CCEA Level 3 Advanced GCE in Sports Science and the Active Leisure Industry
Official qualification regulated by Ofqual, awarded by CCEA. Classified as a GCE A Level.
Course Syllabus & Study Modules
Complete breakdown of verified curriculum topics and learning objectives.
Practical Sports Performance
Performance Analysis
- Use technology to analyse performance
- Identify strengths and weaknesses
- Provide feedback for improvement
Practical Sports Performance
Practical Performance in Two Sports
- Demonstrate skills and techniques in two sports
- Apply tactics and strategies
- Evaluate own performance
Practical Sports Performance
Skill Acquisition
- Distinguish between cognitive, associative, and autonomous stages of skill learning, citing behavioural characteristics
- Evaluate the effectiveness of different practice structures (e.g., blocked, random, variable) for enhancing skill retention and transfer
- Compare intrinsic and extrinsic feedback types and appraise their role in shaping motor programmes
- Analyse the impact of positive, negative, bilateral, and zero transfer on the planning of progressive skill development
Practical Sports Performance and Analysis
Performance Analysis
- Use video analysis to assess performance
- Collect and interpret quantitative data
- Provide feedback to improve performance
Practical Sports Performance and Analysis
Practical Performance
- Demonstrate effective performance in a sport
- Apply tactics and strategies
- Evaluate own performance
Psychological and Sociological Principles of Sports Performance
Group Dynamics and Leadership
- Describe group cohesion and its effects
- Explain leadership styles in sport
- Discuss the role of a coach
Psychological and Sociological Principles of Sports Performance
Sport Psychology
- Compare and contrast trait, situational, and interactional approaches to personality in sport
- Evaluate achievement motivation and attribution theories in explaining athlete behaviour
- Analyse the relationship between arousal and performance using drive theory, inverted-U hypothesis, and catastrophe theory
- Distinguish between state and trait anxiety and their consequences for sporting performance
- Assess the effectiveness of SMART goal setting in enhancing motivation and performance
- Apply goal setting principles to design a psychological skills training programme for a specific athlete
Psychological and Sociological Principles of Sports Performance
Sociology of Sport
- Explain the relationship between sport and society
- Discuss social stratification in sport
- Analyse the impact of media on sport
Psychological and Sociological Principles of Sports Performance
Sport Sociology
- Analyse the role of sport in society
- Examine social stratification and inequality in sport
- Evaluate the impact of media and commercialisation
- Critically appraise functionalist, conflict, and interactionist perspectives on sport
- Assess the role of sport in social mobility and community cohesion
Scientific Principles of Sports Performance
Energy Systems
- Describe the three energy systems
- Explain how energy is produced for exercise
- Discuss the recovery process
Scientific Principles of Sports Performance
Respiratory System
- Identify the structures of the respiratory system
- Explain the mechanics of breathing
- Describe gaseous exchange
Scientific Principles of Sports Performance
Skeletal System
- Identify the major bones of the human skeleton
- Describe the functions of the skeleton
- Explain the classification of bones
Scientific Principles of Sports Performance
Muscular System
- Identify the major muscles of the body
- Describe the types of muscle contraction
- Explain the sliding filament theory
Scientific Principles of Sports Performance
Cardiovascular System
- Analyze the relationship between heart structure and its function in systemic and pulmonary circulation
- Interpret the phases of the cardiac cycle in relation to pressure changes and valve actions
- Evaluate the acute and chronic cardiovascular responses to aerobic and anaerobic exercise
- Compare and contrast the neural and hormonal control of heart rate during rest and exercise
- Assess the impact of training on stroke volume, cardiac output, and oxygen delivery
Scientific Principles of Sports Performance (Internal Assessment)
Biomechanics
- Analyse a specific sporting movement using the correct planes and axes terminology
- Explain the mechanical advantage of different lever classes with sporting examples
- Apply Newton's three laws of motion to explain linear and angular motion in sport
- Evaluate the role of impulse in changing momentum during a sporting action
- Examine the relationship between centre of mass, base of support, and stability in static and dynamic situations
