Students in safety gear work with green material in a lab, using tools and laptops at a long workstation.

Forensic Science Major

About the Forensic Science Major

Roger Williams University’s Bachelor of Science in Forensic Science is a rigorous, interdisciplinary, STEM-driven program integrating biology, chemistry, forensic science, and the criminal justice system. Students choose a Biology or Chemistry track and progress from foundational science through applied investigation, laboratory analysis, immersive crime-scene training, and independent capstone research. The program prepares graduates for forensic science and related STEM careers, public-service roles, and graduate or professional study.

Program Mission

The Roger Williams University Forensic Science Program prepares students for professional practice and graduate study by delivering a rigorous, STEM-driven Bachelor of Science curriculum that integrates biology, chemistry, and the criminal justice system. Through immersive laboratory and virtual-reality-based experiences, research-intensive capstone work, and sustained partnerships with forensic and public-service agencies, students develop the scientific knowledge, technical competence, ethical judgment, and effective communication needed to serve diverse communities and advance the field of forensic science.

Program Goals

  • Deliver an interdisciplinary Bachelor of Science degree integrating biology, chemistry, forensic science, and criminal justice.
  • Strengthen faculty-led and student-driven research, scholarly inquiry, and scientific discovery.
  • Provide hands-on learning through current forensic technology, laboratory practice, and virtual-reality crime-scene analysis.
  • Maintain strong partnerships with local and state law enforcement agencies, facilitating real-world applications of forensic science, professional networking opportunities, and career development pathways for students.
  • Provide qualified faculty and practitioner mentors committed to academic excellence and professional development.
  • Support student success through experiential learning, research, advising, and career preparation.
  • Engage the broader community through internships, workshops, seminars, camps, and outreach activities.

Forensic Science Degree Requirements

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Program Snapshot and Student Success

RWU reports the following program-specific indicators to provide students, families, employers, and accreditation reviewers with a transparent view of program scale, learning, and graduate readiness.

IndicatorMost recent result
Enrolled majors115 (Fall 2026)
Degrees conferred16 (Spring 2026)
Capstone projects47 completed, 2022-2025
Teaching effectiveness87.5% extremely or very effective
Interdisciplinary relevance100% said the education was relevant to real-world forensic applications
Internship or independent research100% completed at least one
Program recommendation87.5% would definitely or probably recommend the program

Senior Exit Survey Comparison

MeasureSpring 2025 (n=10)Spring 2026 (n=8)
Teaching effectiveness80% extremely or very effective87.5% extremely or very effective
Advisement satisfaction60% extremely or very effective75% extremely or very effective
Scientific writing80% rated 4 or 5 on a 5-point scale87.5% rated 4 or 5 on a 5-point scale
Oral presentation confidence70% rated 4 or 5 on a 5-point scale87.5% rated 4 or 5 on a 5-point scale
Ethical responsibilities80% rated 4 or 5100% rated 4 or 5
Legal standards / Daubert80% rated 4 or 5100% rated 4 or 5
Employment or graduate-school readiness90% very or moderately confident87.5% very or moderately confident

Enrollment and Degree Completion

Reporting yearEnrolled majors (Fall)Degrees conferred (Spring)
20187110
2019768
20209214
20218721
20229511
202310318
20248523
20259815
202611516

Experiential Learning and Internships

Experiential learning is a defining feature of the RWU Forensic Science Program. Students apply classroom and laboratory learning through competitive internships, research experiences, teaching assistantships, mock crime scenes, and immersive virtual-reality training. Recent settings have included:

  • Rhode Island State Crime Laboratory and Massachusetts State Police Crime Laboratory 
  • Rhode Island State Police Fusion Center and municipal law-enforcement agencies
  • R.I. District Attorney, R.I. Public Defender, courthouse, corrections, and probation settings
  • U.S. Marshals Service and Naval Investigative Service
  • Dell SecureWorks, Security Weekly, and MediTech
  • Medicolegal death investigation and pathology or histology laboratories
  • Environmental, analytical, and university research laboratories
  • Brown University Pre-College Forensic Science teaching assistantships
Forensic Science students

Customize Your Forensic Science Studies  

Choose Your Forensic Science Track 

The interdisciplinary Forensic Science program works closely with RWU’s School of Social and Natural Sciences and gives students a strong background in both science and criminal justice. Within the RWU program, you can choose between a Biology-focused track or a Chemistry-focused track. All students, regardless of the track they choose, take Biology, Chemistry, Physics, and Forensic Science lab courses as well as Criminal Justice courses. 

