Biodesign Sprints in Medical Education: Bridging the Gap Between Engineering and Clinical Practice

Area of Science:

• Biomedical Engineering
• Health Care Innovation
• Interdisciplinary Education

Background:

• Complex health care challenges require integrated medicine and engineering solutions.
• Existing funding, communication, and structural barriers hinder interdisciplinary collaboration.
• Novel educational models are needed to equip health and engineering professionals with advanced problem-solving skills.

Purpose of the Study:

• To evaluate the EnMed Health Innovations (EHI) Biodesign Sprint as an interdisciplinary model for health care education.
• To assess the program's impact on innovation acceleration and participant skill development.
• To foster collaboration between medical and engineering professionals.

Main Methods:

• A student-led Biodesign Sprint program was implemented at the Texas A&M School of Engineering Medicine.
• Multidisciplinary teams of students, physician mentors, and engineering experts addressed clinical problems.
• The program involved needs assessment, market analysis, concept generation, and implementation planning, culminating in a rapid ideation workshop.

Main Results:

• Participants reported increased familiarity with Biodesign processes, including market analysis and prototyping.
• The Biodesign Sprint demonstrated positive impacts on project acceleration and participant satisfaction.
• Findings indicate the program fosters interdisciplinary collaboration and accelerates the development of medical innovations.

Conclusions:

• The Biodesign Sprint model effectively combines engineering and health care expertise to achieve tangible medical outcomes.
• Areas for refinement include managing project complexity and optimizing the sprint timeline.
• Future iterations will incorporate funding to ensure sustained project development.