Weightlifting Course

Lesson 1 • History and Evolution of the Sport

Traces weightlifting from ancient origins to modern Olympic competition. Establishes cultural and competitive context that informs current training standards.

Lesson 2 • Goal Setting and Athlete Profiling

Introduces methods for assessing baseline fitness and setting measurable lifting goals. Profiles guide individualised programme design from the start.

Lesson 3 • Sport Regulations and Weight Classes

Covers competition rules, weight categories, and equipment standards. Athletes understand how regulations shape training and competition strategy.

Lesson 1 • Weightlifting Equipment Essentials

Covers barbells, bumper plates, platforms, and collars used in training and competition. Correct equipment selection directly affects performance and safety.

Lesson 2 • Personal Protective Gear

Reviews weightlifting shoes, belts, wrist wraps, and chalk and their appropriate use. Proper gear selection supports technique and reduces injury risk.

Lesson 3 • Gym Layout and Safety Protocols

Defines spatial requirements, bail-out zones, and emergency procedures for a lifting facility. A well-organised environment minimises accident risk during training.

Lesson 1 • Mobility and Flexibility Requirements

Defines joint range-of-motion standards needed for safe lifting positions. Mobility deficits are linked to common technique faults and injury risk.

Lesson 2 • Muscle Activation Patterns

Examines sequencing of muscle recruitment across lift phases. Understanding activation order helps coaches cue corrections and athletes self-monitor technique.

Lesson 3 • Force, Leverage, and Bar Path

Explains how force production, joint angles, and bar trajectory interact during lifts. Students apply leverage principles to optimise pulling and receiving positions.

Lesson 4 • Biomechanical Fault Analysis

Teaches systematic identification of movement deviations using biomechanical criteria. Students connect anatomical limitations to observable technique errors.

Lesson 1 • Turnover and Overhead Receiving

Covers the pull-under, elbow turnover, and catch in the overhead squat position. A stable receiving position is essential for completing the lift legally.

Lesson 2 • First Pull: Floor to Knee

Teaches controlled bar separation from the floor through the knee position. Proper first-pull mechanics set the bar path for the explosive second pull.

Lesson 3 • Snatch Setup and Starting Position

Establishes foot placement, grip width, and body angles at the start of the snatch. A consistent setup is the foundation for every subsequent lift phase.

Lesson 4 • Second Pull and Triple Extension

Develops the explosive hip, knee, and ankle extension that accelerates the bar upward. Maximum power output in this phase determines lift height and success.

Lesson 1 • Clean-and-Jerk Drill Progressions

Sequences drills from hang clean to full clean-and-jerk with incremental loading. Drill variety targets common fault points identified in earlier biomechanics study.

Lesson 2 • Split Jerk Footwork and Lockout

Covers split stance mechanics, foot landing, and overhead lockout in the split jerk. Proper footwork distributes load safely and allows recovery to standing.

Lesson 3 • Clean Second Pull and Catch

Develops explosive extension and the front rack receiving position in the clean. A solid front rack protects the wrists and enables a strong jerk.

Lesson 4 • Jerk Dip and Drive

Teaches the controlled dip and explosive leg drive that launches the bar overhead in the jerk. Consistent dip depth and direction are critical for bar path accuracy.

Lesson 1 • Core and Trunk Stability Training

Targets anti-flexion, anti-rotation, and bracing capacity essential for safe heavy lifting. Core stability protects the spine and transfers force efficiently between lower and upper body.

Lesson 2 • Pressing and Overhead Strength

Builds overhead stability and pressing power through strict press, push press, and jerk variations. Overhead strength supports the receiving position in both competition lifts.

Lesson 3 • Pull Variations and Deadlifts

Develops pulling strength through snatch pulls, clean pulls, and Romanian deadlifts. Pull strength directly transfers to bar acceleration in the second pull.

Lesson 4 • Accessory Program Design

Teaches how to select, sequence, and load accessory exercises within a weekly plan. Students prioritize accessories based on individual weakness profiles established earlier.

Lesson 1 • Load Management and Progression

Applies intensity, volume, and density variables to drive progressive overload safely. Students calculate and adjust loads using percentage-based and RPE methods.

Lesson 2 • Microcycle and Session Design

Designs weekly training schedules and individual session structures for weightlifters. Session sequencing maximizes quality of competition lift practice.

Lesson 3 • Macrocycle and Mesocycle Planning

Structures annual and multi-week training blocks around competition calendar targets. Macrocycle design ensures athletes peak at the right time.

Lesson 4 • Peaking and Competition Preparation

Structures the final weeks before competition to maximize strength expression and readiness. Taper protocols reduce fatigue while preserving peak performance capacity.

Lesson 1 • Warm-Up Room Strategy

Plans warm-up timing, attempt count, and loading relative to competition clock. Proper warm-up room execution ensures athletes are primed at the right moment.

Lesson 2 • Attempt Selection and Management

Teaches principles for selecting opening, second, and third attempts in both lifts. Smart attempt selection maximizes total while managing risk of no-lift outcomes.

Lesson 3 • Understanding Competition Format

Reviews the structure of a weightlifting meet from weigh-in to medal ceremony. Familiarity with format reduces anxiety and supports strategic decision-making.

Lesson 4 • Mock Competition and Debrief

Simulates a full competition environment for practical application of all course skills. Structured debrief identifies performance gaps and sets post-competition training priorities.