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.