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Explore the foundational concepts and technological advancements that have made biomedical engineering indispensable to healthcare, medicine, and human biology. Designed for medical students pursuing intercalated degrees and life sciences graduates, this master's program integrates biomechanics and fluid dynamics in the human body with cutting-edge engineering design and contemporary management strategies. Biomedical engineering—applying engineering principles to healthcare, medicine, and biology—is the world's fastest-growing engineering field.
Playing a pivotal role in advancing artificial organs, medical devices, and innovative therapies, the School of Engineering leads globally recognized, transformative research in biomedical engineering. This program leverages expertise in biomechanics, cardiovascular fluid dynamics, tissue engineering, biomaterials, and manufacturing design.
You’ll learn to assess and interpret human movement, understand blood flow mechanics and biofluid functions, and study the materials used in medical device construction.
Through hands-on experience with computer-aided design and product engineering, you’ll master state-of-the-art 3D tools while developing inventive solutions. The curriculum also emphasizes modern management practices, covering organizational behavior and project management techniques.
Recognized by the Institution of Mechanical Engineers, this program features an independent research project, allowing you to deepen your expertise in a chosen biomedical engineering specialization with access to advanced research facilities.