The Bioengineering Graduate Program curricula are structured to provide:

CORE foundational bioengineering knowledge and skills that include responsible & ethical conduct of research and a Colloquium designed to keep students and faculty abreast of current research and real world applications.

KNOWLEDGE DEPTH that consists of coursework chosen by the student and mentor that provides a solid foundation of both knowledge and analytical skills in the student's particular track and research interests.

KNOWLEGDE BREADTH that includes coursework in a variety of supporting fields including engineering, biological sciences, medicine, and other areas. Courses are chosen by the student and mentor to create a broad, supporting knowledge to both the conduct of research and its application.

Program Goals & Objectives

• Provide students with an in-depth understanding of mathematics, engineering principles, physics, chemistry, anatomy and physiology, computation, and modern biology; and
• Train students to:
  • apply basic sciences to medical and biological problems, using engineering principles;
  • recognize and provide engineering solutions to clinical problems;
  • be able to do research on bioengineering problems of national significance;
  • apply bioengineering research to commercially-viable problems; and
  • teach bioengineering at the graduate and undergraduate levels.