BSc (Hons) Sport and Exercise Science Bachelor's degree at Huddersfield

Two branches of science, anatomy and physiology provide the foundation for understanding the body's parts and functions. You'll be supported to develop an underpinning knowledge and understanding of the human body systems that are of most relevance to sport, exercise and health, as well as homeostatic control and how this relates to the pathophysiology of disease.

You'll be provided with a foundation knowledge within the area of nutrition, bioenergetics and metabolism. The relationship between what we eat, and nutrition will be explored by looking at the importance of the food groups that make up the diet, the nutritional needs for different population groups and the link between diet and disease. You'll also look at the role of macronutrients in the diet in terms of how energy is provided and metabolised.

Biomechanics is the study of the forces acting on and produced by the body. You'll be supported to develop an understanding of the academic and practical skills required of a sport and exercise scientist, providing you with knowledge to interpret biomechanical principles that govern human motion. Biomechanics is one of the key sport and exercise science disciplines recognised by British Association of Sport and Exercise Sciences.

This module will investigate how people think, feel and behave in a sport and exercise context. You'll have the opportunity to improve diet, exercise and physical activity levels, and gain an understanding of psychological skills and their influence on sports performance and exercise and dietary behaviour.

In this module you'll explore the specific roles of the coach in the context of youth sport. You'll be provided with opportunities to develop practical skills including communication and demonstration skills. It will also help you gain an understanding of underpinning principles of coaching including models of youth development, positive youth development through sport, and coaching styles.

This module focuses on establishing an understanding of the research process and developing the academic skills required to progress in higher education and successfully complete the course. You'll examine essential areas such as essay and report writing, referencing and the use of Summon in searching for information. You'll explore concepts of research design and the research process and you'll identify where support can be accessed to enable academic progression. This module will also introduc

Biomechanics is one of the key sport and exercise science disciplines recognised by the British Association of Sport and Exercise Sciences. Within this module you'll build on your understanding of the basic Biomechanical principles and will be supported in your development of an understanding of how these principles can be applied to real life situations. You'll also be introduced to more advanced aspects of biomechanical theory and practice.

In the first part of the module you'll learn about the nutritional and metabolic significance of energy and the role of the macro and micronutrients in the body. This will include their function, requirements, dietary sources and the effects of deficiency and toxicity. In the second part of the module you'll apply this knowledge to explore the relationships between diet and disease. This will include looking at the link between diet and diseases of affluence including obesity, diabetes, cardiova

The body is an incredibly advanced and complex machine. Millions of processes occur at any given time, from the cellular level all the way up to whole-body level; and that is just at rest. When the body is 'challenged' by physical exertion, our nervous system and muscles become more active, initiating an exciting and intricate series of processes. This module is designed to expose you to classic and contemporary issues in sport and exercise physiology, uncovering both the fascinating way our bod

You'll be introduced to a variety of methods and approaches that are widely used in sport and exercise psychology when working with population groups. In sport psychology, you'll apply and evaluate sport psychology theory in a practical coaching setting. In exercise psychology, you'll explore why many individuals do not meet current recommended physical activity levels and look at theories of motivating and encouraging them to do so. You'll learn how to conduct, transcribe and interpret an inter

This module will help you further develop the skills and knowledge of research methods you learnt in Year 1, supporting you to produce a more considered research proposal for your final year project. You'll focus on the applications of research methods to different kinds of problems, allowing experiential learning to take place. This will help you to become better equipped to undertake your own research and offer a critique of the research of others.

This module provides the opportunity to gain work experience in an industry placement and develop an understanding of the core purpose and management of the organisation. You'll complete 100 hours on placement where you'll identify, develop and maintain a role as a working member of the team, appreciating the rights and responsibilities of yourself and the organisation.

You'll have the opportunity to develop practical research skills by investigating a specific aspect of sport, exercise or nutrition by reviewing the most up-to-date research literature available. You'll produce a project, which will be individually negotiated with a university appointed supervisor and, in some cases, an employer or work-based supervisor who will provide ongoing support. All research projects will be approved by the University's School Research and Ethics Panel.

This module is designed to give you an advanced understanding of human physiology within a sport and exercise context. Building on study in Years 1 and 2, you will explore how we respond and adapt to sport and exercise in a variety of contexts. You will also explore the scientific evidence for using an active lifestyle as a treatment for a range of long-term conditions, such as cardiovascular disease, diabetes, and cancer, to develop the knowledge and skills to plan safe and effective exercise i

In this module you'll focus on the practical application of basic and advanced principles of biomechanics. Application of biomechanical principles can aid athletes and coaches in improving performance and technique, as well as aiding recovery and rehabilitation. You'll be supported in both the development of your practical skills and in your understanding and interpretation of data produced from biomechanical tests.

This module explores current practice in applied sport psychology and will introduce you to intervention techniques that are widely used. You'll have the opportunity to apply the knowledge gained in this module to undertake problem solving and design appropriate interventions.

The role of a strength and conditioning coach is one that is constantly evolving, requiring not only the ability to coach, but also the ability to critically understand developments in the science of exercise training and injury management. This module will explore the scientific principles that underpin effective application of strength and conditioning training interventions to optimise and develop training programmes. It will also introduce you to information and skills that provide the frame

What we eat affects our health; for athletes, the optimum diet is essential for optimum performance. Consequently, nutrition is of direct relevance to sport, exercise and health professionals. Throughout this module you'll be encouraged to develop the knowledge, understanding and skills necessary to critically evaluate nutritional requirements and to give evidence-based advice to a range of individuals within sport, exercise and health.