Main navigation
- Programs
- Subjects
- Universities
- Destinations
- Advice
The biomedical engineering graduate program merges faculty, facilities, and knowledge from its renowned Colleges of Engineering and Medicine. As one of the nation's rare interdisciplinary advanced degree options, this BME program features four specialization tracks - Medical Device Design, Medical Imaging, and Regenerative Medicine. Students gain the expertise to create groundbreaking medical technologies, innovative treatment methods, and advanced healthcare solutions for modern challenges. Biomedical engineering is projected to dominate engineering job growth in the coming years.
The Master of Engineering (MEng) program delivers a practice-focused graduate education tailored for working professionals. Unlike traditional research-based MS degrees that conclude with a thesis, the MEng curriculum emphasizes practical skills that immediately enhance technical workplace contributions. The distinction lies not in academic rigor or competency levels, but in the program's applied orientation.
This advanced program equips students seeking to broaden their professional capabilities. Learners can design their path to either deepen engineering practice expertise or pursue interdisciplinary studies, depending on their career goals. In today's demanding technological landscape, industries require adaptable, highly skilled engineers - a need this practice-driven MEng program specifically addresses. Although students have a two-year completion window, the entire curriculum can be finished in just one year.