Biology, Forensic Chemistry with laboratory, Forensic Evidence, Forensic Anthropology, and a forensic science seminar.
Students also select 12 credits of upper-division science coursework. Published options include genetics, microbiology, immunology, cell biology, advanced cellular and molecular biology, and biochemistry. At least one selected upper-level science course must include a laboratory.
This course structure is much closer to laboratory forensic biology than an online degree centered on criminal law, evidence procedure, or crime-scene documentation. The chemistry sequence is especially useful because California laboratory classifications commonly evaluate applicants through individual science courses rather than the wording printed on a diploma.
Findlay says its curriculum is built on standards from the Forensic Science Education Programs Accreditation Commission. That wording needs to remain precise. The program is not listed in the current AAFS directory of FEPAC-accredited programs, so it is not accurate to call the degree FEPAC-accredited.
The remote laboratory question
Findlay’s public curriculum lists numerous laboratory courses, but its online program information does not provide a complete remote-laboratory plan. The university promotes its forensic science laboratory and Crime Scene House in Ohio, yet the program page does not state whether online students use those facilities during required visits.
This unresolved point affects both convenience and cost. A California student needs to know whether each biology, chemistry, physics, and forensic laboratory is delivered through a home kit, a local partner institution, an intensive session in Ohio, or another arrangement. The current materials do not provide that level of detail.
A useful enrollment document would be a term-by-term degree map identifying:
- Every course with a laboratory component
- Where each laboratory is completed
- Whether local California college laboratories are accepted
- Whether any visits to Ohio are required
- How local laboratory credits or experiences are approved
- Which upper-division sciences are available online in the needed terms
- Whether the forensic chemistry laboratory has a remote option
Without that plan, the phrase “online” describes the general delivery option but does not establish that a California resident can finish every requirement without travel.
Internships and practical training
Findlay lists an internship as an optional forensic elective rather than a clearly required part of the major. The university states that internships may be completed locally, at the state or national level, internationally, or in the private sector.
Optional crime-scene and death-investigation coursework includes Crime Scene Investigation, Death Investigation, Forensic Entomology, research design, and internship. Those electives can broaden preparation, but students targeting biological evidence analysis should preserve room for upper-level molecular biology, genetics, biochemistry, microbiology, or other laboratory sciences.
A field-oriented elective and an advanced science elective serve different career purposes. Crime Scene Investigation can support evidence recognition and collection, while biochemistry or advanced molecular biology is more directly related to biological testing in a laboratory.
Cost
For 2026-27, Findlay publishes tuition of $550 per credit for qualifying online-only undergraduate programs. The online student fee is $150 per semester at 12 or more credits and $75 below 12 credits. Separate course fees may apply.
The university uses the term “qualifying programs,” and the public tuition page does not conclusively establish that the online Forensic Biology B.S. receives that rate. A written financial estimate should identify the applicable tuition category, online fees, laboratory fees, and any travel-related expenses.
Findlay participates in the State Authorization Reciprocity Agreement and publishes language indicating that California residents generally may study online through the university. Program-specific availability and the laboratory arrangement remain separate questions.
Career alignment
Among the three verified options, Findlay publishes the most explicit combination of forensic biology, forensic chemistry, DNA analysis, organic chemistry, physics, mathematics, and laboratory requirements. It is consequently the closest curricular match for a student seeking a degree specifically centered on biological evidence.
The degree still needs to be evaluated course by course for a particular position. Biochemistry, for example, appears among upper-division options rather than as a clearly universal requirement. A student planning to pursue forensic DNA analysis would need to choose electives deliberately and retain detailed course descriptions showing the molecular biology, genetics, biochemistry, statistics, and laboratory content completed.
Wilmington University B.S. in Biology with Forensic Science Concentration
Wilmington University’s program can be missed in ordinary forensic biology searches because the diploma title is Bachelor of Science in Biology. Forensic Science is a 17-credit concentration within the biology major.
