Master in Biomedical Engineering

The University of Melbourne, founded in 1853 and located in Australias cultural capital, Melbourne, is a leading research-intensive university with a diverse student body of around 54,000, including more than 23,000 international students. The university offers an extensive portfolio across arts, sciences, engineering, health, business, law and fine arts, delivering high-quality teaching, world-class research and broad professional networks that support graduate outcomes and global mobility.

With more than 100 academic programs, Melbourne emphasizes interdisciplinary research, industry collaboration and experiential learning. Its research strengths span biomedical sciences, engineering, climate and environment, humanities and social policy, and creative arts. Students have access to modern laboratories, clinical placements, innovation hubs and international exchange agreements that enrich study and provide opportunities for internships and collaborative projects.

Campus life blends a dynamic city setting with comprehensive student services, including orientation, academic advising, career support and specialist resources for international students such as visa assistance, language support and cultural integration programs. Generous scholarship schemes and a strong alumni network further support student success. For prospective international applicants seeking a research-led university with extensive program choice and strong career pathways, the University of Melbourne remains a top destination.

The Master in Biomedical Engineering at the University of Melbourne is for students who have a Bachelor's degree and want to work in biomedical engineering. This 3-year Master's degree helps students learn about biomedical engineering and its main advantages include learning from experts in the field.

The curriculum includes subjects like biomedical systems, biomaterials, and biomechanics. Students develop skills in designing and developing medical devices, and they get hands-on experience with laboratory work and projects.

Graduates can work as Biomedical Engineers, Research and Development Managers, Medical Device Specialists, or Regulatory Affairs Specialists. They can work in industries like healthcare, medical devices, or pharmaceuticals, and employers can include hospitals, research institutions, or private companies.