Университет Шеффилда, BEng (Hons), Биомедицинская инженерия

Year 1: Biology and chemistry of living systems; control; design skills; design and manufacturing techniques; electrical circuits for biomedical engineers; introduction to biomedical engineering; introduction to human anatomy and physiology; physics of living systems two; systems modelling. Year 2: fluid mechanics and thermodynamics; modelling, simulation and control; aspects of medical imaging technology; biomedical instrumentation; electronic devices and circuits; fluid mechanics; fundamental engineering mechanics; materials under stress; the physiology of the musculoskeletal system. Year 3: group projects in bioengineering; clinical engineering and computational mechanics; management for bioengineers; mechanics of deformable solids; research seminars in bioengineering; transport processes; advanced mechanics of solids; communication systems; digital signal processing; distributed and real time control systems; electric and magnetic fields; embedded control systems; finite element techniques; innovation management; intelligent systems; introduction to digital signal processing; mathematics (computational methods); modelling and simulation of natural systems. Year 4: scientific writing; biomedical engineering research project; advanced research topic; bioimaging; computational fluid dynamics; electromagnetic compatibility; experimental stress analysis; fundamental biomechanics; marketing management; technology strategy and business planning theory and application of turbulence.

This course combines mechanical, electrical and control engineering with specialist knowledge of human biology to solve problems in areas like bioinstrumentation, biomechanics, medical imaging, rehabilitation engineering, and systems physiology.