Master of Science in Biomedical Engineering

The American University of Sharjah (AUS) is a premier coeducational institution in the UAE, renowned for its American-style liberal arts education and diverse international community. It stands as a beacon of academic excellence and research in the Gulf region.

Biomedical engineering blends principles from engineering, biology and medicine to design tools, devices and systems used in healthcare. Students in a program with this name typically study topics such as biomaterials, biomechanics, medical imaging, biosignal processing, tissue engineering and medical device design, alongside foundational engineering coursework in mathematics, physics and electronics. At the graduate level, coursework is often paired with research or project work that applies engineering methods to physiological or clinical problems. Graduates of biomedical engineering programs commonly pursue careers in medical device development, clinical engineering, regulatory affairs, hospital technology management, biomedical research and further doctoral study. The field sits at the intersection of hardware and software engineering and the life sciences, so students also encounter subjects like human physiology and the biocompatibility of materials used in medical devices. This Master of Science in Biomedical Engineering is offered by the American University of Sharjah, located in Sharjah, United Arab Emirates, with instruction in English. As a master's degree, it builds on an undergraduate foundation in engineering or a related science and is intended for students seeking advanced, research-oriented training in the discipline. Students considering this path typically look for strong grounding in mathematics and the physical sciences before undertaking graduate-level biomedical engineering study, since the field draws heavily on circuit theory and biological systems modelling. Coursework can extend into specialized areas such as rehabilitation engineering, prosthetics or diagnostic instrumentation, depending on the program's structure. Because biomedical engineering serves the healthcare sector directly, many graduates go on to work alongside clinicians, medical device manufacturers or public health agencies, translating engineering solutions into practical tools that support patient care and diagnosis in hospitals and industry settings.