The 120-credit degree is advertised as available fully online, face-to-face, or in a hybrid format. Wilmington states that online students use at-home laboratory kits. That is a clearer remote-delivery statement than the one available for Findlay, although the public curriculum does not describe the equipment, specimens, supervision, or assessment method used in every advanced laboratory.
The biology core includes:
- Biology I and II
- Genetics
- Microbiology
- Cell and Molecular Biology
- Chemistry I and II
- Organic Chemistry I and II
- Physics I
- Inferential statistics
- Calculus
- Environmental informatics
- Data science or artificial intelligence
- A science senior seminar
- Laboratory components across multiple science courses
The Forensic Science concentration adds Survey of Criminal Justice, Criminal Investigation, Forensic Biology with Laboratory, Scientific CSI with Laboratory, and Anatomy and Physiology I with Laboratory.
This combination addresses both laboratory science and the investigative context in which evidence is recovered. The biology major provides the stronger foundation, while the concentration introduces criminal investigation, forensic biological evidence, and crime-scene methods.
How Wilmington differs from an online forensic investigation degree
The biology major is the defining feature. A forensic investigation degree may teach evidence recognition, documentation, preservation, criminal law, and investigative procedure without requiring organic chemistry, genetics, microbiology, or cell and molecular biology. Wilmington requires those natural sciences as part of the degree.
That difference affects career alignment. Wilmington is more relevant to a student pursuing biological evidence, laboratory support, graduate science education, or technically oriented forensic work. An investigations program is better aligned with field evidence processing, crime-scene documentation, or investigative support.
The concentration still includes Scientific CSI and Criminal Investigation, so the degree is not limited to bench science. Its main academic identity, however, remains biology.
At-home laboratories
Wilmington says the program can be completed 100 percent online using at-home laboratory kits. Home kits can solve the geographic problem that prevents many California students from entering out-of-state science programs. They do not provide the same experience as continuous access to a university research laboratory or an operational forensic laboratory, and the university does not claim that they do.
The practical issue is not whether a course has “lab” in its title. Students targeting laboratory employment need repeated experience with documentation, measurement, contamination control, sample preparation, instrumentation, quality procedures, and scientific reporting. Published course descriptions and syllabi can show how much of that work is included in each kit-based course.
Wilmington also requires two cooperative education courses. The public materials do not explain how California placements are found, which types of organizations qualify, or whether an existing job can satisfy part of the experience. The university’s claim of fully online completion suggests that travel to Delaware is not a standard academic requirement, but the California co-op process is not described in detail.
Completion-degree pathway
Wilmington publishes a 54-credit forensic science completion version for eligible students who already hold an associate degree and meet the prerequisite requirements. The prerequisites include English composition, public speaking, precalculus, introductory mathematics, Biology I, Chemistry I and II, and Organic Chemistry I or approved equivalents.
This route can be useful for a California community college graduate who has already completed a transfer-oriented science sequence. It is not a 54-credit bachelor’s degree for a beginning student. The student enters with an associate degree and specified prior coursework, then completes the remaining Wilmington requirements.
A community college student planning around this pathway should prioritize transferable laboratory sciences rather than filling the associate degree primarily with criminal justice electives. General chemistry, organic chemistry, biology, mathematics, and communication courses form the entrance foundation for the completion curriculum.
Cost and California enrollment status
Wilmington publishes 2026-27 online undergraduate tuition of $439 per credit. Online students pay a $30 registration fee and a $30 technology fee each semester. Many required biology, chemistry, physics, Forensic Biology, and Scientific CSI courses carry a $60 course-specific fee.
Wilmington does not differentiate between in-state and out-of-state online tuition. Transfer credit and the number of semesters enrolled will have a large effect on total cost, so multiplying 120 credits by the current tuition rate would not produce a reliable price for every student.
The university participates in NC-SARA through Delaware, but California is not a SARA member. Wilmington states that it operates online programs and out-of-state field experiences in compliance with applicable regulations. Its public authorization page does not specifically identify this biology concentration as open to California residents. Program-specific California eligibility and approval of a California cooperative education placement therefore remain unresolved in the published sources.
