Overview

The human body is an extraordinarily intricate system, and understanding how it functions in health and fails in disease underpins nearly every advance in modern medicine. The BSc (Hons) Biomedical and Health Sciences at Adelaide University brings laboratory science and the wider health sector together in one coherent program. Students move from the foundations of anatomy and physiology towards the causes, diagnosis and treatment of illness, supported by dedicated anatomy laboratories where real human specimens are studied. The structure is flexible, with eight majors available and the option to pair two of them or add electives to shape an individual direction. Teaching is informed by current research and led by respected academics, and the program stays closely connected to the needs of industry. A research or industry placement under qualified supervision adds practical experience in a professional setting. The course suits curious students who want to contribute to health discoveries, and it gives them transferable skills valued across research and healthcare.

What You’ll Learn

Core studies in health systems and introductory health research

Human anatomy and physiology across two foundational courses

Cross-cultural and First Nations perspectives on health and care

Professional skills in communication, teamwork, problem-solving and time management

Interdisciplinary common core studies covering ethics, data literacy and the responsible use of AI

A choice of eight majors: Biochemistry, Clinical Trials, Genetics, Medical Science, Microbiology and Immunology, Neuroscience, Public Health, and Reproductive and Childhood Health

Elective courses or a second major to broaden expertise

A capstone research or industry placement in a professional setting

Learning Outcomes

By the end of the course, graduates will understand human biology at several levels, from molecular and cellular processes through to organ systems and population health, and will be able to explain how disease arises, is diagnosed and is treated. They will be able to evaluate scientific evidence critically and apply research methods to real-world health problems. They will also consider those problems through cross-cultural and First Nations perspectives, alongside ethical and data-informed reasoning. Practical work in laboratories, anatomy facilities and research projects builds skills in investigating, analysing and reporting findings. Training in communication, teamwork, problem-solving and time management prepares them for professional environments. Through their chosen major or majors, students develop specialist depth in areas such as genetics, neuroscience, public health or clinical trials. The capstone placement lets them apply that expertise in a research or workplace setting, leaving them ready for further specialisation or a role within the health sector.