Credit Points 10

Legacy Code 400891

Coordinator Kylie Steel Opens in new window

Description This subject examines the scientific basis for movement and sports skill development. An understanding of the principles of movement and motor skill and how they apply to performance is examined through a range of movement tasks required for track and field athletics and some team sports. Laboratory activities will focus upon the basic movement tasks of throwing, jumping, balancing, striking, running and rotary activities. An examination of the instruments used in efficient movement analysis is undertaken.

School Health Sciences

Discipline Physiotherapy

Student Contribution Band HECS Band 2 10cp

Check your fees via the Fees page.

Level Undergraduate Level 1 subject

Incompatible Subjects HLTH 1008 - PDHPE Exploring Movement Skills HLTH 3013 - PDHPE Efficient Movement Principles

Restrictions

Students must be enrolled in program 4659 Bachelor of Health Science (PDHPE), 4549 - Bachelor of Health Science (PDHPE), 4742 Bachelor of Health Science (Health and Physical Education)-Pathway to Teaching (Secondary), 4747 Bachelor of Health Science (Health and Physical Education) or 6001 Diploma in Health Science/Bachelor of Health Science (Health and Physical Education)

Learning Outcomes

On successful completion of this subject, students should be able to:

1. Describe the basic anatomy and physiology of the body necessary as a base for efficient movement.
2. Explain basic movement and skill acquisition principles as applied to human movement, with reference to all sports.
3. Demonstrate video analysis skills in relation to sport skill and game analysis.
4. Apply scientific principles in the improvement of motor skill performance.
5. Evaluate the motor skill performance of athletes of varying levels.
6. Identify the basic physical and mechanical principles which underlie movement.

Subject Content

1. Revision of skeletal and muscular systems.
2. Movement principles: balance, force, levers, motion, momentum; associated with track and field athletics and some team sports.
3. Mechanical factors affecting motion in sport: friction, air, water resistance, gravity, impact, spin, elasticity.
4. Application of movement principles through practical sessions in a range of sports.
5. Evaluation of skill performance ? isolating specific motor patterns, determining and applying movement principles (coaching points), classifying skill to enhance performance, learning movement skills.
6. Cinematography ? use of videos for efficient movement analysis of sporting skills.
7. Practice and coaching considerations to enhance the acquisition and development of skills.