  • Students who enter the Biology track have an interest in doing more crime scene and data collection. They will be prepared for careers as DNA analysts or fingerprint examiners. They inspect evidence like saliva, blood, and bodily fluids and work with police to solve crimes.
     
  • The Chemistry track is for students interested in doing more intensive and analytical lab work. They are prepared for careers as a lab analyst or toxicologist. They analyze collected evidence such as weapons, projectiles, and drug samples.

3+3 Accelerated Law Program

Earn your Bachelor’s and Juris Doctor degrees in six years through RWU’s 3+3 Law program. You’ll get a jump start on your J.D. by integrating law courses into your undergraduate studies and completing undergraduate requirements in your first year of law school. Accepted students will take first-year courses in the School of Law along with legal electives to fulfill undergraduate fourth-year requirements. Interested students must indicate their intent to pursue a 3+3 pathway early in their undergraduate studies for curriculum planning and advising.

Learn More About the 3+3 Program

Immersive Crime Scenes

Forensic Science students have a unique opportunity to be fully immersed in processing crime scenes through a one-of-a-kind, virtual-reality crime-scene training program designed for undergraduate students. Created by Karla-Sue Marriott, professor and director of Forensic Science at RWU, the VR program lets users process crime scenes and use a blood spatter simulator to calculate bloodstain patterns. Students gain valuable experience by using virtual tools including evidence markers and items to collect blood and fingerprints to help solve crimes. 

A student using virtual reality in a forensic science class

Capstone Research Experience

All Forensic Science majors complete FSI 401, a culminating research experience in which students design and conduct an independent or faculty-mentored project, analyze findings in forensic and legal contexts, and communicate results in written and oral formats. Students may present their work at RWU’s Student Academic Showcase and Honors (SASH). From 2022 through 2025, students completed 47 capstone projects with guidance from 14 faculty mentors across forensic science, biology, chemistry, psychology, and related disciplines.

Recent Capstone Topic Descriptors

2025 (13 Projects)

  • Post-mortem interval estimation methods
  • Human DNA recovery from textile materials
  • AI-assisted conversion of medical images to 3D trauma models
  • Fingerprint recovery from decomposed tissue
  • Familial patterns in fingerprints
  • Colorimetric amino-acid analysis
  • Environmental degradation of interior paint evidence
  • Comparison of polymers for latent-print visualization
  • Error-rate analysis in bloodstain pattern calculations
  • Scientific reliability of bitemark analysis
  • Microbial signatures for forensic identification
  • Accessibility in courtroom and crime-scene settings
  • Cross-reactivity in presumptive drug testing  

2024 (8 Projects)

  • Policy considerations for DNA and fingerprint databases
  • Effects of household cleaners on blood detection
  • Optimization of soil extraction for microbial profiling
  • Bead-size effects in soil DNA recovery
  • Ink profiling using chromatography and visual analysis
  • Virtual-reality bloodstain pattern simulation
  • UV-light effects on blood DNA integrity
  • Memory retention and susceptibility to leading questions

2023 (13 Projects)

  • Sharp-force wound decomposition patterns
  • Illicit substances and sexual-assault investigations
  • Forensic DNA evidence in exoneration cases
  • Forensic odontology of fire-damaged remains
  • Processing and standardization issues involving privately manufactured firearms
  • Spectroscopic analysis of lipstick transfer evidence
  • Ethics of forensic genealogy in cold cases
  • Presumptive color testing for cannabis
  • Low-cost microfluidic device development
  • Crash-data analysis
  • Skeletal identification of human remains
  • Role of sexual-assault nurse examiners in forensic practice
  • Mental health in law enforcement

2022 (13 Projects)

