The biomechanics track includes rigorous education in mechanical engineering within the interdisciplinary framework of the curriculum. This includes courses in materials, metallurgy, thermodynamics, fluids, transport phenomena and design. This curriculum, which includes courses in electrical circuits and computers, supports interests focused on biomechanics and biomaterials. Senior year, the curriculum features intensive biomedical instrumentation design and computer laboratories emphasizing modern experimental applications. In addition, the senior year capstone design course places the student on a multidisciplinary team to solve an actual industrial design problem.
Freshman
| First semester | Second semester |
| Intro to Biomedical Engineering Methods 1 |
Intro to Biomedical Engineering Methods 2 |
| Biology 1 | Biology 2 |
| Calculus 1 | Calculus 2 for Biomedical Engineering |
| General Physics w/Calculus 1 | General Physics w/Calculus 2 |
| Rhetoric and Composition 1 | Rhetoric and Composition 2 |
Sophomore
|
Junior
| First semester | Second semester |
| Signals and Systems for Biomedical Engineering | Feedback and Control of Physiological Systems |
| Mechanics of Materials | Systems Physiology |
| Thermodynamics | Computer Applications in Biomedical Engineering |
| Mechanical Engineering Elective | Biomedical Engineering Elective |
| Intro to Theology | Core Elective |
| Core Elective |
Senior
| First semester | Second semester |
| Principles of Design | Senior Design Project |
| Biomedical Instrumentation Design | Transport Phenomena for Biomedical Engineers |
| Biomechanics Design Lab 1 | Biomechanics Design Lab 2 |
| Biomedical Engineering Elective | Biomedical Engineering Elective |
| Philosophy of Human Nature | Theory of Ethics |
| Theology Elective |
For more detailed information regarding curriculum, please reference the biomedical engineering majors in the Marquette University Bulletin.