MSc (Research) in Biomedical Engineering: 1–2 years full-time, 2–3 years part-time.
This interdisciplinary programme explores cutting-edge research in rehabilitation and assistive technologies, cell and tissue engineering, systems biology, and advanced medical diagnostics. Some of the exciting projects currently underway include brain-computer interfaces, lab-on-a-chip devices aimed at global diagnostics, nanotechnology in stem cell differentiation, and synthetic cell systems.
Key Research Areas:
Highlights:
Students will dive deep into research methods that are tailored to their specific projects and the focus of their research groups. This includes honing advanced analytical, numerical, and experimental techniques. The Division has solid connections with industry, biomedical sciences, and clinical medicine, ensuring that students are well-prepared for real-world applications.
Moreover, students will take part in a well-structured program that emphasizes essential research skills and transferable abilities, all designed to enhance their academic journey and boost their future career prospects.
As a member of the Graduate School, you'll become part of a top-notch academic community dedicated to fostering an engaging environment that promotes leadership, innovation, and a global impact.
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