The Bachelor of Biomedical Science delves into the intersections of biology and medicine, preparing students to address pressing health and disease challenges. As part of a globally recognised research community, students will gain a deep understanding of human health, exploring the origins of diseases and their impacts on the body. The course encompasses pivotal biomedical fields such as anatomy, biochemistry, immunology, and pharmacology, while also highlighting the role of epidemiology in understanding health and disease dynamics.

The Bachelor of Science (Neuroscience) offers insights into the organization and functioning of the nervous system, from nerve cells to complex behaviors. This course covers the intersection of neuroscience with other disciplines like molecular biology, psychology, and cognitive science. Students gain applicable knowledge that can be used in various fields such as drug development, brain imaging, and behavioral research. It prepares students for a range of opportunities in the ever-growing global research landscape of neuroscience and its applications in diverse sectors.

The Bachelor of Science (Physiology) educates students on how the human body functions under various conditions and environments. It covers topics from the cellular to the organ level and explores how these systems interact with each other and the environment. Students will also learn about diseases and how they affect bodily functions, gaining insights into the development of new methods for diagnosis and treatment. This knowledge is crucial for understanding both normal bodily functions and mechanisms of disease.

The Bachelor of Biomedical Science (Human Physiology) offers a comprehensive study of anatomy and physiology. Students explore detailed aspects of regional and rehabilitation anatomy, along with cardiorespiratory, renal, and neuromuscular physiology. The course delves into the correlation between gastrointestinal function, diet, nutrition, metabolism, and overall health, highlighting dietary roles in chronic diseases and developmental phases. In the concluding year, students synthesise and apply their knowledge in two pivotal units: Applied Biomedical Sciences and Integrative Physiology.

The Master of Clinical Exercise Physiology trains students to use exercise in treating musculoskeletal, cardiovascular, metabolic, and other chronic conditions. This course prepares students for the allied health industry, teaching them to develop, implement, and manage physical activity and behavioural programs for both healthy individuals and those with chronic conditions. It focuses on how exercise contributes to health and well-being, and includes the delivery of programs for preventing and managing chronic diseases and injuries in a diverse range of patients.

The Bachelor of Sport and Exercise Science prepares students for careers in providing physical activity services across various community sectors. This course imparts a robust understanding of the principles and mechanisms in sport and exercise science. Students gain the knowledge and skills essential for managing and planning activities in health, exercise science, sport, event management, and exercise therapy contexts, equipping them to effectively contribute to the field of sports and exercise.

The Bachelor of Exercise and Sport Science trains students to assist in preventing and recovering from injuries and diseases, enhancing athlete performance, and promoting wellbeing and healthy ageing. As an exercise scientist, graduates will adopt a person-centred approach, educating individuals and communities about the benefits of exercise for fostering lifelong positive exercise habits. This course imparts both theoretical knowledge and practical skills in key areas of exercise science, including biomechanics, physiology, psychology, behaviour change, and motor control and learning.