Human Performance Science (2020)
The Human Performance Science major represents a distinctive approach to sport and exercise science. It is based on four pillars; namely, strength and conditioning, exercise physiology, biomechanics and injury prevention, and psychology. The science of human performance extends beyond high performance sport and includes links to the general population, movement-related professions, exercise, nutrition and physical health.
Human Performance Science is available as a major for the Bachelor of Health, Sport and Human Performance. Human Performance Science may also be included as a second major or minor in other undergraduate degrees, subject to the approval of the Faculty in which the student is enrolled.
To complete Human Performance Science as a single major for the Bachelor of Health, Sport and Human Performance, students must gain 135 points from papers listed for Human Performance Science, including 105 points above 100 level, and 60 points above 200 level. Students must complete HPSCI101; CSMAX101 or STATS111; HPSCI201; 30 points from HPSCI202, HPSCI203, and HPSCI204; and 60 points from HPSCI301, HPSCI302, HPSCI303, HPSCI304 and SDCOA304.
To complete Human Performance Science as part of a double major for the Bachelor of Health, Sport and Human Performance or other undergraduate degree, students must gain 120 points from papers listed for Human Performance Science, including 90 points above 100 level, and 45 points above 200 level. Students must complete HPSCI101; CSMAX101 or STATS111; HPSCI201; 30 points from HPSCI202, HPSCI203, and HPSCI204; and 45 points from HPSCI301, HPSCI302, HPSCI303, HPSCI304 and SDCOA304.
To complete a minor in Human Performance Science, students must complete 60 points from the papers listed for the Human Performance Science major, including at least 30 points above 100 level.
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Prescriptions for the GradCert(HPS) and GradDip(HPS)
A Graduate Certificate and Graduate Diploma are available to graduates who have not included Human Performance Science at an advanced level in their first degree. To complete the Graduate Diploma, students must take a total of 120 points including at least 75 points at 300 level or above in Human Performance Science. Programmes of study are planned according to interests and prior academic background and experience, and intending candidates should therefore consult the Chairperson of Health, Sport and Human Performance.
For further details, contact the Faculty of Health, Sport and Human Performance.
Code Paper Title Occurrence / Location CSMAX101 The World of Data 20B (Hamilton) This paper teaches students how to build datasets for analysis in health science, and critically evaluate and effectively present the results of such analyses, using commonly used software such as Excel, R, and SPSS. Students are introduced to issues of privacy, and cultural considerations for Maori and Indigenous health. HPSCI101 Introduction to Human Performance Science 20A (Hamilton) & 20A (Tauranga) This paper will provide an introduction to Human Performance Science. STATS111 Statistics for Science 20B (Hamilton) & 20B (Tauranga) An introductory paper in statistics that uses Microsoft Excel. Topics include the collection and presentation of data, basic principles of experimental design, hypothesis testing, regression and the analysis of categorical data.
Code Paper Title Occurrence / Location HPSCI201 Exercise Physiology and Prescription 20A (Hamilton) The paper examines the physiological mechanisms, adaptations and subsequent exercise prescription that impact on performance and wellbeing. HPSCI202 Psychomotor Learning and Performance 20A (Hamilton) The paper provides a broad research-informed introduction to themes associated with perceptual and psychological factors that influence how people learn and perform movement skills. HPSCI203 Nutrition for Health and Exercise 20B (Hamilton) This paper will include an overview of nutrition in the context of sport and health related settings, with focus on understanding the roles of macro and micro-nutrients, energy balance, measurement of resting, exercising energy expenditure, chronic lifestyle related disease and influences on current diet practices. HPSCI204 Biomechanics in Sport: Functional Anatomy and Biomechanical Principles 20B (Hamilton) This paper covers basic biomechanics concepts, including static mechanics, dynamic mechanics, kinematics, and kinetics. Injury mechanics, prevention and rehabilitation principles and practices are also addressed in the context of sport.
Code Paper Title Occurrence / Location HPSCI301 Advanced Exercise Physiology and Prescription 20B (Hamilton) The paper critically examines complex physiological mechanisms and explores innovative strategies to manipulate these mechanisms to enhance fitness, performance and health. HPSCI302 Advances in Human Performance Psychology 20A (Hamilton) The paper examines historical and contemporary approaches to the psychology of human performance in physical activity, sport and other domains, with emphasis on the role of conscious and nonconscious psychological processes that underlie movement. HPSCI303 Advanced Biomechanics in Sport: Performance Enhancement and Injury Prevention 20A (Hamilton) The paper critically examines the theoretical/biomechanical concepts involved in analysing and monitoring human movement to enhance health and performance outcomes. HPSCI304 Advanced Strength Conditioning and Exercise Prescription 20B (Hamilton) This paper explores tecnological innovations in sport and human performance. It aims to investigate the various forms of technologies used to measure and monitor human performance in sport. SDCOA304 Analysing Coaching for Learning 20A (Hamilton) This paper critically examines the instructional strategies and practices adopted to promote effective instruction in selected settings. A range of technologies to support the analysis and reflection process are utilised. Students will have the opportunity to apply these in a broad range of coaching and instructional settings.
2020 Catalogue of Papers information current as of : 20 January 2020 2:00pm