1
Select one of eight focus areas: AI in medicine, computational medicine, imaging & medical devices, neuroengineering, biomedical data science, genomics & systems biology, immunoengineering, translational cell & tissue engineering.
Advance with Johns Hopkins Biomedical Engineering
At Johns Hopkins Biomedical Engineering, home to the nation’s first and #1-ranked BME programs, you’ll strengthen your STEM expertise as you learn at the intersection of engineering, biology, and medicine to improve human health.
With four full-time biomedical engineering and bioengineering master’s options, you can find the program that supports your goals:
- MSE Biomedical Engineering—One Year (Course-Based)
- MSE Biomedical Engineering—Two Years (Courses & Research)
- Tsinghua JHU-BME Dual-Degree Program—Two Years (Courses & Research Abroad)
- MSE Bioengineering Innovation & Design (CBID)—One Year (Device Design)
Complete the form to discover how Johns Hopkins BME can prepare you to translate research into innovative technologies and pursue biomedical engineering careers in industry, academia, or medicine.
#1 Stat Title
Biomedical engineering program in U.S. according to U.S. News & World Report
50+ Stat Title
World-class faculty guiding student research, design, and discovery.
$109,370 Stat Title
Median annual pay for biomedical engineers in May 2025 (U.S. Bureau of Labor Statistics).
Turn Biomedical Discovery Into Better Health Technologies
Apply engineering principles to emerging challenges in biology and medicine
A Master's in Biomedical Engineering prepares you to explore how technology transforms medical diagnosis, treatment, and care. Through research-driven coursework, you'll build specialized expertise in biological systems and emerging medical technologies—gaining the interdisciplinary knowledge to turn research into real-world solutions that improve patient outcomes.
Across Hopkins BME’s master’s programs, you can:
2
Work with renowned Johns Hopkins scientists and clinicians to tackle real-world challenges, translate research into clinical solutions, and develop technologies that improve human health.
3
Gain hands-on experience in collaborative classrooms, research labs, and design studios while preparing for careers across industry, academia, medicine, and entrepreneurship.
One of the best and most interesting things about Hopkins BME is the fact that there are so many different research principal investigators in the program and there are so many different specialties. During my undergraduate curriculum I was able to get exposed to all those different fields. Then, going into my master’s program, I was able to dive into one of these fields and learn the state-of-the-art research that’s going on.
Get More Information
Let us know how best to get in touch so we can share more about how we can help you achieve your career goals.