The MSE - Biomedical Engineering curriculum consists of the following:

• Foundation courses in human physiology to help students effectively communicate with health care professionals and apply advanced technological solutions to clinical problems;
• Engineering courses that apply engineering principles to problems in medicine and health;
• Medical device design and development courses to evaluate, design, and construct medical products;
• Research opportunities employing the methods for effectively translating ideas from concept to bedside.

Fall Semester 1

• EGR 670 - Systems Physiology for Engineers
• STA 615 - Design of Experiments for Engineers
• EGR 604 - Implementation and Measurement

Winter Semester 1

• EGR 503 - Medical Device Design
• Electives
• EGR 602 - Engineering and Society

Fall Semester 2

• Electives
• EGR 635 - Biomedical Signal Modeling
• EGR 696 - Master's Thesis

Winter Semester 2

• EGR 614 - Opportunity Identification
• EGR 697 - Master's Thesis

Graduate Biomedical Engineering Electives

• EGR 532 - Biomedical Imaging and Image Processing
• EGR 533 - Electronic Instrumentation Bio
• EGR 534 - Bioelectric Potentials
• EGR 547 - Mechanics of Human Motion
• EGR 553 - Biomaterials
• EGR 565 - Computational Fluid Dynamics

Visit The Graduate School's Courses for Biomedical Engineering Emphasis page for additional information.

Visit the Padnos College of Engineering Graduate Program M.S.E. Site for general M.S.E. guidelines and information.