• the contribution of energy systems in specific activities
• the interplay of energy systems
• energy contributions and fatigue

Application of the effects of training on physical performance.

• analysis of the demands of physical activity
• measurement and monitoring of fitness and energy components relevant to participation and performance
• training principles and methods specific to fitness factors and to physical activities
• chronic adaptations related to training methods

How does biomechanics affect physical activity and movement.

• generating force — sequential force, anthropometry, Newton’s laws
• speed and motion in sport — motion, inertia, momentum 
• achieving distance — leverage, angle and speed of release
• achieving and maintaining equilibrium — dynamic and static

Practical application of learning theories.

• coaching methodologies — linear and non linear
• socio-cultural considerations around constraints of games
• ethical strategies to promote integrity and fair participation
• game-based approaches and pedagogies (e.g. Game Sense, TGfU) and how they can be explored and manipulated to enhance inclusivity and equity
• sports education model

• the role of feedback and its effect on learning and performance
• giving and receiving feedback

• making sense of movement concepts and strategies to improve participation and/or performance
• application of concepts and strategies in unfamiliar contexts