Principles of Training

Overview

In this second lesson of the unit “Training for Peak Performance”, students explore the Principles of Training and how they apply to both aerobic endurance and strength-based performance. Students use media, class discussion, and small-group thinking tools to connect principles to real training scenarios.

Learning intentions

• WALT: We are learning to understand and explain the Principles of Training.
• Students will be able to describe key training principles and why they matter for performance and safety.
• Students will apply principles to simple aerobic and strength training examples.
• Students will justify training decisions using evidence-informed reasoning.

Success criteria

• I can accurately describe at least 4 Principles of Training.
• I can link each principle to either aerobic training or strength training with a clear example.
• I can explain how the principle supports performance outcomes and/or reduces injury risk.
• I can reflect on two principles and explain why they are interesting or useful.

Curriculum links

• Applying movement and training concepts to support health, safety, and performance decisions.
• Understanding how physical activity and training affect the body over time (adaptation, recovery).
• Evaluating factors that influence participation and performance, including effectiveness and injury prevention.
• Using health and movement information to make informed choices about training.

Lesson structure (60 minutes)

1. 5 min – Hook video (Engage and provoke)

• Show a short video depicting poor athletic performance caused by improper training principles (e.g., inconsistency, doing too much too soon, poor recovery).
• Ask students to write one sentence: “What principle might be missing or misapplied?” Then share two quick responses.

2. 10 min – Explicit introduction (What are the principles?)

• Teacher explains the Principles of Training and why they guide safe, effective improvement in both aerobic and strength training.
• Use quick prompts: “Which principle helps the body adapt?” and “Which principle prevents setbacks?” Emphasise that different goals (endurance vs strength) still rely on the same foundations.

3. 10 min – Guided overview (PowerPoint with examples)

• Present a structured set of principles using graphics and short clips from successful athletes.
• For each principle, briefly state: what it is, why it matters, and how it might look in aerobic vs strength contexts (e.g., steady progression vs resistance loading and recovery).
• Students complete a 2-column quick note: “Principle” and “Aerobic or Strength link”.

4. 15 min – Small-group mind map (Apply)

• Students form groups of 4–5 and create a mind map titled “Principles of Training: Aerobic and Strength Links”.
• Each group includes at least 6 principles total, with each principle clearly connected to either aerobic training or strength training (or both if appropriate).
• Require one example sentence per principle (e.g., “This applies to aerobic training because…”). Remind them to include at least one injury prevention or recovery link.

5. 10 min – Gallery share (Check understanding)

• Groups share their mind maps (1–2 minutes each). Teacher circulates with a checklist: accuracy of principle descriptions, clarity of links, and use of examples.
• Capture 2–3 “excellent links” on the board for class consensus.

6. 7 min – Reflective summary (Exit strategy)

• Individually, students write a short reflective summary: identify two principles they found most interesting and explain why they would use them when designing training for peak performance.
• Prompt: “In my future training plan, I will use ___ and ___ because…” Include one performance benefit and one safety/recovery consideration.

7. 3 min – Closure and next-lesson preview

• Teacher highlights how these principles will be used to build an effective training plan in lesson 3.
• Students submit reflections and leave with one “principle to remember” on a sticky note (teacher collects for formative feedback).

Resources

• Device and projector for video playback (audio on, short clip)
• PowerPoint slides with graphics and athlete clips
• Student mind map template (A3 or A4) plus markers/coloured pens
• Guided notes sheet (simplified principle definitions and space for quick examples)
• Example training scenario cards (optional for groups needing a starter)
• Board/chart paper for class summary points
• Exit ticket template for reflective summary
• Timer for timed sharing and group work

Assessment

• Formative: teacher checklist during gallery share (accuracy and linking principles to aerobic/strength contexts).
• Formative: exit ticket reflection (ability to describe at least two principles with clear justification and correct reasoning).
• Summative-aligned evidence: groups’ mind maps showing at least 4 correct principles and appropriate application.

Differentiation

• Support: provide guided notes with simplified definitions, sentence starters (“This principle helps by…”, “In aerobic training, it looks like…”), and a word bank (progression, recovery, overload, specificity, variability, individuality—teacher selects suite consistent with slides).
• Support: allow students to choose 4–6 principles to include first, then add more once their links are correct.
• Extension: advanced learners research (independently or with teacher-provided prompt text) an additional principle not yet on the class slides and present it as a mini “principle card” to their group during the mind map task.
• EAL/SEN: pre-teach key terms using visuals in the guided notes; offer sentence frames for examples and reflections; provide a reduced writing option (short paragraph or bullet justification) without reducing required reasoning.

Extension (optional)

• Case study build: in their mind map or as an extra task, students create a brief case study of an athlete (real or hypothetical) where one principle is the focus. They must include: the athlete’s goal, what training they would do, what went wrong previously, and how applying the principle would improve outcomes (and safety).