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The program is jointly overseen by the Department of Engineering with contributions from the Department of Biosciences. Students enrolled in this cutting-edge program will acquire essential competencies for careers in Biomedical and Biotechnology sectors, focusing on designing and creating medical devices and products for healthcare while understanding the mechanics behind artificial organs.
The curriculum also explores how data science and AI techniques can tackle critical issues in Biomedical Engineering and related engineering disciplines when appropriate.
Key course content is taught through lecture modules, usually comprising 20 instructional hours plus 1-2 review sessions. Students may also receive self-study materials for each module at the program's commencement.
Fundamental modules are primarily lecture-based (typically one weekly hour). Certain courses may feature guest lectures and seminars from academic and industry experts in fields related to the degree.
Modules address diverse subjects concerning human physiology, biomechanics, and the development and function of artificial organs.
The Artificial Intelligence and Deep Learning module equips students with comprehensive knowledge about innovative AI and deep learning implementations in biomedical contexts and broader engineering applications.