Master of Biomedical Engineering - MSc

Biomedical Engineering is a sub-discipline in the field of Engineering and Technology that aims to improve human health and healthcare systems through the use of new technologies. Master Biomedical engineering with different computer degrees includes the same mathematical, analytical, and technical knowledge from related fields, such as Biology, Chemical Engineering, Robots, Mechatronics, Computer Science, and Computer Science. Some of the underlying fields covered are Bio & Biomedical Engineering orthopedic implants, medical guesses, stem cell engineering, biomedical signal processing, and others. If you have a strong engineering background, this MSc provides you with advanced computational modeling skills, calculation techniques and an in-depth understanding of engineering methods for biological problems. It can also affect physicians who are interested in this rapidly growing field of medicine.

Biomedical engineering is a fast-growing field that relies on interdisciplinary research and research and development. Specialists in the area face a wide variety of problems at the traditional engineering branches. Biomedical engineers use methods and techniques developed in many traditional engineering fields and adapt them to specific biomedical applications. By the end of this program, you will have the ability to invent new and integrated technological products for use in biomedical industries. You will also gain a broad knowledge of computational solid and fluid mechanics, with a focus on materials such as biomechanics, bio-fluid and tissue engineering.

Your research project is a big part of your qualifications. To provide you with the best possible opportunity to participate in the leading international research taking place within the School of Engineering and Materials Science (SEMS). You will join one of QMUL’s research teams and work on a project related to apply engineering, supervised by a member of the academic staff. You will leave this MSc as a well-qualified graduate, with the potential to be employed both in leading industry and research. The Industrial Communication Forum gives you the opportunity to network with our industry partners and build professional contacts. Graduates of the SEMS graduate programs enter a variety of career fields including: Engineering - Public, Design, Electrical, Behavioral, Health Sciences, Medical Science, Skills and Management.