Engineering the Future of Medicine
We prepare visionary leaders to build the next generation of technologies needed to understand, diagnose, and treat disease. Under the mentorship of renowned Johns Hopkins scientists and clinicians, you will tackle real-world challenges, develop new healthcare solutions, learn, and create in our collaborative learning environments, research labs, and design studios. Our top-ranked biomedical engineering programs create a specialized education that spans biology, medicine, math, computer science, and engineering.
With several in-demand biomedical engineering master’s degree options to choose from, you’ll be ready to Engineer the Future of Medicine:
Why a Biomedical Engineering Master's from Johns Hopkins?
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- Name, Position, Education '00
I WANT TO LEARN MORE
At Johns Hopkins Biomedical Engineering, home to the nation’s first and #1-ranked programs in BME, you won’t just take in knowledge. You’ll create it.
CREATE ADVANCED LIFE-SAVING INNOVATIONS
Ranked #1 for more than thirty years, Johns Hopkins Biomedical Engineering sets the standard of excellence for biomedical engineering research and education. As part of the Johns Hopkins Schools of Engineering and Medicine, our programs foster the close collaborations needed to translate research into clinical solutions. Whether using patient data to develop models that predict disease or creating nanotechnologies for targeted delivery of cancer therapies, our students and faculty work together to develop technologies that improve human health on a global scale.
UNRIVALED PREPARATION FOR YOUR CAREER
Whether you want to be in industry, academia, or medicine, you’ll gain hands-on experience to prepare you for career success. Our students benefit from the knowledge, resources, and reputation of one of the world’s leading and top-ranked research universities. Engage with leading clinicians, scientists, and engineers as you cultivate in-demand biomedical engineering skills and create a better future through engineering.
“The Johns Hopkins one-year, course-based BME master's program bolstered my confidence in entering the biomedical engineering career space. Through an emphasis on application via hands-on, project- and paper-based learning, the professors honed my knowledge in the field towards relevant career skills. Overall, I would highly recommend it to anyone who desires a more competitive professional profile.”
- KRIS DAMMEN-BROWER
Engineers See the World Differently
BIOMEDICAL ENGINEERING MASTER'S DEGREES
5 BME MASTER'S DEGREE OPTIONS
A CAREFULLY CURATED, RESPECTED EDUCATION
Our acclaimed expertise is central to your learning experience. Designed for working professionals, Johns Hopkins Engineering’s curriculum aligns with your career goals and expands your biomedical engineering knowledge—from cell and tissue engineering to MRI imaging in medicine. We offer the only part-time, online BME graduate program that includes a hybrid residency course designed to heighten your practice-oriented experience.
EXPERT KNOWLEDGE FROM PROVEN LEADERS
Learn from practicing biomedical engineering professionals. A specialized, in-person research and lab immersion course at world-renowned Johns Hopkins Hospital gives you practical insight to design life-saving solutions. Build knowledge that will last throughout your career. Choose from deep and diverse courses with topics to meet nearly any biomedical engineering interest.
DEVELOP NEW ENGINEERING TECHNIQUES
Gain in-demand knowledge and sought-after skills through thoughtfully crafted courses and a structure that allows you to work, learn, and live at a pace that’s convenient for you. As a practicing scientist and engineer, you’ll learn the latest techniques to enhance your career and training to solve critical problems in biology and medicine.
Full-time Master’s Programs
- 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)
