Planning and Evaluating Training Programmes
Welcome to your study guide for Planning and Evaluating Training Programmes! Whether you are a keen athlete or just getting started with Physical Education, understanding how to build and evaluate a training programme is essential. In this chapter, you will discover how athletes move from general fitness to peak performance, how to apply key training principles, and how to choose the right training methods to achieve real results.
Don't worry if some of these terms seem new at first. We will break everything down step-by-step so that you can tackle your CCEA GCSE exam with confidence!
1. Fitness for Health vs. Fitness for Performance
Before planning any training session, a coach or athlete must know their goal. In CCEA GCSE PE, we divide physical fitness into two main categories:
• Physical Fitness for Health: This is the baseline level of appropriate and sufficient exercise required to maintain basic bodily functions and prevent disease. It is about staying healthy, feeling good, and managing everyday tasks without feeling exhausted.
• Physical Fitness for Performance: This is a higher level of regular exercise aimed at optimizing athletic capabilities for specific sports. A marathon runner, a Gaelic footballer, or a competitive swimmer requires fitness that goes far beyond basic health needs to compete successfully.
Aerobic vs. Anaerobic Energy Production
To plan a training programme, you also need to know which energy system your sport relies on:
• Aerobic Energy Production: Energy generated with the use of oxygen. This occurs during longer, steady activities such as jogging, distance cycling, or continuous swimming.
• Anaerobic Energy Production: Energy generated without the use of oxygen. This occurs during short, explosive bursts of high-intensity activity such as a 100m sprint, a heavy weight lift, or a fast counter-attack in netball.
Common Examiner Trap to Avoid:
CCEA examiners frequently report that students confuse "fitness for health" with "fitness for performance". Remember: health is about disease prevention and everyday well-being; performance is about reaching optimal athletic standards for competitive sport!
Section Key Takeaway: Always identify whether an athlete is training for baseline health or competitive performance, and match their training to the correct energy system (aerobic or anaerobic).
2. The Principles of Training: The SPORT Framework
To make sure training is effective and safe, coaches follow the SPORT principles. These rules ensure an athlete improves without getting injured or bored.
S – Specificity
Training must be relevant and specific to the individual, their sport, and their specific goals. For example, a goalkeeper needs training focused on reaction time, agility, and power, rather than running 10 miles at a steady pace.
P & O – Progressive Overload
Progressive Overload means gradually increasing the stress placed on the body during training. If you do not challenge your body, your fitness will stay the same (plateau). By slowly increasing the workload, your muscles and cardiovascular system adapt and get stronger.
R – Reversibility
Fitness cannot be permanently stored! If an athlete stops training due to injury, illness, or lack of motivation, their fitness levels will drop. This is often known as the "use it or lose it" rule.
T – Tedium
Doing the exact same workout day after day leads to boredom, reduced effort, and mental burnout. Coaches must keep training varied and engaging to maintain motivation.
Section Key Takeaway: Remember the acronym SPORT: Specificity, Progressive Overload, Reversibility, and Tedium.
3. Structuring Your Workload: The FITT Principle & Training Thresholds
How do we actually apply Progressive Overload in practice? We adjust the four variables of the FITT principle:
• Frequency: How often you train (e.g., training 4 times a week instead of 3).
• Intensity: How hard you train (e.g., running faster, lifting heavier weights, or working at a higher heart rate).
• Time: How long each training session lasts (e.g., cycling for 45 minutes instead of 30 minutes).
• Type: The method of training used (e.g., continuous training, fartlek, or circuit training).
Measuring Intensity: The RPE Scale & Heart Rate
Examiners love to see precise ways of measuring intensity rather than just saying "work harder".
• Rate of Perceived Exertion (RPE): CCEA uses an RPE scale ranging from 1 (very light) to 10 (maximum intensity). Athletes can use this numerical scale to gauge how hard their body is working.
• Heart Rate: Measuring beats per minute (bpm) to ensure the athlete is working in the correct training zone.
