The body and mind in motion

Movement is a result of complex relationships between the body’s systems and the mind’s ability to plan, execute, and adapt physical activity. In this module, you will build a detailed understanding of how different body systems work together to produce and support movement, and how training, skill development, and psychology contribute to performance. You will explore scientific, physiological, and psychological perspectives to better understand how individuals participate in physical activity, improve their capabilities, and achieve their goals.

KIQ1: How do the systems of the body influence and respond to movement?

In this section, you will investigate how the skeletal and muscular systems interact to enable movement, including an understanding of how bones, joints, and muscles function and relate to one another. You will also explore biomechanical principles and how they apply to safe and efficient human movement. Attention will be given to how the respiratory and circulatory systems work together to deliver oxygen and remove waste products during exercise, and how factors like blood circulation and gaseous exchange support performance. You will learn how the digestive and endocrine systems contribute energy and regulate bodily functions essential for movement, and how the nervous system controls, coordinates, and responds during physical activity. You will analyse how these systems interrelate in real movement scenarios, and you will also explore how first aid principles are crucial when responding to injuries during physical activity.

KIQ2: What factors influence movement and performance?

This part of the module focuses on the energy systems that fuel physical activity. You will analyse the ATP-PCr, Glycolytic (Lactic Acid), and Aerobic energy systems, understanding how they operate, their strengths and limitations, and how they interplay depending on the intensity and duration of movement. You will learn about the critical role nutrition plays in ensuring these systems function efficiently, covering the macronutrient and micronutrient needs of active individuals. Training methods, including aerobic and anaerobic programmes, will be explored, with a focus on how to design and adapt training based on the FITT principle. You will also investigate immediate physiological responses to exercise, such as changes in heart rate, ventilation rate, stroke volume, cardiac output, and lactate levels, and investigate the physiological responses in relation to aerobic training. Finally, you will debate the value and purpose of fitness testing across different groups in society, considering both its benefits and limitations.

KIQ3: How are movement skills acquired, developed, and improved?

In this key inquiry question, you will explore how movement skills are acquired, developed and improved for recreational and elite athletes. You will examine the characteristics of learners, different stages of learning/skill acquisition, the characteristics of motor skills, and how different types of practice and feedback can support skill acquisition at various stages. You will also study the role of decision-making, strategy, and tactics in enhancing performance. Through research, you will investigate a specific sport of your choice, applying theory to real-world examples, and considering what the current research says about how movement skills are best developed and improved.

KIQ4: What is the relationship between psychology, movement, and performance?

In the final part of the module, you will analyse how psychological factors such as personal identity, motivation, and self-regulation impact an individual’s participation and performance in sport and physical activity. You will learn how both positive and negative forms of motivation, including intrinsic and extrinsic motivators, influence behaviour and outcomes. Understanding self-regulation strategies will be essential as you examine how athletes maintain focus, build resilience, and sustain long-term performance. Finally, you will investigate how communities of exercise, such as sports clubs or online fitness groups, create environments that encourage participation, build social connection, and foster group cohesion, contributing to both physical performance and mental wellbeing.