Weight Training Course

Lesson 1 • Safety and Injury Prevention

Teaches spotting, equipment inspection, and emergency response. Safety habits established here apply to every PE lesson.

Lesson 2 • Anatomy and Muscle Function

Covers major muscle groups, joint mechanics, and movement planes. Provides anatomical context essential for all subsequent exercise selection and programme planning.

Lesson 3 • Weight Training Terminology

Defines sets, reps, load, tempo, and rest intervals. Shared vocabulary enables precise communication throughout the course.

Lesson 4 • Sports Hall Equipment Orientation

Identifies free weights, machines, cables, and accessories. Correct equipment selection reduces injury risk and supports exercise variety.

Lesson 1 • Hip Hinge Pattern Mechanics

Isolates posterior chain loading through deadlift-pattern movements. Distinguishes hip hinge from squat to prevent lumbar compensation.

Lesson 2 • Push Pattern Mechanics

Covers horizontal and vertical pressing mechanics for chest, shoulders, and triceps. Scapular stability is emphasised to protect the shoulder joint.

Lesson 3 • Carry and Core Stability Patterns

Introduces loaded carries and anti-rotation exercises as functional movement foundations. Core stability transfers directly to all compound lifts.

Lesson 4 • Pull Pattern Mechanics

Develops horizontal and vertical pulling strength for back and biceps. Proper lat engagement and shoulder positioning prevent impingement.

Lesson 1 • Barbell Bench Press

Develops horizontal pressing strength through proper arch, grip, and bar path. Shoulder safety is prioritised through scapular positioning cues.

Lesson 2 • Barbell Back Squat

Teaches bar placement, descent, and ascent mechanics for the back squat. Builds lower-body strength as the cornerstone of most training programmes.

Lesson 3 • Barbell Overhead Press

Builds vertical pressing strength with emphasis on core bracing and bar path. Differentiates strict press from push press for programming purposes.

Lesson 4 • Conventional and Sumo Deadlift

Covers setup, grip, and pull mechanics for both deadlift stances. Posterior chain development supports athletic performance and daily function.

Lesson 1 • Lower-Body Isolation Exercises

Targets quads, hamstrings, glutes, and calves through machine and free-weight isolation. Addresses muscle imbalances that affect squat and deadlift performance.

Lesson 2 • Sequencing Accessory Work

Explains how to order accessory exercises after compound lifts for maximum benefit. Fatigue management and muscle priority guide accessory placement.

Lesson 3 • Core Isolation and Stability Work

Develops rectus abdominis, obliques, and deep stabilisers through targeted exercises. Core strength directly improves bracing capacity in all compound lifts.

Lesson 1 • Recovery and Deload Strategies

Explains supercompensation, deload weeks, and sleep's role in adaptation. Planned recovery prevents overtraining and sustains long-term progress.

Lesson 2 • Progressive Overload Principles

Defines load, volume, density, and frequency as overload mechanisms. Systematic progression is the primary driver of long-term strength adaptation.

Lesson 3 • Periodisation Models

Compares linear, undulating, and block periodisation for different training goals. Selecting the right model aligns programme structure with desired outcomes.

Lesson 4 • Building a Training Block

Guides pupils through designing a four-to-eight-week training block from scratch. Integrates all programme variables into a cohesive, goal-specific plan.

Lesson 1 • Adjusting Nutrition Over Time

Teaches how to reassess and modify intake as body weight and performance change. Adaptive nutrition prevents plateaus and sustains body composition progress.

Lesson 2 • Pre- and Post-Workout Nutrition

Covers nutrient timing strategies to fuel performance and accelerate recovery. Peri-workout nutrition maximises the anabolic window around training sessions.

Lesson 3 • Energy Balance and Caloric Needs

Explains total daily energy expenditure and caloric surplus or deficit for body composition goals. Caloric targets form the foundation of any nutrition plan.

Lesson 4 • Hydration and Micronutrients

Addresses fluid intake, electrolyte balance, and key vitamins and minerals for trainees. Micronutrient deficiencies impair recovery and hormonal function.

Lesson 1 • Managing Fatigue with Advanced Methods

Balances high-intensity techniques with recovery to prevent overreaching. Fatigue management ensures advanced methods enhance rather than hinder progress.

Lesson 2 • Cluster Sets and Wave Loading

Applies intra-set rest and ascending load waves to maximise strength output. These methods allow heavier loads with maintained technique across sets.

Lesson 3 • Accommodating Resistance Methods

Introduces bands and chains to alter the strength curve of compound lifts. Accommodating resistance overloads the lockout and improves rate of force development.

Lesson 4 • Tempo Manipulation and Time Under Tension

Uses eccentric, isometric, and concentric tempo variations to alter stimulus. Tempo manipulation targets hypertrophy, strength, or motor control specifically.

Lesson 1 • Programme Evaluation and Adjustment

Teaches how to assess programme effectiveness using performance and body composition data. Systematic evaluation enables evidence-based adjustments for continued progress.

Lesson 2 • Hypertrophy-Focused Programme Design

Structures moderate-rep, high-volume programmes to maximise muscle growth. Hypertrophy programmes balance mechanical tension, metabolic stress, and muscle damage.

Lesson 3 • Strength-Focused Programme Design

Builds programmes around low-rep, high-load training with long rest periods. Strength programmes prioritise neural adaptation and compound lift performance.

Lesson 4 • Fat Loss Programme Design

Combines resistance training with caloric deficit strategies to preserve muscle. Training density and frequency are adjusted to support fat loss without overtraining.