Biomedical Engineering
Course Overview
This biomedical engineering program applies engineering principles to solve complex medical and biological challenges, developing life-enhancing technologies from artificial organs to advanced prosthetics. Marquette offers specialized tracks in biocomputing, bioelectronics, and biomechanics to tailor your expertise. The curriculum is designed to prepare you for a career at the forefront of medical innovation.
Key Program Highlights
- Solve real-world biomedical problems through a senior-year capstone design project with a team of your peers.
- Gain invaluable professional experience with 75% of students participating in co-ops or internships.
- Accelerate your career with a unique combined bachelor's and master's degree program completed in just five years.
- Pursue a path to medical school, a route successfully taken by 15% of the program's graduates.
- Explore biomedical policy and research through exclusive FDA internships in Washington, D.C.
Course Overview
This biomedical engineering program applies engineering principles to solve complex medical and biological challenges, developing life-enhancing technologies from artificial organs to advanced prosthetics. Marquette offers specialized tracks in biocomputing, bioelectronics, and biomechanics to tailor your expertise. The curriculum is designed to prepare you for a career at the forefront of medical innovation.
Key Program Highlights
- Solve real-world biomedical problems through a senior-year capstone design project with a team of your peers.
- Gain invaluable professional experience with 75% of students participating in co-ops or internships.
- Accelerate your career with a unique combined bachelor's and master's degree program completed in just five years.
- Pursue a path to medical school, a route successfully taken by 15% of the program's graduates.
- Explore biomedical policy and research through exclusive FDA internships in Washington, D.C.
