University of Melbourne

What you'll study

The programme provides a rigorous core in molecular and cellular biology, human physiology, biochemistry and genetics, combined with training in laboratory techniques, quantitative data analysis and research methods. Typical first-year subjects cover foundational topics such as cellular structure and function, chemical basis of biology, introductory genetics and basic statistics for biomedicine.

In later years students move into specialised streams and elective units. Common subjects include immunology, pharmacology, neuroscience, microbiology and infectious disease, molecular medicine, and bioinformatics. Practical components emphasise laboratory skills, experimental design, data interpretation and scientific communication. Many students undertake a substantial research project or honours-equivalent capstone in their final year, supervised by academic staff, which builds independent research experience and specialist knowledge.

The curriculum is designed to be flexible: students can often choose a major or focus area, combine biomedical study with complementary disciplines (for example public health, computational biology or pharmacology), and select industry-relevant electives that reflect current biomedical priorities.

Entry requirements

• Strong secondary school completion (or equivalent) with competitive academic grades in relevant science subjects.
• Prerequisite subjects commonly include chemistry and one other science (biology or physics) and/or mathematics. Exact subject prerequisites may vary by pathway; applicants should check the specific requirements for the Malaysia pathway.
• Evidence of English language proficiency if your prior study was not in English, usually via recognised tests or institutional equivalence.
• Some applicants may be assessed on additional criteria such as a personal statement, supplementary application materials, or interview for specific admission schemes. International or pathway students should confirm requirements for recognised local qualifications and any articulation arrangements.

Career prospects

Graduates typically move into laboratory and research roles in universities, medical research institutes and the biotechnology and pharmaceutical industries. Common entry roles include research assistant, laboratory technician, clinical trials coordinator, and roles in diagnostic laboratories.

The degree also provides a pathway to postgraduate professional programmes and further study, including honours and masters by research, and can be a stepping stone towards graduate-entry medicine, dentistry, public health, genetic counselling and allied health professions (entry to professional programmes depends on meeting specific additional requirements).

Other career options include regulatory affairs, scientific publishing, science policy, intellectual property support, and roles in health technology assessment and commercialisation of biomedical innovations.

Why study at University of Melbourne

• Research-led teaching that connects core biomedical theory with contemporary laboratory practice and translational research.
• Access to experienced academics and researchers working in diverse biomedical fields — opportunities to join supervised research projects and collaborations.
• Emphasis on practical laboratory training, data analysis and communication skills valued by employers and postgraduate programmes.
• Interdisciplinary learning options and pathways to postgraduate professional and research degrees, enabling students to tailor study to career goals.
• Support services for international and pathway students, including academic skills development and career support to prepare for work or further study in the biomedical sector.