Kick off your career in sport and exercise rehabilitation with a Bachelor of Exercise Science (Clinical Practice) at VU. In our Exercise Science (Clinical Practice) degree, you'll develop a solid understanding of the science that underpins sport and exercise. You'll work with new ideas and technologies, and gain knowledge and skills for a professional career in clinical exercise physiology, rehabilitation, sport science or human movement. At VU, you'll learn from world-leading experts in sport studies, and enjoy access to our state-of-the-art facilities. You'll benefit from our sports industry connections, with professional placements and industry networking opportunities. This course focuses on using exercise for rehabilitation, covering a range of biological and social sciences and humanities subjects, including: biomechanics clinical exercise pathophysiology nutrition and diet motor learning. Join a group of VU graduates known to be strong performers in the sports industry due to their practical experience. Careers in exercise, fitness and rehabilitation This course provides you with a broad range of skills and knowledge for a rewarding career in the rapidly growing sports and exercise industry. You could work in exercise science, clinical and sports rehabilitation, personal training, health and fitness instructing, lecturing, or exercise and sport rehabilitation research. Example jobs include: exercise physiologist personal fitness trainer exercise and sport scientist in professional sport sport nutritionist exercise rehabilitation special populations training - elderly, young, people with a disability community fitness and health services. Course structure To attain the Bachelor of Exercise Science (Clinical Practice), students will be required to complete 288 credit points consisting of: 96 credit points of First Year Core units 192 credit points of Professional Core units Learning outcomes On successful completion of this course, students will be able to: 1. Provide exercise interventions for apparently healthy populations, including high performance and recreational athletes, and the general population; 2. Integrate the biological and social scientific knowledge and professional skills that underpin professional practice in the fields of clinical exercise science; 3. Critically analyse and synthesise knowledge gathered from clinical exercise science research; 4. Exercise judgement to solve routine exercise science problems using social, ethical, economic, regulatory and global perspectives; 5. Operate as an independent and collaborative professional who can communicate knowledge and ideas clearly and coherently; 6. Critically apply clinical exercise science knowledge and skills to solve routine problems in clinical practice settings; 7. Adapt legal and ethical frameworks in order to work effectively in socially and culturally diverse communities and contexts; and 8. Continue to develop a broad and coherent body of professional clinical practice so as to undertake postgraduate studies and research in exercise rehabilitation and related fields.