Master in Biomedical Engineering (MASc)

Toronto Metropolitan University, established in 1948 and located in the heart of Toronto, is a dynamic urban university serving around 45,000 students with 142 programs across applied, creative, and professional disciplines. The university’s downtown location offers exceptional industry connections, internships, and co-op placements that help students translate classroom learning into workplace experience. International students, who make up a significant portion of the population, find diverse communities, robust support services, and abundant networking opportunities in Canada’s largest city.

Academic offerings span applied sciences, business, arts, and emerging technology fields, all delivered with an emphasis on experiential learning and career readiness. Campus resources include dedicated international student advisors, career services, modern labs, and entrepreneurship support, designed to help students adapt and succeed. Cultural associations, student clubs, and city-wide events provide social integration and practical exposure to Toronto’s multicultural landscape.

Graduates are sought after by employers for their practical skills and city-based work experience, and many international alumni remain in Canada through postgraduate work routes. Prospective students should research program-specific admission requirements, co-op opportunities, and available scholarships, and connect early with the international office for visa and settlement guidance. Toronto Metropolitan University is an excellent option for students seeking applied programs in a globally connected urban setting.

The Master in Biomedical Engineering (MASc) at Toronto Metropolitan University is a graduate program for students who want to advance their knowledge in biomedical engineering. This program provides opportunities for students to work on research projects, tap into the university's faculty-based research, and collaborate with industry partners. It's a great fit for students who hold a Bachelor's degree and want to develop their skills in biomedical engineering.

The curriculum includes coursework and research in biomedical engineering, with a focus on R&D and the development of medical devices, equipment, and procedures. Students develop skills in research, design, and problem-solving, with hands-on components that help them apply theoretical knowledge to real-world problems. They also have opportunities for training at research hospitals such as St. Michael's Hospital and the University Health Network.

Graduates of this program can pursue careers as Biomedical Engineers, Research Scientists, Medical Device Developers, Clinical Engineers, or R&D Managers. They can work in hospitals, research institutions, or private companies, applying their knowledge and skills to develop innovative medical solutions and improve healthcare outcomes.