BSc Sport and Exercise Science with Foundation Year
Entry requirements
UCAS tariff: 72 A level: DDD T Level: Pass BTEC: MMP GCSE: GCSE Maths and English are preferred, however if you don't have these qualifications you will be able to undertake Maths and English at Level 2 as part of your course of study Access to HE: Pass Access to HE Diploma with 60 credits: 45 at Level 3 with a minimum of Distinction: 0, Merit: 30, Pass: 15 English language: IELTS: 6.0 (with at least 5.5 in each skills area)
About this course
BSc (Hons) in Cellular Molecular and Paramedic Science and Sport and Exercise Science. Core topics include Statistics, Research Methods, and Communication & Writing. The programme begins with a foundation year before progressing to the degree, and includes a placement year typically completed between the second and final stage.
Modules
- Placement Learning and Professional Development
- Research Methods and Data Handling
- Study Skills and Research
- The Art of Sport and Exercise: A Foundation
- Fundamentals of Sport and Exercise Science
- English
- Mathematics
- Society and Culture
- Biomedical Science
- Coaching and Skill Acquisition
- Principles of Sports Biomechanics
- Academic and Research Skills for Sport and Exercise
- Principles of Sport and Exercise Psychology
- Principles of Sport and Exercise Physiology
- Introduction to Anatomy for Sport & Exercise
- Physiological Assessment for Sport, Exercise and Health
- Research Methods for Sport and Exercise
- Sport and Exercise Psychology
- Biomechanical Assessment for Sport and Exercise
- Nutrition and Metabolism for Sport and Exercise
- Strength and Conditioning
- Physical Activity and Health
- Injury Rehabilitation for Sport & Exercise Science
- Applied Notational Analysis
- Applied Sports Science
- Independent Study for Sport and Exercise
- Applied Sports Physiology
- Applied Strength and Conditioning
- Applied Sport Psychology and Behaviour Change
- Biomedical Implications of Exercise, Activity and Health
- Advanced Nutrition and Metabolism for Sport and Exercise
- Applied Rehabilitation and Risk Reduction
- Applied Biomechanics
- Advanced Performance Analysis