- Justify how biomechanical principles can be used to improve technique and reduce injury risk
Scientific Principles of Sports Performance (Internal Assessment)
Biomechanical Analysis
- Analyse movement using biomechanical principles
- Use technology to measure performance
- Apply findings to improve technique
Scientific Principles of Sports Performance (Internal Assessment)
Fitness Testing and Training
- Conduct fitness tests for different components
- Design a training programme
- Evaluate the effectiveness of training
Scientific Principles of Sports Performance (Internal Assessment)
Physiological Testing
- Conduct a range of physiological fitness tests using standardised protocols and equipment
- Analyse and interpret test results with reference to normative data and statistical measures
- Design a progressive, sport-specific training programme based on individual test outcomes
- Evaluate the validity and reliability of selected fitness tests for different athletic populations
- Justify the selection of training methods using physiological principles and test evidence
- Assess health and safety risks associated with physiological testing and programme delivery
The Active Leisure Industry
Customer Service and Marketing
- Explain the importance of customer service
- Describe marketing strategies in active leisure
- Evaluate the impact of social media
The Active Leisure Industry
Event Management
- Plan a sports event
- Manage resources and risk
- Evaluate event success
The Active Leisure Industry
Employment in the Active Leisure Industry
- Identify key job roles across the public, private, and voluntary sub-sectors of the active leisure industry.
- Analyse typical career pathways from entry-level positions to senior management, including lateral movement opportunities.
- Evaluate the relative importance of vocational qualifications, academic degrees, and professional certifications for career advancement.
- Explain how transferable skills such as leadership, communication, and digital literacy are essential in active leisure roles.
- Discuss the impact of technological advancements and the gig economy on employment structures and working patterns.
- Assess the influence of demographic changes and health policy on workforce demand and skill shortages in the sector.
The Active Leisure Industry
Customer Service in the Active Leisure Industry
- Explain the principles of customer service
- Describe how to meet customer needs
- Evaluate the impact of poor customer service
The Active Leisure Industry
Structure of the Active Leisure Industry
- Analyse the interrelationships between public, private, and voluntary sector organisations in delivering active leisure opportunities.
- Evaluate the economic significance of the active leisure industry within the UK economy, citing relevant data.
- Compare the roles of national governing bodies, local authorities, and commercial providers in promoting physical activity.
- Assess the impact of industry structure on participation rates across different demographic groups.
- Explain how funding models vary across sectors and influence service delivery.
The Active Leisure Industry
Structure of the Industry
- Differentiate between the public, private, and voluntary sectors in active leisure provision.
- Evaluate the impact of national governing bodies on participation levels.
- Assess the role of local authorities in community sport development.
- Analyse the influence of commercial fitness providers on industry standards.
- Categorise the functions of organisations such as Sport England, UK Coaching, and CIMSPA.
- Examine current trends including digital fitness platforms and inclusive leisure initiatives.
The Active Leisure Industry
Health and Safety in the Active Leisure Industry
- Identify key pieces of health and safety legislation relevant to the active leisure industry, such as the Health and Safety at Work Act (NI) 1978.
- Explain the five-step risk assessment process (identify hazards, decide who might be harmed, evaluate risks, record findings, review) and apply it to a leisure centre scenario.
- Discuss the legal and ethical responsibilities of facility managers in maintaining a safe environment, including regular equipment checks and staff training.
- Evaluate the effectiveness of different control measures used in leisure facilities to mitigate common risks, such as slips, trips, and drowning.
- Analyse the role of the Health and Safety Executive (HSE) in enforcing legislation and providing guidance to the leisure sector.
Regulatory & Verification Details
- Qualification Number (QN)
- 601/8905/8
- Regulated Status
- Available to learners
- Awarding Body
- CCEA
- Qualification Type
- GCE A Level
- Operational Start
- Sept 2016
- Operational End
- Aug 2029