MFS in Forensic Chemistry

The Master of Forensic Science in Forensic Chemistry expands on the general MFS program curriculum with advanced work in medicinal chemistry, instrumental analysis and trace evidence analysis. The degree is FEPAC-accredited.

Students gain the skills to understand and interpret material composition, uncover drug compositions and identify chemical components at the molecular level.

Focus Areas

Students gain the skills to evaluate and interpret chemical and material crime scene evidence. These skills are valued by law enforcement agencies, crime labs, coroner's offices, hospitals and courtrooms. Our alumni also work in the private sector evaluating DNA, researching drugs and developing new products. 

Program Objectives

Students graduate with:

• Deep knowledge of medicinal, forensic and forensic drug analysis
• Mastery of trace evidence analysis: hair and fibers, glass and soil, paper, paint, ignitable liquids and explosive residues
• Working knowledge of ethics, criminal law and statistics
• Familiarity with modern instrumental methods used in forensic laboratories, including mass spectrometry, optical spectroscopy, microscopy, chromatographic and electrophoretic separations
• Communication skills necessary to present findings with clarity
   

Application Requirements

The Department of Forensic Sciences requires applicants to hold a bachelor's degree in chemistry from an accredited university. Preference is given to students who have extensive laboratory experience with instrumentation analysis through undergraduate research, internships or Federal Work-Study programs.
 

Complete Application Requirements

 Course Requirements