Bachelor of Biomedical and Exercise Science

3 Years On Campus Bachelors Program

Victoria University

Program Overview

The Victoria University Bachelor of Biomedical and Exercise Science combines biomedical science with human movement and exercise studies, giving students a strong understanding of human health, physical performance, and disease prevention. This program is ideal for students interested in healthcare, sports science, rehabilitation, exercise physiology, or biomedical research, while developing practical laboratory, analytical, and exercise-based scientific skills.

Curriculum Structure

Year 1

In the first year, students build foundational scientific knowledge through subjects such as Human Biosciences 1, Cells and Tissues, and Foundations of Exercise Science. Students explore human anatomy, physiology, biological systems, and movement science while developing introductory laboratory and scientific research skills relevant to health and exercise environments.

Year 2

The second year focuses on understanding body systems, disease processes, and exercise performance through units including Human Biosciences 2, Biomechanics, and Exercise Physiology. Students learn how exercise affects human function and health while strengthening their practical competencies in physiological testing, scientific analysis, and movement assessment.

Year 3

In the final year, students engage with advanced biomedical and exercise science topics such as Clinical Exercise Physiology, Motor Control and Learning, and Pathophysiology. The curriculum emphasises applied health science, rehabilitation principles, exercise prescription, and evidence-based scientific investigation to prepare students for healthcare, sports, and biomedical industries.

Focus Areas

Human physiology, exercise science, biomechanics, rehabilitation, biomedical science, anatomy, exercise physiology, motor control, health science, disease prevention.

Learning Outcomes

Develop advanced understanding of human body systems and exercise science, apply laboratory and movement-analysis techniques, evaluate exercise and rehabilitation strategies, analyse scientific data critically, communicate health and scientific findings effectively, and develop professional competencies for healthcare and exercise-related industries.

Professional Alignment (Accreditation)

The program provides strong foundational preparation for careers and postgraduate pathways in exercise science, rehabilitation, biomedical science, allied health, and healthcare industries. The curriculum combines biomedical and movement science education with practical scientific and health-focused learning aligned with contemporary industry expectations.

Reputation (Employability Rankings)

Victoria University is recognised for its strong focus on practical learning, industry engagement, and the award-winning VU Block Model®, which allows students to study one subject at a time for more focused learning. The university’s health and sport science programs are known for applied industry training, professional learning environments, and strong links with healthcare and sporting sectors.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Victoria University Bachelor of Biomedical and Exercise Science gain extensive practical experience through laboratory-based learning, exercise testing, movement analysis, and applied health science training integrated throughout the degree. The program combines biomedical science with exercise and rehabilitation studies, allowing students to develop hands-on skills in physiology, biomechanics, human movement, and clinical exercise assessment using industry-standard equipment and scientific technologies.

Through Victoria University’s applied learning model and modern sport and health science facilities, students engage with practical experiments, exercise performance testing, rehabilitation-focused activities, and collaborative scientific projects that reflect real healthcare and sport science environments. The university’s strong links with elite sporting organisations and health sectors also provide valuable exposure to professional exercise and biomedical practices:

Exercise Science Laboratories: Students undertake practical learning in specialised exercise physiology, biomechanics, and human movement laboratories equipped for fitness assessment, physiological testing, and movement analysis.
Biomedical Science Laboratories: The program includes hands-on laboratory training in anatomy, physiology, pathology, and biomedical science investigations using modern scientific equipment.
Biomechanics and Motion Analysis Technology: Students gain experience using movement analysis systems, exercise testing technologies, and performance-monitoring tools relevant to sports science and rehabilitation industries.
Clinical Exercise Physiology Training: Practical classes develop competencies in exercise prescription, rehabilitation assessment, fitness evaluation, and physiological monitoring across health and sport contexts.
Sport and Human Performance Facilities: Students benefit from access to VU’s sport science and human performance environments that support practical learning in exercise and rehabilitation science.
Collaborative Group Projects: Students participate in teamwork-based exercise assessments, scientific investigations, case studies, and health science presentations that reflect interdisciplinary healthcare and sports industry practices.
Digital Health and Scientific Tools: The degree incorporates scientific data analysis software, biomedical databases, digital movement-analysis technologies, and evidence-based research platforms.
Research-Informed Learning: Students engage with applied health and sport science research activities that strengthen analytical thinking, scientific investigation skills, and evidence-based practice.
Industry Engagement Opportunities: Victoria University’s strong connections with sporting organisations, health sectors, and exercise science industries help students understand real-world professional environments.
VU Library and Scientific Resources: Students have access to specialised biomedical, sport science, and health journals, online databases, anatomy resources, and academic learning support services.
VU Block Model® Learning Environment: The university’s award-winning Block Model allows students to focus intensively on one subject at a time, supporting more practical engagement and deeper understanding during laboratory and applied learning activities.

Progression & Future Opportunities

Graduates of the Victoria University Bachelor of Biomedical and Exercise Science are well prepared for careers across exercise science, rehabilitation, healthcare support, sport performance, and biomedical industries. The program develops strong scientific, analytical, and practical health-science skills that can lead to roles such as Exercise Scientist, Rehabilitation Assistant, Health Promotion Officer, Biomedical Laboratory Assistant, or Sports Performance Consultant, while also providing excellent preparation for postgraduate allied health pathways:

Career and Employ Services: Victoria University students can access career counselling, resume and interview preparation, employability workshops, industry networking events, and job-search support through the university’s Careers and Employ team.
Industry-Focused Practical Training: Graduates develop workplace-ready skills in exercise assessment, biomechanics, physiological testing, laboratory analysis, rehabilitation support, and evidence-based health science practice.
Strong Sport and Health Industry Connections: Victoria University is recognised for partnerships and engagement with sporting organisations, health sectors, and community wellness programs that support applied learning and professional exposure.
VU Sport and Human Performance Reputation: The university has a strong reputation in sport, exercise science, and human performance education, helping graduates build industry-relevant competencies valued across healthcare and sport sectors.
Transferable Biomedical and Exercise Science Skills: Graduates develop capabilities in scientific investigation, movement analysis, exercise prescription, laboratory practice, communication, and problem-solving applicable across multiple professional environments.
Workplace-Ready Learning Model: The VU Block Model® supports intensive, hands-on learning experiences that strengthen practical understanding, teamwork, and professional confidence.
Long-Term Qualification Value: The degree provides strong foundational preparation for allied health, rehabilitation, sports science, and biomedical career pathways while supporting future professional accreditation opportunities through postgraduate study.
Professional Development Opportunities: Students benefit from academic mentoring, employability initiatives, industry engagement activities, and career-focused support services throughout their studies.
Graduation Outcomes: Graduates are equipped for employment in exercise and rehabilitation settings, community health organisations, sport performance environments, biomedical industries, and healthcare support services.

Further Academic Progression:
After completing the Bachelor of Biomedical and Exercise Science, students may continue into postgraduate study such as Master of Clinical Exercise Physiology, Master of Physiotherapy, Master of Public Health, Master of Sport Science, or biomedical and rehabilitation-focused research degrees. The program also provides strong preparation for advanced study and professional pathways in allied health, exercise rehabilitation, sports medicine, and PhD-level health science research.