Overview
The DNA Analysis emphasis provides advanced training in human identification through extensive experience and instruction in DNA extraction, human specific quantification, PCR amplification, data analysis , mixture interpretation, and population genetics. The curriculum emphasizes quality assurance, foundational knowledge, statistical interpretation, and courtroom testimony, preparing graduates for the technical and ethical demands of modern forensic DNA laboratories.
What Students Learn
- Hands on training including; evidence processing, manual and automated DNA extraction methods, PCR quantitation, PCR amplification, capillary electrophoresis, data analysis, and generating case files and reports
- Interpretation of complex mixtures and multiple statistical analysis methods
- Validation studies and quality assurance practices
- Population genetics and probabilistic reasoning
- Courtroom testimony and scientific communication
Career Pathways
Graduates are prepared for roles such as:
- Forensic DNA Analyst
- Serologist / Forensic Biologist
- Quality Assurance Specialist
- Laboratory Technician (state, local, federal crime labs)
- Human Identification Specialist (missing persons, disaster victim ID)
- Research or biotechnology laboratory positions
If you are excited by genetics, lab work, and contributing to solving real cases, the DNA Analysis emphasis puts you at the center of one of the most impactful areas of forensic science. You’ll work hands‑on with the same instruments used in crime labs nationwide and build the skills needed to become a forensic DNA analyst or serologist. This is the emphasis for students who want to make a direct difference through science.
Course Requirements
DNA Analysis
Forensic DNA Analysis area of emphasis for the M.S. in Forensic Science, the student must complete the following courses in addition to the core curriculum:
Students considering a career in Forensic DNA Analysis are encouraged to enroll in FSC 650 Special Topics, Crime Laboratory Technical Assistance (Fall, 2 credits; and Spring, 2 credits).
Course List | Code | Title | Credit Hours |
| FSC 600 | Cell & Molecular Biology | 3 |
| FSC 603 | Genetics-DNA Lab | 1 |
| FSC 627 | Human Genetics | 2 |
| FSC 629 | Advanced DNA Technologies | 2 |
| Total Credit Hours | 8 |
Total including core requirements 44 hrs.