Preparation for DNA and criminalist work
Wilmington requires genetics, cell and molecular biology, organic chemistry, statistics, and multiple laboratory sciences. Those subjects are relevant to forensic biology and DNA work. The published required curriculum does not clearly list a dedicated biochemistry course, however.
That omission matters for a DNA-focused plan because current FBI guidance identifies biochemistry, genetics, molecular biology, and statistics or population genetics among the relevant academic subjects for forensic DNA analysts. A graduate who lacks a required subject may need an additional university course even after finishing the bachelor’s degree.
Wilmington can still provide strong general biological preparation. It simply should not be represented as satisfying every forensic DNA laboratory’s academic requirements without a transcript comparison.
Arizona State University Online B.S. in Forensic Science
Arizona State University’s online Bachelor of Science in Forensic Science is a broader forensic science degree rather than a program titled Forensic Biology. It requires 120 credits, which ASU presents as approximately 40 classes. Fall and spring online courses generally use 7.5-week sessions.
The program combines natural science, mathematics, communication, forensic evidence, and upper-level laboratory work. Published sample courses include General Biology I and II, Fundamentals of Genetics with laboratory, and Modern Concepts in Biochemistry with laboratory. The degree also requires a culminating experience.
Its first required mathematics course is Brief Calculus or Calculus for Life Sciences. First-year competency expectations include four years of high school mathematics and three years of laboratory science. General admission pathways include a 3.00 GPA in competency courses, qualifying class rank, or qualifying test scores. ACT and SAT scores are not generally required, though scores can be used for placement.
ASU identifies the degree as built on biology and chemistry with basic and upper-level laboratory skills. That natural-science base separates it from online forensic criminology and investigation programs that devote more of the degree to justice studies.
Local and in-person laboratories
ASU explains that some online science programs include in-person laboratory work. Applicable laboratories can be completed at an ASU campus or at an accredited institution near the student. Some online laboratories are optional, while others may be required.
The general online laboratory page does not list the exact arrangement for every course in the Forensic Science B.S. A California student may need to enroll in an approved laboratory through a nearby college, coordinate transfer approval, buy supplies, and follow two institutions’ calendars.
Accelerated 7.5-week lectures can create another scheduling issue. A local semester-length laboratory may not start and end on the same dates as its ASU lecture. Science prerequisites also build sequentially, so one unavailable laboratory can delay genetics, biochemistry, or upper-division coursework.
The most practical approach is to identify likely laboratory providers before reaching the upper-division sciences. California community colleges and universities differ in enrollment access, prerequisite enforcement, laboratory capacity, and whether visiting students can register for a lab without taking the associated lecture.
Research, internships, and the culminating experience
ASU lists research and forensic internships as available opportunities, but internships are highly competitive. They are not presented as guaranteed placements for every online student.
The required culminating experience provides an academic endpoint to the degree. Its existence should not be confused with an internship requirement. A capstone, research project, and workplace internship can all develop different skills.
Students targeting biological evidence analysis can use elective and experiential choices to deepen laboratory preparation. Those targeting field investigation may place more emphasis on evidence processing and crime-scene experience. The published degree page provides sample courses rather than a personalized degree audit, so the final academic plan determines how closely the degree aligns with a specialized role.
Transfer policy
ASU may accept up to 64 credits from a two-year college, and at least 30 credits must be completed at ASU to earn the degree. Transfer credit is formally evaluated after application.
For a California community college student, the most useful transfer courses are often general education, calculus or other required mathematics, general biology, general chemistry, physics, and introductory statistics. Science transfers require closer planning than general education because laboratory pairings, prerequisite sequences, and course content must align.
Completing a lower-division science course inexpensively does not help if ASU applies it only as elective credit. A transfer plan should identify the exact ASU equivalent and show whether both lecture and laboratory transfer into the major.
Cost
For fall 2026, ASU publishes nonresident online undergraduate base tuition of $580 per credit. The Forensic Science program is housed in the New College of Interdisciplinary Arts and Sciences, whose science programs fall under Undergraduate College Fee 3.
