Postgraduate courses
Postgraduate courses

Sport and Exercise Sciences

  • Sport and Exercise Sciences

Why study at Roehampton

  • You will have access to excellent sport and exercise science laboratories
  • There will be an opportunity to undertake work placements at organisations such as Nuffield Health, the Lawn Tennis Association, Queen Mary’s Hospital Gait Laboratory and a number of London football clubs - Read more
  • Innovative ways of learning to help you develop essential skills for employment 
  • Best new university in London for research (Times Higher Education 2014 REF Results).

Gain in-depth knowledge of how the body and brain is affected by exercise. By understanding the science behind sport and exercise, you will learn the best way to optimise athletic performance, prevent injuries and help with recovery. These are the skills that biomechanists, physiologists, and psychologists use every day to get the best out of footballers, athletes and other sports players. Using specialised equipment, you will study the latest theory and practice of sport and exercise science, preparing yourself for a rewarding career in the sports industry.

More details

Year-by-year summary

First year

You are introduced to the three key academic disciplines that make up sport sciences – physiology, psychology and biomechanics – and you develop a range of skills for studying sport and exercise. Modules include:

  • Introduction to Physiology and Fitness Assessment
  • Biomechanical Analysis of Movement
  • Introduction to Sport and Exercise Psychology.
Second year

Modules are available in:

  • Applied Sport and Exercise Physiology
  • Psychology of Peak Performance
  • Applied Biomechanics.
Third year

The choice of modules on offer enables you to tailor your programme to your specific interests. In addition, there is an opportunity to carry out an independent research dissertation in an area that interests you. Modules include:

  • Training Programme
  • Advanced Topics in Psychology
  • Biomechanics: Performance and Injury.

Teaching methods

We draw on innovative approaches to learning and teaching to give students the best possible experience of study. Practical laboratory work helps students to reinforce the theory learnt in lectures. For example, in biomechanics, a practical involving students altering the position of their arms and legs while being spun on a frictionless turntable helps explain the theory of conservation of momentum and the relationship between moment of inertia and angular velocity.

Innovative approaches to assignments within sport sciences include a poster presentation for Nutritional and Environmental Influences on Performance with criteria based on the BASES conference guidelines and a website designed to give nutritional advice to a specific group of people. Previous topics have included:

  • the role of protein in the diet of novice weightlifters
  • calcium and iron deficiencies in female gymnasts
  • nutritional recovery strategies for exhaustive endurance exercise.

First Year Recommended Reading

  • Hall, S. J. (2006)Basic Biomechanics, 5th edition, London: McGraw-Hill HE
  • McArdle, W. D., F. I. Katch & V. L. Katch (2006) Exercise Physiology – Energy, Nutrition and Human Performance, 6th edition, Philadelphia: Lippincott, Williams & Wilkins
  • Weinberg, R. S. & D. Gould (2011) Foundations of Sport and Exercise Psychology (5th edition). Champaign, Il: Human Kinetics
  • Wilmore and Costill (2007) Physiology of Sport and Exercise, Illinois: Human Kinetics

Example modules

  • Applied Sport & Exercise Physiology.
  • Biomechanics: Performance & Injury.
  • Psychology of Peak Performance.

Career options

This course is ideal for students interested in working in the fitness industry or within the world of sport as sports therapists, coaches, and personal trainers, teachers, lecturers or within sport development and administration.

UCAS code

C602

Level

Undergraduate

BSc

Single honours

Entry tariff

280 points

Specific entry requirements »

General entry requirements »

Department

Life Sciences »

Duration

3 years (full-time), 5–7 years (part-time)

Tuition fees

£9,000 (2015; UK/EU) »

£12,000 (2015; International) »

Cash scholarships and bursaries available »

Programme outline

View the full details »

View Key Information Set »

Further information

Contact our Enquiries team
enquiries@roehampton.ac.uk »
+44 (0)20 8392 3232

Undergraduate open day

Wednesday 11 February 2015

 
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