Biomedical Engineering

Biomedical Engineering degree structure

Year 1
Engineering mathematics EE1X Engineering mathematics EE1Y Biomedical engineering skills 1 Biomedical engineering skills 2 Analogue electronics Introduction to biomedical engineering Materials Applied mechanics Cells & tissues in health & disease Fluid dynamics
Year 2
Applicable mathematics 2A Applicable mathematics 2B Biomedical engineering skills Engineering electromagnetics Human form & function Human physiology Elements of law for engineers Applied mechanics Analogue electronics Biomaterials Physical principles of biological processes
Year 3
Design & manufacture 2A Design & manufacture 2B Statistics for biomedical engineering Immunology Instrumentation & data systems Microscopy and optics Signal processing of biosignatures Biological fluid mechanics Dynamics, control & fluid power Medical imaging Neuroscience & behaviour
Year 4
BEng	MEng
Project Professional practice Bioethics	Group design project Professional practice Tissue & cell engineering Bioethics Biosensors & diagnostics Rehabiliation engineering Medical imaging & therapy
BEng choose 20 credits from:	MEng choose 20 credits from:
Applied engineering mechanics Microelectronics in consumer products Tissue & cell engineering	Applied engineering mechanics Microelectronics in consumer products
Year 5
Industrial project Professional practice Applied design systems Bioinformatics & systems biology Applicaions of biomedical engineering