University of Technology Sydney

What you'll study

This research master's combines advanced training in research methods with an independent research project (minor thesis or major research project), enabling you to investigate questions in exercise physiology, biomechanics, sport science, performance analysis, physical activity and public health.

• Research methods and statistics: advanced quantitative and qualitative methods, experimental design, longitudinal and multilevel modelling, signal processing and data visualisation.
• Specialist disciplinary modules: topics commonly taken include exercise physiology, biomechanics of human movement, motor control and learning, sports performance analysis, exercise and health psychology, and applied nutrition for sport.
• Laboratory and field techniques: laboratory-based physiological testing, wearable sensor and motion-capture techniques, force measurement, electromyography, and ecological sports analysis.
• Research ethics and governance: responsible conduct of research, human ethics applications and data management practices.
• Independent research project: a supervised research thesis or project where you apply methods to an original question, culminating in a written thesis and often a conference-style presentation.

Study structure typically combines coursework units that build research skills with a substantial supervised research component. You will work under academic supervision, with opportunities to collaborate with industry partners, elite sport organisations or community health programmes depending on your topic.

Entry requirements

• Academic qualification: a recognised bachelor degree in sport/exercise science, kinesiology, physiotherapy, biomedical science, psychology or a closely related discipline. Applicants with an honours degree or substantial research experience are particularly competitive.
• Research preparation: evidence of quantitative or laboratory experience is highly desirable; relevant professional experience in sport or exercise settings can be considered.
• English language proficiency: applicants whose prior study was not in English must meet the university's English language requirements through recognised tests or qualifications.
• Application materials: a CV, academic transcripts and the names of referees are typically required. Some applicants may be asked to submit a brief research proposal or statement of research interests to align with potential supervisors.

Career prospects

Graduates move into research and applied roles across sport, health and higher education. Typical career pathways include:

• Progressing to doctoral study (PhD) and careers in academic research and teaching.
• Research scientist or research officer roles in universities, government health agencies and private research institutes.
• High-performance support roles such as exercise physiologist, biomechanist, performance analyst or applied sports scientist with professional teams and sporting organisations.
• Policy, programme evaluation and consultancy roles in public health, community sport and corporate wellness sectors.

Why study at University of Technology Sydney

• Applied, industry-connected research: UTS has a strong emphasis on translational research and maintains partnerships with sporting organisations, health services and industry, providing opportunities for applied projects and placements.
• Research infrastructure: access to contemporary laboratories, wearable technology and motion-analysis facilities supports hands-on training in both laboratory and field settings.
• Supervision and research community: you will be supervised by academics active in sport and exercise research, with opportunities to join research groups and present at seminars and conferences.
• Location and collaboration: based in Sydney, UTS offers proximity to elite sporting institutes, professional clubs and multidisciplinary health research networks that can enhance the real-world impact of your research.