The Bioengineering Department offers a BS degree in bioengineering with a concentration in biomedical engineering: the biological and medical application of engineering principles in healthcare.
Biomedical engineers integrate engineering principles with the medical sciences to design and create medicines, artificial tissues and organs, devices, computer systems, and software to improve human health.
As a concentration within UMassD's bioengineering program, your program of study will bring together the life sciences, medicine, and engineering—providing a solid academic foundation and a broad interdisciplinary approach to the field. Within the concentration, you'll have the opportunity to explore:
- cell and tissue engineering: with courses in areas such as nanotechnology, immunology, human organogenesis, and material surfaces
- medical devices: with courses in areas such as implantable sensors, robotics, medical ultrasonics, and device regulations
Your education will prepare you to contribute to the profession in an ethical and socially responsible manner and to work effectively to further your career and to benefit society.
You’ll join a new generation of innovators and leaders in fields with significant opportunities for growth. Biomedical engineers pursue exciting, rewarding careers in manufacturing, universities, hospitals, research facilities, and other educational and medical institutions.
Jacob Aaronson '18
Improving lives through bioengineering
- Acme BioTech
- Biomedical Research Institute
- Curexo Technologies
- Johnson & Johnson
- Smith & Nephew
- St. Jude Medical
- Univ. of Pennsylvania
Graduate school placements
- Cornell University
- Tufts University
- Northeastern University
- UMass Medical School
- Bioresearch centers
- Pharmaceutical laboratories
- Prostheses and medical devices manufacturers
- Biomaterial developers
- Patent offices
- Consulting businesses
- Government regulatory agencies
- Medical information software developers
- Heath management services
The bioengineering program's concentration in biomedical engineering provides rigorous, multidisciplinary training that integrates the engineering principles, life sciences, bio-research, and material design.
You’ll take 120 credits including:
- 58 credits in engineering (including general, mechanical, electrical and bioengineering)
- 8 credits in biology
- 7 credits in chemistry
- 47 credits in an array of course work: Math (15), Physics (8), English (9), University Studies (15)
- Undergraduate Research: The Office of Undergraduate Research promotes undergraduate research, supports student-researchers, and disseminates the products of student research.
- Center for Scientific Computing and Visualization Research: This interdisciplinary center provides collaboration opportunities and on-campus supercomputing facilities for faculty and students interested computationally-driven research that addresses the pressing needs of fields of study like modern engineering, mechanics, fluid dynamics and electromagnetics.
- Center for Innovation & Entrepreneurship: This UMass Dartmouth facility in Fall River is a business incubator. UMass Dartmouth students have educational and experiential opportunities at the facility with UMassD faculty members and start-up companies.
- UMassD’s proximity to the Greater Boston area provides easy access to an epicenter of biotechnology/pharmaceuticals/medical devices companies.
with advanced study
Your undergraduate degree and research experiences will prepare you for a variety of opportunities:
- Accelerated BS-BNG/MS-BMEBT
- UMass Biomedical Engineering & Biotechnology (BMEBT) PhD program
- Graduate programs in engineering, life sciences, and other fields
- Medical school or other health professional programs