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The University of Dundee's Biomedical Engineering PhD program provides students with opportunities to collaborate with top-tier researchers at the intersection of engineering and clinical science, addressing critical real-world challenges. This highly interdisciplinary program fosters strong partnerships, particularly with the School of Medicine at Ninewells Hospital. Research areas range from developing new techniques and instruments to applying these innovations at tissue levels and with patient samples.
Housed within the School of Science and Engineering, Biomedical Engineering benefits from connections to diverse fields including Computing, Civil Engineering, Electronics, Forensic Science, Mathematics, Mechanical Engineering, and Physics. This interdisciplinary environment provides students with access to a broad research infrastructure and frequent cross-disciplinary collaborations.
This four-year program accommodates students from various academic backgrounds through customized training that includes coursework and research rotations. Participants explore multiple mini-projects before selecting their primary research focus for years 2-4, with guidance from two academic supervisors.
The program immerses students in world-class biomedical engineering research at Dundee, focusing on areas like cancer detection, tissue engineering, medical imaging technologies (MRI, ultrasound, OCT), electrophysiology, instrumentation, and light-tissue interactions. Research bridges engineering and medicine, occurring in both laboratory and clinical environments. The first year combines structured learning with research rotations tailored to individual backgrounds, leading to full-time research in subsequent years.