Advancing biomedical science and research for a changing world
Antimicrobial resistance is one of the most complex health challenges.
According to recent estimates, antimicrobial resistant bacteria were directly responsible for 1.27 million yearly global deaths.
Watch how Georgia Shering, Anti-Microbial Surveillance Officer, is using her postgraduate education in biomedical science to advance the protection of antibiotics by monitoring the emergence of superbugs that pose a threat to the community.
*Impact story reference:UN Environment Programme. (2023) Antimicrobial resistance: a global threat
Build the knowledge and techniques needed in many rapidly advancing fields of medical research.
Many of our research projects have become viable commercialised services, or revolutionised policy and care. From fundamental biomedical science through to community health and well-being, and population and global health, our health research covers a broad spectrum.
Choose to undertake a research component as a core part of your coursework degree or conduct a research project through one of our research higher degrees found below.
Biomedical Sciences and Coursework Research
Enrol directly into real world, cutting edge research under the supervision of renowned experts. Work toward clinical pathways, further research or a higher degree. 1 year full time / 2 years part time. On campus (Parkville).
This course offers graduates a pathway for graduates to research, other science-based careers or PhD studies, and an alternative to the Honours to PhD pathway. 2 years full-time / 4 years part-time. On campus (Parkville).
Designed for health professionals from a range of clinical disciplines, for those already involved in research and seeking to formalise their skills, or wanting to start a career in the field. 18 months full-time / 3 years part-time. On campus (Parkville).
Designed for health professionals from a range of clinical disciplines, for those either already involved in research and seeking to formalise their skills, or wanting to start a career in the field. 1 year full time / 2 years part time. On campus (Parkville).
A pathway to PhD led by research and education leaders from the Royal Children's Hospital, the Murdoch Children's Institute for Research and The University of Melbourne Department of Paediatrics. 2 years full-time / 4 years part-time. On campus (Parkville).
Pathway to employment as an Associate Genetic Counsellor in Australia and overseas, and subsequent ongoing professional development to become a fully certified Genetic Counsellor
This program sits at the intersection of engineering, science, medicine and business and is designed for professionals and graduates looking to drive change in this thriving industry.
Higher Degrees by Research
Undertake research on a specific area of the Faculty of Medicine, Dentistry and Health Sciences under academic supervision. Select an area from the list below:
Master of Philosophy – MDHS (Medicine)
Master of Philosophy – MDHS (Health Sciences)
Master of Philosophy – MDHS (Dental Science)
Master of Philosophy – MDHS (Biomedical Science)
Undertake research in a specific aspect of surgery under academic supervision.
Undertake research on a specific area of medicine under academic supervision.
Why study biomedical sciences and research with us?
- #1 university in Australia and #20 in the world for Medical and Health (Times Higher Education 2026 World University Rankings)
- Benefit from strong interdisciplinary collaborations across the University, and our hospital and research institute partners
- Learn from leading academics and experts in the field at Australia’s #1 university (Average of latest ARWU, QS and Times Higher Education global university rankings).
Looking for personalised advice?
Find out more about our graduate degrees and get support with your application. Speak to our expert staff online, via phone or at an upcoming event. You can also register to learn more about your course options and opportunities via email.
Master of Public Health
Martin Vu
“I’m a Research Fellow in health economics at the University of Melbourne, with a particular interest in evaluating genomic medicine in cancer. The Master of Public Health and it’s research focus was great preparation, I loved it. When I started studying I knew I wanted to work in health economics and health policy but I wasn’t exactly sure what area. During the masters I realised I really enjoyed research, especially translational research which focuses on the movement of knowledge from clinical science discoveries into ‘real world’ applications.”