Apply professional engineering knowledge to understand, modify and control biological systems on this 4-year MEng Biomedical Engineering integrated Master’s degree. You’ll study disciplines such as: Rehabilitation engineering – prosthetic / orthotic devices Biomaterials and implant design Tissue engineering and wound repair for artificial organs Genomic coding and genetic engineering Medical technology – design and manufacturing All teaching is informed by the latest research, and is delivered by experienced medical engineers and clinical scientists. You’ll also gain professional insight from leading

The ever-expanding field of biomedical engineering combines scientific and engineering principles to create and improve medical technology. As a BEng (Hons) Biomedical Engineering undergraduate, you’ll have the opportunity to join the next generation of engineers and contribute to the advancement of this important industry. If you’re skilled in science and want to make a difference in the healthcare industry, studying our BEng (Hons) Biomedical Engineering degree could help you fulfil your goals and reach your full potential. Incorporating elements of

Are you interested in engineering that interacts with the human body? A fast-emerging sector in the UK, and globally, this 3-year BEng (Hons) Biomedical Engineering course will provide you with the skills needed to enter the rapidly expanding manufacturing and health care sector. As well as learning technical skills, you will also develop a range of transferable skills, including effective communication, leadership and business management. You will benefit from facilities and learning spaces at our £71 million City South Campus

Our BSc Healthcare Science in Medical Engineering will give you the expert training you need to begin a rewarding and highly skilled career working in the healthcare profession as a medical engineer. As a practitioner you’ll be undertaking a hands-on role with medical devices, working with a wide range of equipment commonly encountered in the hospital environment. For example, you may specialise in certain types of equipment such as that used in renal or radiotherapy treatment. Over three years you

Our courses give you the skills to succeed in a global industry worth more than £300 billion. You’ll study under hospital clinicians as well as professional and practising engineers. We were named among the top four British universities in the learning resources category in the mechanical engineering subject area (National Student Survey 2018, HEIs), with a score of 93% Accredited by the Institution of Mechanical Engineers (IMechE), the Institution of Engineering and Technology (IET) and the Institute of Physics and

Why Medical Engineering Technologies? Medical Engineers play a vital and role in supporting the healthcare sector, you might design prosthetics or innovate in medical imaging. Whatever your specialism might be, you will have the opportunity of a challenging and rewarding role in a technologically diverse sector. How You Could Impact The World You will have the chance to make a real difference by contributing to extending and improving the healthy lives of individuals and communities on a potentially far-reaching scale.

Why Medical Engineering Technologies? Medical Engineers play a vital and role in supporting the healthcare sector, you might design prosthetics or innovate in medical imaging. Whatever your specialism might be, you will have the opportunity of a challenging and rewarding role in a technologically diverse sector. How You Could Impact The World You will have the chance to make a real difference by contributing to extending and improving the healthy lives of individuals and communities on a potentially far-reaching scale.

Sophisticated engineering is at the heart of healthcare systems around the world. As part of this innovative course, you’ll study the electrical, electronic and mechanical aspects of healthcare in the context of a wider education in engineering. You’ll develop a specialist knowledge of medical engineering concepts and learn how to create technology that could have a huge impact on clinical systems, diagnosis and care. We build employability into every aspect of our courses, meaning that alongside developing an in-depth understanding

Medical Engineering seeks to solve the medical issues of tomorrow by combining biology, medicine and healthcare with engineering to create next-generation technologies for healthcare and wellbeing. Our Medical Engineering course takes a patient-centred approach and follows a pathway of general and mechanical engineering. Specialist modules provide insight into medical engineering fundamentals and practice. As a Medical Engineering student at Southampton, you’ll learn the underlying principles of medical technologies and gain the ability to design, develop and deliver new products. You

From high-tech operating theatres and biomaterials to medical wearables and implant technologies, medical engineers play a crucial part in the evolution of modern healthcare. Bridging the gap between engineering and medicine through a multidisciplinary approach – medical engineering solutions combine knowledge of the body with engineering principles, technology, mechanics and innovation to develop tools for the medical community to improve the health and wellbeing of the population. The next generation of medical engineers will help to advance healthcare performance and