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Exercise Science
The Bachelor of Science degree, with a major study in Exercise
Science, involves 3 years of full time study and the completion
of 144 credit points including at least 24 credit points at 300-level.
This degree represents the first 3 years of the 4-year professional
Bachelor of Exercise Science and Rehabilitation degree program.
Graduates are trained to utilise exercise as an intervention to
maintain health and fitness in healthy individuals. Graduates may
become full members of the Australian Association for Exercise and
Sports Science (AAESS) although further study maybe required to
achieve professional accreditation.
Students wishing to transfer into the professional 4-year Bachelor
of Exercise Science and Rehabilitation degree program may apply
for transfer upon completion of the second year of the program.
The BSc (Exercise Science) is designed to meet the pre-requisite
subject requirements for entry into the Graduate Diploma in Science
(Exercise Rehabilitation) or the Master of Science (Exercise Rehabilitation)
postgraduate degree programs which lead to professional accreditation,
as an Exercise Physiologist or a Sports Scientist, by AAESS.
For the Bachelor of Science (Exercise Science) Degree the following
subjects must be undertaken:
| Year 1 |
|
|
| BMS101 |
Systemic Anatomy |
6 |
| BMS103 |
Human Growth, Nutrition and Exercise |
6 |
| CHEM101 |
Chemistry 1A: Physical and General Chemistry (or
CHEM104) |
6 |
| PSYC101 |
Introduction to Behavioural Science |
6 |
| BMS112 |
Human Physiology I: Principles and Systems |
6 |
| BIOL103 |
Molecules, Cells and Organisms |
6 |
| CHEM102 |
Chemistry 1B: Organic and Physical Chemistry (or
CHEM105) |
6 |
| STAT151 |
Introduction to the Concept and Practice of Statistics |
6 |
| Year 2 |
|
|
| BMS202 |
Human Physiology II: Control Mechanisms |
6 |
| BMS211 |
Foundations of Biomechanics |
6 |
| BIOL213 |
Principles of Biochemistry |
6 |
| PSYC216 |
Psychology of Physical Activity |
6 |
| BMS203 |
Musculoskeletal Functional Anatomy |
6 |
| BMS204 |
Introduction to Pathophysiology |
6 |
| BMS242 |
Exercise Physiology |
6 |
| Plus a further subject from: |
| BIOL214 |
Biochemistry of Energy and Metabolism |
6 |
| MGMT102 |
Communications |
6 |
| POP101 |
Population Health - current issues & their
determinants |
6 |
| POP220 |
Behavioural Change for Population Health |
6 |
| Year 3 |
|
|
| BEXS351 |
Exercise Prescription 1: Strength and Conditioning |
8 |
| BMS342 |
Advanced Exercise Physiology |
8 |
| BEXS352 |
Exercise Prescription 2: Aerobic Fitness |
8 |
| plus a further three subjects from: |
| BMS354# |
Practicum in Exercise Science |
8 |
| BMS302 |
Research Topics |
8 |
| BMS344 |
Cardiorespiratory Physiology |
8 |
| BMS352 |
Fundamentals of Neuroscience |
8 |
| BEXS401 |
Ergonomics |
8 |
| BMS300 |
Regional Anatomy |
8 |
| BMS303 |
Research Topics in Exercise Science |
8 |
| BMS341 |
Clinical Biomechanics |
8 |
| BMS345 |
Advanced Topics in Pathophysiology |
8 |
| BMS346 |
Motor Control and Dysfunction |
8 |
or other approved subjects.
# Pre-requisite: BMS203, BMS242. This subject is for BSc (Exercise Science)
and BSc (Exercise Science and Nutrition) students only.
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