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Biofluid mechanics utilizes engineering, mathematical, and fluid physics principles to address intricate challenges in biology, medicine, aerospace, and robotics. Our MRes program provides comprehensive interdisciplinary training in fluid kinematics and dynamics as they relate to biological systems, medical science, cardiovascular technology, numerical modeling, and computational fluid dynamics (CFD), with a strong emphasis on research. Unlike an MSc, the MRes allows extended engagement in multidisciplinary research, preparing students for research careers while imparting cutting-edge research expertise. The program is delivered by the Department of Biomedical Engineering, with contributions from other faculty departments and the broader university. Students benefit from instruction by globally connected academics and access to innovative teaching methods within a distinctive learning environment.
Program structure:
This year-long course includes mandatory and elective modules across two semesters, featuring scheduled lectures, lab sessions, and tutorials. Students select their MRes research project in the first semester under supervisor guidance, continuing this work throughout the academic year.
Career preparation:
The MRes program equips students with specialized biofluid mechanics expertise, primarily for academic research while also serving the medical devices, simulation software, and related emerging industries. Graduates gain internationally competitive skills in biomedical and fluid dynamics fields, enhancing their employability across diverse sectors including:
academic research institutions
medical technology sector
simulation software industry
biosimulation field
NHS and healthcare simulation
life science research tools and supplies market