The fall 2026 schedule lists combined tuition and mandatory fees of $7,942 for 12 credits and $9,883 for 15 credits. Online nonresident tuition is charged per credit without a tuition cap. Books, computers, supplies, local laboratory tuition, and travel are outside those semester figures.
A student taking an ASU lecture and a laboratory at a California institution could receive separate bills from both schools. That arrangement can still be workable, but the local laboratory is part of the real cost and schedule.
Which curriculum fits which forensic career?
“Forensic” covers several different occupations. Degree selection becomes clearer after separating laboratory biology from crime-scene work.
Forensic biologist or DNA analyst
A forensic biologist examines biological material using scientific methods. Depending on the laboratory and assignment, work may involve body-fluid identification, DNA-related testing, microscopy, sample preparation, data interpretation, documentation, quality controls, and testimony.
The most relevant undergraduate subjects include:
- General biology
- Cell biology
- Molecular biology
- Genetics
- Biochemistry
- General chemistry
- Organic chemistry
- Statistics or population genetics
- Laboratory methods
- Scientific writing
- Quality assurance concepts
Current FBI forensic DNA quality-assurance standards distinguish academic preparation from employer training, competency testing, proficiency testing, and documented laboratory procedures. A bachelor’s degree provides an educational foundation. It is not authorization to perform independent DNA casework.
The FBI’s current forensic DNA quality-assurance standards took effect July 1, 2025. Related guidance identifies biochemistry, genetics, molecular biology, and statistics or population genetics as relevant academic areas and requires science and laboratory coursework as an integral part of the degree.
Findlay explicitly requires cell and molecular biology and DNA Sequencing and Analysis, while biochemistry and genetics appear among selectable upper-level sciences. ASU publishes genetics and biochemistry with associated laboratory work among its sample courses. Wilmington requires genetics and cell and molecular biology, but its published required curriculum does not clearly include a dedicated biochemistry course.
A DNA-focused student should build all four named areas into the final transcript: biochemistry, genetics, molecular biology, and statistics or population genetics.
California criminalist
California’s state Criminalist classification provides a useful example of why course selection matters. Criminalists perform scientific laboratory analysis and may assist with crime-scene examinations. The state examination evaluates education in general chemistry, quantitative analysis, organic chemistry, biochemistry, biology, genetics, molecular biology, statistics, instrumental analysis, and related sciences.
Under one published eligibility pattern, an applicant with an eligible physical- or biological-science major and eight semester hours of general chemistry may take the examination without quantitative analysis, but three semester hours of quantitative analysis must be completed before appointment.
The practical lesson is that a degree labeled forensic science may still omit a named chemistry requirement. Conversely, a biology or chemistry graduate may qualify academically even when the diploma does not use the word forensic.
California cities and counties set their own requirements, and the same title can describe different work at different agencies. The state Criminalist classification is a planning reference, not a statewide rule for every laboratory job.
Wildlife forensic specialist
California’s Wildlife Forensic Specialist classification requires a bachelor’s degree in a biological science. Its entry education pattern includes eight semester hours of general chemistry, four semester hours of biochemistry, six semester hours of organic chemistry or three semester hours of quantitative analysis, and three semester hours of genetics or molecular biology.
Wilmington’s biology degree title fits the general biological-science category, but the published curriculum still needs the required course-by-course comparison, especially for biochemistry. Findlay and ASU students face the same transcript-level analysis even though their degree titles contain “forensic.”
Crime scene investigator or evidence technician
Crime-scene investigators and evidence technicians generally need a different educational emphasis. Relevant subjects include:
- Evidence recognition and recovery
- Crime-scene photography
- Fingerprint processing
- Scene documentation
- Measurement and reconstruction
- Chain of custody
- Packaging and preservation
- Report writing
- Courtroom testimony
Some California agencies employ civilian crime-scene personnel. Others assign scene work to sworn officers. Requirements therefore vary by agency.
