Course Overview
The modules in this degree are designed to help you develop a deep understanding of fundamental engineering principles, such as heat and mass transfer, mechanics and electromagnetics. You will also gain specific expertise in how the human body functions through topics such as medical science and molecules, cells and processes. It is this fusion of engineering knowledge and its practical application in healthcare that have led to advancements in areas such as assistive medical technologies, from artificial limbs to implanted medical devices such as pacemakers, stents and hearing aids, for people living with injuries, disabilities or illnesses. The increasing reliance in medical practice on information technology means there is an increasing demand for doctors with technical expertise in a wide range of medical specialties including cardiology, orthopaedics, radiology and surgery. A number of our graduates apply to enter graduate medical courses and follow a route leading eventually to BEng and MBBS degrees. The year in industry is a great opportunity for you to put your knowledge into practice in an industrial setting. It is also a chance to build up a network of contacts for the future. Although the year will not count towards your degree, you will work on a real project set by your host company, gaining skills and knowledge that you can take into your final year of study at Imperial. You will be responsible for organising your own placement, however the Department has strong links with industry and a dedicated industrial liaison officer can offer advice on companies to approach. Imperial-s Careers Service can also provide further advice and support.
Study in Australia
Study in Canada
Study in Germany
Study in United Kingdom
Study in USA
Study in Switzerland