The atmosphere at Stevens greatly surpasses that of other schools in the area.
Also, the biomedical engineering program at Stevens is exceptional and is a good stepping stone to industry.
Develop materials and devices at the intersection of life science and engineering with an in-demand degree.
Are you a medical professional with an interest in biomaterials and tissue engineering research? Do you have a strong background in science? The bioengineering master’s degree program at Stevens is tailored for you. This interdisciplinary program focuses on tissue engineering, biomaterials and regenerative medicine methods to improve healthcare. The bioengineering master’s program builds on a foundation of molecular biology and chemistry while also adding elements of bioengineering design. Graduates of this program will be positioned to succeed with careers in pharmaceutical, biotechnology and medical device, or life science companies in addition to biomedical, biology, or bioengineering research, regulatory institutions, and other professional health careers.
Stevens is strategically located in northern New Jersey directly across the river from New York City, giving students easy access to professional societies, groups, meetups and one of the nation’s largest hubs for the biotechnology industry.
Learn more about research in the Department of Biomedical Engineering →
Also, the biomedical engineering program at Stevens is exceptional and is a good stepping stone to industry.
They’re all so knowledgeable. They truly want you to learn and use your knowledge to help people, not just memorize a textbook. They've really helped me.
Work with faculty who are actively patenting and publishing ground-breaking work; provide great mentorship support for your ideas; and the best tools for your research.
Hongjun Wang is the Biomedical Engineering Department Chair and completes research in tissue engineering and nanomedicine.
Marcin Iwanicki conducts ground-breaking research in cancer biology.
The Department of Biomedical Engineering has attained international recognition for its research in mass spectrometry, green chemistry, nanotechnology and in healthcare and medicine. Faculty and students apply their knowledge and skills to solve critical, real-life challenges.
Our research focuses on two areas: multifunctional tissue/organ formation and nanomedicine in cancer, among other projects.
The Center for Healthcare Innovation (CHI) supports Stevens faculty- and student-initiated research and educational programs.
Xioujun Yu studies musculoskeletal and neural tissue engineering to develop solutions for spinal and nerve injuries, as well as drug delivery for cancers.
Marcin Iwanicki studies molecular mechanisms that support ovarian cancer dissemination combining microscopy, tissue bioengineering, mass spectronomy and CRISPR/CAS9…