A full chemistry and molecular biology sequence can be useful, but it is not always the central preparation for field CSI work. Someone whose primary goal is scene documentation and evidence collection may find an investigation-focused degree more directly aligned with daily duties. Someone pursuing DNA, toxicology, controlled-substance analysis, or another crime-laboratory specialty needs deeper natural science.
Why online investigation degrees are not direct substitutes
Several universities offer fully online degrees with titles such as Forensic Investigation or Forensic Criminology. These programs can support legitimate career goals, but they answer a different educational need.
Columbia Southern University offers a 120-credit online B.S. in Forensic Investigation. Its curriculum emphasizes criminal investigation, evidence recognition, collection, preservation, criminology, criminal law, crime-scene analysis, and forensic techniques. The reviewed page publishes tuition of $278 per credit.
That program may fit evidence, investigative support, or crime-scene goals. The published curriculum does not establish the chemistry, genetics, molecular biology, biochemistry, and advanced wet-laboratory sequence expected for forensic biology or DNA analysis.
SUNY Canton offers a fully online B.S. in Forensic Criminology. Its focus is criminology, justice-system practice, research, and evidence-based decision-making rather than biological laboratory analysis.
A lower-cost investigation degree is not a bargain for a student who later must complete an additional sequence of biology, chemistry, mathematics, and laboratory courses. Career target should come before title or tuition comparisons.
Understanding laboratory formats before enrolling
Online science programs use several laboratory models:
- At-home laboratory kits
- Simulated or virtual laboratories
- Laboratories completed at a local college
- Short campus-based intensive sessions
- Hybrid courses combining online lectures with in-person labs
- Research, internship, or cooperative education placements
Each model solves a different part of the access problem. Home kits provide geographic flexibility. Local-college laboratories offer access to facilities but add another registration process. Campus intensives provide concentrated hands-on work but require travel and lodging. Simulations can teach concepts and data interpretation, although they are different from physically handling specimens and instruments.
The three programs reviewed here use different approaches. Wilmington explicitly advertises at-home kits. ASU publishes a process for completing applicable in-person laboratories at ASU or an accredited institution near the student. Findlay lists an online format but leaves the laboratory mechanism unclear in its public materials.
A useful laboratory plan should cover more than whether travel is required. It should identify:
- Which courses contain hands-on work.
- Whether lecture and laboratory must be taken together.
- How local courses receive preapproval.
- Whether upper-division laboratories are available remotely.
- Who supplies equipment, chemicals, specimens, and safety materials.
- How practical skills are assessed.
- Whether the student receives meaningful experience with scientific documentation and quality control.
- How cooperative education, internships, or research are arranged.
This planning is especially important for organic chemistry, molecular biology, forensic biology, forensic chemistry, biochemistry, and instrumental analysis. Those courses are harder to replace at the last minute than general education subjects.
FEPAC accreditation and these online programs
FEPAC is the Forensic Science Education Programs Accreditation Commission of the American Academy of Forensic Sciences. It accredits individual bachelor’s and master’s programs in forensic science or in natural or computer science programs with forensic concentrations.
Programmatic accreditation is separate from institutional accreditation. A university can hold recognized institutional accreditation while a particular forensic program is not FEPAC-accredited.
The current AAFS directory does not list the University of Findlay, Wilmington University, or Arizona State University programs reviewed here as FEPAC-accredited. Findlay’s statement that its curriculum is built on FEPAC standards describes curricular design, not current accreditation.
The directory also does not establish a FEPAC-accredited online forensic biology bachelor’s option for California residents. Current listed forensic biology programs found during the research were identified as campus-based.
FEPAC status can be relevant to curriculum structure and some employer preferences, but it is not the only measure of preparation. A non-FEPAC program may contain extensive science and laboratory coursework. The decisive comparison for many jobs is the combination of degree field, named courses, laboratory credits, instrumentation experience, and employer-specific requirements.
Transfer planning from a California community college
A California community college can reduce the cost of lower-division coursework, but forensic biology transfer plans need careful sequencing.
