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This technology-focused program emphasizes improving human health and wellbeing, providing a thorough grasp of fundamental engineering concepts as they relate to biological systems and the human body. In addition to the core biomedical engineering curriculum, students can opt for a Year in Industry experience.
For those without a traditional science or math background, a foundation year is available. Upon successful completion—which includes coursework in mathematics, physics, and chemistry—students can progress to either a BEng or MEng degree program.
With over ten years of proven success, this program teaches students to apply engineering methods to address challenges in medicine and biology. The curriculum examines the intersection of engineering and biomedical science, focusing on health-related applications.
The flexible first-year structure allows students to explore all aspects of biomedical engineering. After year one, they select between two broad pathways, then specialize further in year two by choosing one of four focus areas: biomedical engineering, medical devices and systems, biomaterials science and tissue engineering, or biomanufacturing.
Through project work—often collaborative—students address real-world industry challenges while honing management abilities. The third year features group projects, while the final year centers on an individual research project tied to the chosen specialization.
Alumni have pursued careers as professional engineers designing medical equipment, regenerating tissues, and conducting clinical research. They collaborate with healthcare professionals, materials experts, and technologists to advance human health. The program's versatile skill set also prepares graduates for careers in law, finance, scientific communication, and other sectors.