Biomedical engineering embraces a wide range of engineering and medical techniques – such as biomechanics, biotribology, biomaterials and biosensors – to help humans and animals stay physically mobile for longer. For example, through the design of new artificial joints, investigating new materials to assist in the repair of the soft tissues, and reviewing the effectiveness of rehabilitation treatment. This professionally accredited degree will equip you to work in this fascinating area. You take specialist modules including: BioMEMS design for human-systems integration biomaterials and tissue engineering

As well as the technical and practical expertise that you gain from studying mechanical engineering, all our degrees are designed to provide you with opportunities to learn and develop skills such as analytical and problem-solving, project-working both as part of a team and on your own, communicating with others, planning and time management, and of course computer literacy, all of which are vital for the employment market. The majority of mechanical engineering graduates wish to enter engineering-related careers in order to become professionally qualified. Popular areas are research and development, design, production, manufacturing, consultancy, contracting, purchasing and quality assurance. Opportunities exist in a wide range of sectors, including transport and logistics, health, defence, manufacturing, automobile, renewable energy, amongst others. In particular, the excellent analytical and problem-solving skills gained through studying mechanical engineering also make graduates equally attractive to employers in finance, business consultancy and public services. The School liaises closely with the University’s Careers Service to support you throughout your studies. Through the excellent links forged with regional and national employers, many companies visit the campus to give presentations, attend job fairs and carry out interviews. Some employers are also actively involved in work-related course projects and modules.