  • Practical interpretation of contact bloodstain patterns
  • Molecular docking of a neurotransmitter transporter target
  • Perimortem change assessment in forensic anthropology
  • Thermal effects on post-mortem skeletal trauma
  • Latent-print development strategies
  • Virtual-reality bloodstain pattern analysis
  • Persistence of bitemark features in food substrates
  • Comparison-overlay methods in bitemark analysis
  • Post-mortem bacterial change in an animal model
  • Quality assessment of fingerprint-enabled security devices
  • Standardization of forensic quality-assurance programs
  • Public perceptions of forensic evidence in court
  • Pulmonary pathology patterns associated with COVID-19

Graduate Outcomes

  • Employment areas/roles
  • Graduate/professional pathways
  • Graduate/professional schools attended

Forensic scientist or criminalist; analytical or forensic chemist; DNA laboratory scientist; evidence technician; toxicology laboratory technician; molecular technologist; histology or pathology technician; medical examiner assistant

RWU Forensic Science graduates have entered forensic laboratories, public health laboratories, hospitals, medicolegal offices, law enforcement, and private analytical laboratories, and have pursued graduate and professional education. Representative outcomes reported for the 2022-2025 classes include:

Forensic science; forensic biology; forensic genealogy; chemistry; biomedical forensic science; criminal justice; law; pharmacy; dentistry; social work 

RWU Forensic Science graduates have continued their education in forensic science, forensic biology, forensic genealogy, chemistry, biomedical forensic science, criminal justice, law, pharmacy, dentistry, and related professional fields. Institutions attended or selected by recent graduates include:

  • Arizona State University
  • Boston University School of Medicine
  • George Washington University
  • Massachusetts College of Pharmacy and Health Sciences (MCPHS)
  • Midwestern University College of Dental Medicine
  • NC State University
  • New York Law School
  • Roger Williams University
  • University of Florida
  • University of Kentucky
  • University of New Haven
  • Virginia Commonwealth University
  • University of Florida

Faculty and Learning Environment

Students learn from full-time forensic science faculty and practitioner-instructors with experience in forensic research, forensic laboratory quality systems, drug chemistry, crime-scene response, expert testimony, and medicolegal death investigation. The program’s dedicated Forensic Science Laboratory (SE 204), completed in 2024, integrates wet-laboratory work, analytical instrumentation, evidence processing, and immersive virtual-reality crime-scene training in one instructional environment.

Ways for Forensic Science Majors to Get Involved

Forensic Science Club

The goal of the Forensic Science Club is to educate on the various sub-disciplines within the Forensic Science community, provide networking opportunities pertaining to both employment and higher education, as well as expand upon transferable skills such as critical thinking and problem solving via crime scene reconstruction and case studies. 

True Crime Club

The True Crime Club is a space where true crime followers can join together and share criminal cases and create an environment where ideas can be shared freely. 

Hear from Hawks

Student in a green polka dot dress smiles in front of a stone wall.

Brigid Woods ’22

“The lab work that we do in Forensic Science, especially Biology-related, is really amazing. I’ve been able to gain all these experiences and apply them to job interviews. It’s amazing to look at a job description and know that I’ve done this before and feel confident that I know what I'm doing. I could not have seen college going any better." 

Brigid Woods ’22
Toxicology medical laboratory assistant for Quest Diagnostics in Marlboro, Mass.

Student in a beige blazer and jeans sits on a rock outdoors near the water.

Rebecca Millard '18 

“There are no better people to learn from than those who are out in the field doing exactly what you want to do. [RWU’s] program has pulled in some really great professors to help get our foot in the door and get students internships and experiences like I’ve had.” 

Rebecca Millard '18 
Criminalist I at City of Boston Police Department , M.S. in Biomedical Forensic Science from BU School of Medicine

Student in glasses and a blue T-shirt smiles in front of a brick wall.

Kyle Rocha ’22

“The research I did in my capstone class and in Crime Scene Investigations was really interesting and helped me get into graduate school. Dr. Marriott has been a great mentor with my research at RWU.”

Kyle Rocha ’22
Master’s Degree Candidate in Chemistry at the University of New Haven

Contact Us

Karla-Sue Marriott
Address SE 128