Master in Biomedical Engineering

The University of New South Wales (UNSW) in Sydney, founded in 1949, is a large, research-intensive institution with a diverse community of 65,600 students, including 22,946 international learners. Its metropolitan setting places students close to industry clusters, cultural venues and a wide range of professional opportunities, making UNSW an appealing destination for those seeking both academic rigor and practical experience in Australia.

UNSW offers study across seven core program areas that combine theoretical foundations with hands-on projects, industry engagement and interdisciplinary research. The university emphasizes innovation and applied learning through collaborations with businesses, startups and government, and provides modern facilities to support labs, creative work and entrepreneurship. Campus life is active, with student clubs, events and pathways for internships that connect classroom learning to real-world careers.

International students benefit from tailored supports including orientation, academic advising, English-language resources, accommodation assistance and dedicated career services. Scholarships, exchange programs and research opportunities are available to help students develop professionally and academically. Prospective applicants should review entry requirements and program details to select the best pathway for their goals and make the most of UNSW’s links to industry and global networks.

The Biomedical Engineering program is a two-year full-time master's degree designed for students with an undergraduate degree in engineering, health, or medical sciences. This program equips you with specialized skills and knowledge to excel in the field of Biomedical Engineering. Ideal for those who are passionate about integrating engineering principles with medical applications, this program prepares you for a rewarding career in a rapidly evolving industry.

Throughout your studies, you will explore various subjects including neuromodulation, bioinstrumentation, biomechanics, tissue engineering, and medical device design. The curriculum includes a significant practical component, requiring 60 days of industrial training, which provides valuable hands-on experience. Additionally, you will undertake a research project that allows you to apply your learning to real-world challenges, enhancing your problem-solving skills.

Graduates of the Biomedical Engineering program can pursue diverse job roles such as Biomedical Engineer, Clinical Engineer, Medical Device Designer, and Research Scientist. Employers range from healthcare institutions to medical technology companies and research organizations. The skills acquired in this program are highly transferable, opening doors to various sectors including healthcare, manufacturing, and artificial intelligence in health.