Master of Systems Medicine (Research)

The Master of Systems Medicine (Research) at Murdoch University focuses on exploring complex interactions in medical and biological systems using the principles of biochemistry and computational analysis. This master's degree is built around independent research, with support from academic supervisors in fields such as genomics, proteomics, and bioinformatics. Much of the work centres on generating and analysing large datasets to address questions about human health, disease mechanisms, and treatment options.

Australian research degrees like this typically run over two years of full-time study. You'll be enrolled in dedicated research units and progress through milestones such as a literature review, research proposal, and, ultimately, a thesis. The thesis is assessed and may require an oral defence. Students often present findings at conferences or seminars, gaining essential experience for future academic or industry roles. Some opportunities to work with collaborators (including industry partners or research institutes in Perth) may be possible, depending on your project choice and supervisor relationships.

Throughout the course, you'll develop advanced skills in laboratory techniques, data analysis, critical thinking, and scientific communication. You'll become confident in experimental design and learn to interpret high-throughput molecular data, key abilities in modern biomedical research. This course suits graduates from biochemistry, molecular biology, or a related science who are keen to pursue original research, whether for a career in academia, medical technology, or biotechnology industries.

International students should confirm English proficiency requirements and can expect to complete research in a supportive Perth-based academic environment. You may also have the option for up to 48 hours of work per fortnight during your studies and could be eligible for the Temporary Graduate visa (subclass 485) after completion. Always check the official course page for the most current details.

• Medical researcher in government, university, or private laboratories
• Bioinformatics analyst in health and medical technology sectors
• Academic (after further study, e.g. PhD)
• Clinical research associate
• Roles in biotechnology and pharmaceutical companies
• Research and development positions in Australian biomedical industries