Official CCEA Thresholds & Guidelines
• Aerobic Health Guidelines: For general health benefits, CCEA guidelines suggest engaging in 3 hours of vigorous activity or 4 hours of moderate activity each week.
• Muscular Strength and Endurance Thresholds: To build muscular strength and endurance, training should occur at least 3 times weekly.
Don't Forget Flexibility!
Top Tip from the Chief Examiner: High-scoring students always remember to include flexibility as a core component of a well-rounded training programme. Stretching prevents injury, increases the range of motion around joints, and aids recovery.
Section Key Takeaway: Use FITT (Frequency, Intensity, Time, Type) to progressively overload the body. Track intensity using Heart Rate or the RPE scale (1 to 10), and always include flexibility work.
4. Methods of Training
When selecting the Type of training, you must pick a method that matches the energy systems and movements of the sport.
1. Continuous Steady Pace (CSP)
• What it is: Exercising at a constant, steady intensity without any rest breaks.
• Best for: Long-distance runners, triathletes, and general aerobic health.
• Example: Jogging or cycling at a steady pace for 40 minutes at an RPE of 5 or 6.
2. Interval Training
• What it is: Periods of high-intensity work alternating with structured periods of rest or low-intensity recovery.
• Best for: Sprinters, games players (rugby, hockey), and anaerobic power.
• Example: Sprinting at maximum effort (RPE 9–10) for 20 seconds, followed by 40 seconds of slow walking, repeated 8 times.
3. Fartlek Training
• What it is: A Swedish term meaning "speed play". It involves varying speed, intensity, and terrain throughout the session without stopping.
• Best for: Team sports players (e.g., Gaelic football, soccer) where athletes constantly switch between sprinting, jogging, walking, and changing direction.
• Example: Jogging around a park, sprinting up a steep hill, walking for 30 seconds to catch your breath, then running at 75% pace along a flat path.
4. Circuit Training
• What it is: A series of different exercises (stations) arranged in a specific order and completed in rotation.
• Best for: Developing both muscular endurance and aerobic fitness in an engaging, customizable format.
• Example: Completing 6 stations (press-ups, shuttle runs, sit-ups, skipping, squats, plank) for 45 seconds each, with 15 seconds rest between stations.
Section Key Takeaway: Choose the training method that mirrors the sport: Continuous for steady aerobic endurance, Interval for pure speed and power, Fartlek for varied pace/terrain, and Circuits for all-round muscular and cardiovascular conditioning.
5. Planning and Evaluating: Exam Success Checklist
When answering exam questions where you have to design or evaluate a training programme for a named athlete, follow this checklist to secure maximum marks:
Step 1: Check Specificity
Does the training match the athlete's sport, muscle groups, and energy system (aerobic or anaerobic)?
Step 2: Check Progressive Overload and FITT
Did you explain how to increase the difficulty gradually over time? Mention adjustments to Frequency, Intensity (referencing the 1–10 RPE scale or heart rate), or Time.
Step 3: Prevent Reversibility and Tedium
Does the programme maintain consistency so fitness isn't lost? Is there enough variety across sessions to keep the performer motivated?
Step 4: Include Flexibility and Rest
Did you schedule warm-ups, cool-downs, flexibility exercises, and rest days for recovery and muscle repair?
Step 5: Apply to the Scenario
Examiner Warning: Avoid generic answers! If the question asks about a field hockey midfielder, talk about the specific sprint-and-jog demands of hockey, using Fartlek or interval methods, rather than giving a vague, one-size-fits-all response.
Final Review Summary:
• Health vs. Performance: Basic health maintenance vs. peak athletic capability.
• SPORT: Specificity, Progressive Overload, Reversibility, Tedium.
• FITT: Frequency, Intensity (RPE 1–10), Time, Type.
• Methods: Continuous Steady Pace, Interval, Fartlek ("speed play"), Circuit.
• Key Thresholds: 3 hrs vigorous / 4 hrs moderate weekly for aerobic health; at least 3 sessions weekly for muscular strength/endurance.