Victoria University
3 years full time or longer for part time
This dual-disciplinary degree combines biomedical science and exercise science to prepare graduates for careers in medical research, public health, and sports science. Ideal for students interested in understanding how the body functions during exercise and in disease states.
Applicants require completion of an Australian Senior Secondary Certificate (VCE or equivalent) with a minimum ATAR of 57.30. Required subjects include a study score of at least 25 in English (EAL) or 20 in any other English, plus a study score of at least 20 in two of the following: Biology, Chemistry, Health & Human Development, any Mathematics or Physical Education. Alternative pathways are available for VET/TAFE graduates, those with prior higher education study, or mature-age applicants with work and life experience.
The course comprises 288 credit points across three years. First-year core units include Biomechanics, Functional Anatomy of the Trunk and Limbs, Human Physiology 1 and 2, Chemistry 1A and 1B, and Exercise and Sport Psychology. Year 2 covers Exercise Interventions for Healthy Populations, Rehabilitation Anatomy, Pathophysiology 1 and 2, Medical Biochemistry, Sports Biomechanics, Motor Learning, and Cardiorespiratory and Renal Physiology. Year 3 includes Advanced Exercise Physiology, Research Methods, Exercise Is Medicine, Advanced Nerve and Muscle Physiology, Motor Control, Research Project, Exercise Biochemistry and Integrated Metabolism, and Corrective Exercise Prescription and Injury Management.
Victoria University is equipped with new medical research facilities at Sunshine Hospital and exercise and sport science facilities at Footscray Park campus. The course is closely linked with the University's Institute for Health and Sport (IHES) and a Collaborative Research Network in partnership with the University of Melbourne and the Australian Institute of Musculoskeletal Science (AIMSS). VU is ranked in the top 3% of universities worldwide and is award-winning for the VU Block Model and skills development.
Graduates can pursue careers in medical, public health, and sporting sectors including government, industry, and research organizations. Many graduates undertake further study in clinical exercise science, sports science, biomedical science, dietetics, education, or doctoral studies. Career opportunities include positions in scientific research organizations, sporting science organizations, and health research institutions.
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