Forensic Chemistry George Washington University

Overview

The Forensic Chemistry programme at George Washington University provides students with a rigorous academic foundation in the chemical analysis of forensic evidence. This Master of Forensic Sciences (MFS) degree is specifically designed to equip graduates with the technical expertise required to identify chemical components at a molecular level.

This curriculum builds upon a core forensic science framework by integrating advanced coursework in trace evidence analysis and medicinal chemistry. Students develop a deep understanding of material composition, enabling them to uncover complex drug formulations and interpret chemical data within a legal context.

As a STEM-designated programme, the curriculum emphasises the application of scientific principles to criminal investigations.

Why Forensic Chemistry at George Washington University?

The programme is professionally accredited by the Forensic Science Education Programs Accreditation Commission (FEPAC). This prestigious accreditation ensures that the curriculum meets the high standards required by the forensic science community and prepares students for professional practice in the field.

Students benefit from the university's location and its strong reputation in the sciences, providing a robust environment for graduate study. The department focuses on developing the skills necessary for interpreting material composition and identifying chemical components, which are vital for modern forensic investigations.

The degree structure includes a mandatory independent research project, allowing students to contribute original findings to the field of forensic chemistry. This research-led approach ensures that graduates possess both the practical laboratory skills and the analytical mindset needed for high-level scientific roles.

Tuition Fee Breakdown

• International fee: USD 2091 per credit
• National fee: USD 2091 per credit
• Local fee: USD 2091 per credit

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum consists of 31 credits of required coursework and 6 credits of electives. Students must also successfully complete a master's comprehensive examination and an independent research project. Modules may include:

• Research and Professional Responsibility
• Forensic Science
• Trace Evidence Analysis
• Instrumental Analysis
• Criminal Law for Forensic Scientists
• Statistics for Forensic Scientists
• Forensic Chemistry
• Forensic Drug Analysis
• Graduate Seminar

Careers with Forensic Chemistry

Graduates of this programme are prepared for specialised roles within the forensic science sector, particularly in laboratories focused on chemical analysis. The training provided enables students to pursue careers as forensic chemists, drug analysts, and trace evidence examiners.

The skills acquired in molecular identification and instrumental analysis are highly transferable to industries such as pharmaceuticals, toxicology, and environmental testing. Many graduates find employment within government agencies, private forensic laboratories, and law enforcement organisations.

By mastering the interpretation of material composition and drug analysis, students are well-positioned for technical leadership roles. The programme's emphasis on criminal law and professional responsibility also prepares graduates to provide expert testimony within the judicial system.