A strong lower-division plan commonly includes:
- Two semesters of general biology with laboratories
- Two semesters of general chemistry with laboratories
- Organic chemistry with laboratory
- Statistics
- Calculus or the required college mathematics sequence
- Physics with laboratory, where available and transferable
- English composition
- Oral communication
- Transferable general education
Science courses should be chosen for major preparation rather than only for general education certification. A survey chemistry course for nonscience majors is unlikely to replace the general chemistry sequence required by a laboratory-oriented bachelor’s program.
ASU may accept up to 64 community college credits and requires at least 30 credits completed through ASU. Wilmington offers a published completion pathway for associate-degree holders who satisfy specified prerequisites. Findlay’s public materials do not provide the same clearly defined completion structure, so transfer students need an individualized evaluation of science equivalencies and sequencing.
Retaining syllabi can help document subjects not obvious from a course title. A genetics course might include molecular methods, while a statistics course might or might not address population genetics. Employers and graduate programs sometimes need more detail than a transcript provides.
Transfer planning should also preserve prerequisites. Organic chemistry may require a full general chemistry sequence. Biochemistry may require organic chemistry. Molecular biology may require cell biology or genetics. Delaying one lower-division course can push several upper-division requirements into later terms.
A practical way to choose among the three programs
The degree title alone is not enough to make this decision. Use the intended job and laboratory arrangement as the first filters.
Choose Findlay’s pathway when the exact forensic biology curriculum is the priority
Findlay publishes the most explicitly forensic biology-centered curriculum of the three. Required DNA sequencing, forensic biology, forensic chemistry, cell and molecular biology, organic chemistry, physics, statistics, and laboratory work create a strong academic match for biological evidence study.
The unresolved laboratory arrangement is significant. This route is practical only when the university can provide a workable California-based plan or a travel schedule the student can meet.
Choose Wilmington’s pathway when fully online biology and at-home laboratories are central needs
Wilmington offers the clearest claim of 100 percent online completion and uses at-home laboratory kits. The broader biology major includes genetics, microbiology, cell and molecular biology, general and organic chemistry, physics, statistics, and calculus. Its forensic concentration adds both laboratory and investigative coursework.
A DNA-focused student may need to add dedicated biochemistry or another course required by the target employer. California enrollment eligibility and cooperative education placement also need to be documented before committing to the program.
Choose ASU’s pathway when a broader forensic science degree and local laboratory access fit the plan
ASU combines biology, chemistry, genetics, biochemistry, forensic evidence, communication, and a culminating experience. Its policy allowing applicable laboratories at an accredited institution near the online student can work well for someone with reliable access to a California college.
This route requires coordination. Local laboratory availability, equivalent-course approval, differing academic calendars, and separate costs all affect completion.
Three documents to obtain before enrolling
A California applicant can reduce uncertainty by securing three written planning documents.
First, obtain a full degree audit that includes transfer credit, remaining requirements, prerequisite sequencing, and the expected graduation timeline. A generic curriculum sheet does not show how previous coursework applies.
Second, obtain a laboratory-completion plan. It should list every required laboratory, its location or delivery method, any local partner requirements, equipment and course fees, and all expected travel.
Third, create an employer-coursework comparison for the intended specialty. For laboratory criminalist or DNA work, include general chemistry, organic chemistry, quantitative or analytical chemistry, biochemistry, genetics, molecular biology, statistics or population genetics, instrumental analysis, and hands-on laboratory credits. For field CSI work, compare the curriculum with photography, fingerprints, evidence collection, documentation, chain of custody, reconstruction, report writing, and testimony expectations.
The strongest online route is the one whose completed transcript, practical work, and delivery plan match the intended forensic role. Findlay offers the closest exact-title curriculum, Wilmington provides a fully online biology pathway with a forensic concentration, and ASU offers a broad forensic science degree with local laboratory possibilities. The final decision should turn on science coverage and a realistic laboratory plan, not simply on whether the program page uses the words “online” or “forensic.”