MS in Biomedical Engineering with specialization in Translational Health Technology

Become a leader in the translation of biomedical engineering research breakthroughs to clinical implementation with this degree!

Degree: Master of Science
Major: Biomedical Engineering
Specialization: Translational Health Technology

Through a 30-credit-hour curriculum, students explore and learn how to apply the fundamental principles of product development, entrepreneurship and commercialization toward biomedical engineering, in order to create successful clinical solutions for pressing health care challenges.

If you are interested in learning all aspects of taking new biomedical ideas through the process of product development, market research, clinical trials and clinical implementation, this is the program for you. The Translational Health Technology track combines aspects of bioengineering, marketing, entrepreneurship, bioregulatory affairs, ethics and experimental design.

In today's world, there are too many important bioengineering advances that never make it to clinical implementation because they were not successfully navigated through the winding path of commercialization and product development. This course of study specifically trains students how best to translate laboratory successes into clinical trials and through bioregulations, product development and full-scale implementation in clinical care models to help treat some of the world's most important medical problems.

What core competencies will I learn?
The Translational Health Technology program at Case Western Reserve covers all aspects of translating biomedical ideas into clinical implementation. After graduating, students will be ready to apply their understanding of:

  • Bioengineering
  • Marketing
  • Entrepreneurship
  • Bioregulatory affairs
  • Clinical ethics
  • Experimental design
  • Healthcare system models

Where can this specialization be applied?
Graduates of this program will be able to choose from a variety of jobs in many different facets of the biotechnology industry, including:

  • Product development and management at large and small biotechnology companies
  • Leadership for start-up biotech companies
  • Technology transfer at universities and other research consortia
  • Federal regulatory agencies
  • Hospital systems with continuous performance improvement initiatives

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