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Postgraduate - Edith Cowan University

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Students will also be trained in the interpretation and delivery of<br />

results to clients.<br />

SPS4110 20 Credit Points<br />

Applied Biomechanics in Strength and Conditioning<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This Unit provides knowledge and experiences for students in<br />

qualitative and quantitative methods for analyzing human<br />

movement, equipment, and biological and non-biological<br />

materials. Students will apply the principles of biomechanics in an<br />

analysis, study and reporting of selected strength and conditioning<br />

exercises. In particular, students will be encouraged to develop<br />

skills in the use of video for movement and technique analysis. A<br />

selection of advanced topics will be explored in both theory and<br />

practice.<br />

SPS420T 20 Credit Points<br />

Advanced Motor Control<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit examines practical and theoretical aspects relating to<br />

scientific investigation of human sensory and motor system<br />

function. Movement disorders are used as a model to understand<br />

the role of neuromuscular components.<br />

SPS510O 20 Credit Points<br />

Preparation of Thesis Proposal<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

The background research and proposal for the Honours or Masters<br />

project.<br />

SPS510P 20 Credit Points<br />

Thesis Development<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

Prerequisite :<br />

SPS5101 Preparation of Thesis Proposal<br />

The implementation and submission of the Honours project.<br />

SPS510Q 20 Credit Points<br />

Thesis Development<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

Prerequisite :<br />

SPS5101 Preparation of Thesis Proposal<br />

The implementation and submission of the Honours project.<br />

SPS510R 20 Credit Points<br />

Thesis Development<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

Prerequisite :<br />

SPS5101 Preparation of Thesis Proposal<br />

The implementation and submission of the Honours project.<br />

SPS510S 20 Credit Points<br />

Research Methods in Sports Science<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit is designed to provide students with the required<br />

background knowledge in research design, implementation and<br />

statistical analysis for conducting a postgraduate research project<br />

in Sport and Exercise Science. It also aims to assist students in the<br />

process of developing a research proposal.<br />

SPS510T 20 Credit Points<br />

Special Topics in Sports Science<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit provides students in the Sports Science postgraduate<br />

program with an opportunity to conduct a small research project<br />

in an area of interest. Students will be required to present their<br />

results at a seminar attended by fellow students and academic<br />

staff. Students will be required to submit a project report in a<br />

format suitable for presentation to a scholarly organisation.<br />

SPS5111 20 Credit Points<br />

Masters Thesis<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit involves the implementation of the Master of Research<br />

Project.<br />

SPS5112 20 Credit Points<br />

Reading and Conference<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit provides students in the Masters program in Sports<br />

Science with the opportunity to formulate a substantial project in<br />

their chosen area of study. With approval from the course<br />

coordinator, a supervisor or supervisors will be allocated to<br />

provide guidance and scholarly discourse on the topics of<br />

literature review, research methods and, if appropriate, data<br />

collection.<br />

SPS5113 20 Credit Points<br />

Research and Computer Methods in Strength and<br />

Conditioning<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit will present modules in various aspects of computers<br />

and technology for research, measurement, data analysis and<br />

presentation. Students will develop basic skills and knowledge in<br />

the use of computers and the Internet to enhance their<br />

effectiveness as strength and conditioning professionals.<br />

Furthermore, the ability to search for research information,<br />

critically evaluate and interpret will be explored and developed.<br />

SPS5116 20 Credit Points<br />

Injury Prevention and Rehabilitation<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit is designed to provide the strength and conditioning<br />

specialist with an understanding of the rehabilitation of common<br />

musculoskeletal sporting injuries. Students will learn practical and<br />

theoretical aspects of exercise rehabilitation with an emphasis on<br />

the transition between acute management and exercise<br />

commencement, to long term management as part of the strength<br />

and conditioning plan. Aspects of programming to minimise and<br />

prevent injury will be covered.<br />

SPS5119 20 Credit Points<br />

Current Issues in Strength and Conditioning<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit will present modules that are topical in strength and<br />

conditioning. These may include;<br />

exercise induced muscle damage, resistance training in the<br />

elderly, disabled, pre-pubescents, cancer and Alzheimers patients.<br />

Furthermore, management issues such facility layout and<br />

scheduling and developing policy and procedures may also be<br />

discussed.<br />

SPS520O 20 Credit Points<br />

Social Psychology of Athletic Coaching<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

This unit will focus on the social, cultural and psychological<br />

aspects of sport and exercise that encourage life long<br />

participation. Students will appraise strategies used to promote<br />

participation and develop research skills that will enable them to<br />

undertake field based projects.<br />

SPS530O 20 Credit Points<br />

Quantitative Methods in Biomechanics<br />

FACULTY OF COMPUTING, HEALTH AND SCIENCE<br />

Prerequisite :<br />

SPS530O Quantitative Methods in Biomechanics or an equivalent<br />

unit approved by the Course Co-ordinator.<br />

This unit is designed to provide the student with the quantitative<br />

skills required in the area of Biomechanics. An emphasis will be<br />

upon those methods which are routinely used in the analysis of<br />

sports techniques, aetiology and rehabilitation of sports injuries.<br />

Such methods include videography, electromyography and<br />

dynamometry. The processes that are required to obtain such data<br />

are also discussed. The knowledge and skills will enable students<br />

to conduct independent scientific study in addition to critically<br />

assessing quantitative methods used in the related literature.<br />

ECU <strong>Postgraduate</strong> Course Guide 2008 309

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