Hubert Lim and students examining a medical device

Undergraduate program

Learn to solve health problems

By majoring in Biomedical Engineering, you’ll sharpen your skills in math, physics, chemistry, and biology and enjoy ample opportunities to learn by doing. The rewarding, in-demand, and diverse field allows you to tackle complex challenges and help people live longer, healthier lives.

Build a foundation, make an impact

Benjamin Alva
students collaborating in a lab at a computer

Coursework for becoming a biomedical engineer

Seminar sequence

A two-course freshman seminar sequence led by professors and practicing biomedical engineers from local medical device companies.

Biology and physiology

10 credits of required courses.

Core courses plus labs

Five 4-credit biomedical engineering courses with integrated laboratory experiences.

Senior design sequence

A two-course sequence where you'll be advised by practicing biomedical engineers.


During your senior year, you’ll take 27 credits of engineering/science electives. This eight-course “custom track” allows you to tailor your studies to your career interests.

Four-year plan

University catalog    Syllabi

Hands-on experience with practicing biomedical engineers

The College of Science & Engineering Co-Op Program allows students to gain relevant, full-time industrial experience while earning academic credits toward their degree.

The Minneapolis-St. Paul area is a dynamic hub for medical devices, biotechnology, and start-ups — including 1,000+ local healthcare companies. 

These practicing biomedical engineers enrich our students’ educational experience, such as by guiding senior projects and offering opportunities to work alongside them. 


median starting salary of our graduates

What biomedical engineers do

  • Medical device design, fabrication, and testing
  • Prosthesis fabrication
  • Ergonomics and human factors
  • Physiological function monitoring
  • Gene therapy development
  • Biomedical microsystems
  • Home health care technology development
  • Biomedical informatics
  • Functional imaging and tomography
  • Biomaterial development and biocompatibility
  • Artificial tissue and organ fabrication
  • Cell- and biomolecule-based sensors and therapeutics

Opportunities for students


Student groups



Meagan Hagerty
Undergraduate Program Coordinator

For current students