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Integrating Design into Biomedical Engineering Education for Innovative Progress

Explore the integration of design students with engineering students in a cross-disciplinary approach for biomedical engineering projects. Discover how this collaboration enhances creativity, innovation, and project success. Learn from case studies and examine ways to assess and develop integrated teams. Future work includes adding clinical immersion experiences for a comprehensive educational approach.

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Integrating Design into Biomedical Engineering Education for Innovative Progress

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  1. Cross-Disciplinary Design Teams for Biomedical Engineering Design Conrad M. Zapanta, Ph.D. Wayne Chung, MID Carnegie Mellon University Department of Biomedical Engineering School of Design

  2. Novelty • Case studies, historical precedence, and leaders in the medical device industry have shown that truly integrated project teams are the primary modes of innovative progress and success. • How do we do this in the classroom?

  3. Novelty • Engineering students (Department of Biomedical Engineering) and design students (School of Design) • Have educational experiences and skill sets that are significantly different • Results in two groups of undergraduate students who both think and work very differently

  4. How Does it Work • Two semester class based on Stanford Biodesign curriculum • 12 teams, ~ 4 to 5 teams are integrated with design students • One to two designers per team • Design faculty member works with all teams

  5. Future Work • Developing methods to assess thinking and processes of integrated teams vs. those without design majors • Creativity and innovation • Add summer clinical immersion experience for engineering and design students to identify potential projects

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