Program Overview

Forensic Science Master's Program

The University of North Dakota offers a comprehensive Master of Science (M.S.) in Forensic Science, a field that combines science with the legal system to solve forensic cases. This program blends forensic biology, forensic chemistry, and advanced investigative techniques, providing students with the skills and knowledge needed to confidently navigate modern forensic work.

Program Details

• Program type: Master's Degree
• Format: On Campus
• Estimated time to complete: 2 years
• Credit hours: 42

Why Earn a Forensic Science Master's Degree at UND?

The University of North Dakota offers a unique opportunity to advance expertise in this vital and growing field. Through a blend of rigorous coursework and hands-on experience, students build the skills needed to make a real impact in forensic science. Forensic science is rapidly expanding, with diverse and in-demand career paths. At UND, students strengthen their knowledge in forensic biology and chemistry while participating in dynamic research projects and thesis work.

Skills You'll Gain

Through completion of this graduate program, students will:

• Gain in-depth knowledge in forensic biology, forensic chemistry, and investigative techniques essential for modern forensic science careers.
• Conduct laboratory experiments, analyze mock crime scenes, and participate in courtroom simulations to develop practical skills.
• Learn from leading faculty members and engage in innovative projects that enhance their academic and professional profile.
• Build connections with forensic science professionals and industries through UND's strong community partnerships, ensuring they are prepared for diverse career opportunities.
• Use cutting-edge laboratory facilities and advanced forensic analysis tools to deepen their understanding and skills.

Hands-on Forensic Science Master's

At UND, students solve cases like real-life forensic scientists with hands-on work using state-of-the-art equipment, modern investigative techniques, and sophisticated scientific analysis. Students spend significant time in the lab, gaining experience that prepares them for both fieldwork and laboratory tasks in real-world settings. During this time, they learn skills and techniques including:

• Application of natural sciences to forensic cases.
• Forensic evidence in legal settings.
• Evidence collection, analysis, and interpretation.
• Fire debris investigation.
• Degraded DNA analysis.
• Cutting-edge research in forensic science.

UND's Forensic Science Master's

• Take advantage of networking opportunities and potential job placements with UND's established relationships with local, regional, and national forensic science organizations.
• Participate in an internationally focused course developed with Universiti Teknologi MARA (UiTM), offering valuable interdisciplinary insights and life-changing travel experiences.
• Engage in faculty-led and independent research projects that advance forensic science techniques and encourage innovation, critical thinking, and specialized expertise.
• Be part of a program designed to align with rigorous industry standards and pursue Forensic Science Education Programs Accreditation Commission (FEPAC) accreditation, a mark of quality in forensic science education.
• Contribute to academic journals and present findings at prestigious conferences, such as those hosted by the American Academy of Forensic Sciences (AAFS).

Careers with a Master's in Forensic Science

A Master's degree in Forensic Science can significantly enhance career prospects, provide specialized knowledge, and open doors to advanced certifications and higher-paying roles. For example, forensic scientists with a Master's degree may have access to better-paying roles compared to those with only a Bachelor's degree. A Master's program is designed to provide in-depth training in specialized areas such as forensic biology and forensic chemistry, enhancing expertise and making graduates more competitive in the job market.

Career Paths

Graduates of the M.S. in Forensic Science program will be prepared to excel in a variety of careers at the intersections of science and the legal system with a strong emphasis on biology and chemistry. Equipped with advanced analytical skills, practical experience, and specialized knowledge, they will be ready to make an impact in a career field that demands precision, critical thinking, and a commitment to uncovering the truth. Potential career paths include:

• Crime Laboratory Supervisor: Oversee the operations of a forensic science laboratory, ensuring that proper protocols and procedures are followed. Manage a team of forensic scientists and technicians, coordinate with law enforcement agencies and legal professionals, and ensure the accuracy and reliability of forensic analyses.
• Crime Scene Investigator: Collect, preserve, and analyze physical evidence from crime scenes. Document findings meticulously and present them as expert testimony in court.
• Forensic Chemist: Analyze various types of evidence, such as drugs, toxicology samples, and trace evidence using sophisticated techniques and instrumentation. Interpret and report findings, testify as an expert witness in court, and provide scientific support to criminal investigations.
• Forensic DNA Analyst: Analyze DNA samples from crime scenes, victims, and suspects to determine identity and create DNA profiles. Use advanced profiling techniques, interpret results, and provide expert testimony in court.
• Forensic Laboratory Director: Oversee the operations of a forensic laboratory, manage staff, budget, and resources, and ensure the quality and integrity of forensic analyses. Establish and maintain accreditation standards, develop policies and procedures, and ensure compliance with industry regulations.

Courses You Can Take

• Advanced Seminar in Forensic Science (FS 520): Explore contemporary topics in forensic sciences through a combination of article readings, student presentations, review reports, and sessions with invited speakers.
• Law and Forensic Science (FS 540): Examine the intersection of law and forensic science, focusing on key legal principles and forensic techniques.
• Biological Evidence and Serology (FS 570): Offer an in-depth exploration of forensic biology, focusing on the identification, collection, and analysis of biological evidence.
• Criminalistics: Biology (FS 580): Provide information regarding the molecular biology techniques and methodologies used in forensic science, with a particular focus on DNA analysis.
• Advanced Fire Debris Analysis (FS 585): Acquire knowledge of the American Society for Testing and Materials (ASTM) standards applied in fire debris analysis and learn to utilize databases to analyze fire debris samples.
• Controlled Substances (FS 575): Offer an in-depth study of controlled substances, focusing on their classification and scheduling.