Curious about studying PG Dip Sport and Exercise Physiologyat Leeds Beckett University? We've gathered all the key details—entry requirements, modules, fees, and more. Hear from real students by checking out reviews, or take the next step by booking an open day to explore it for yourself.
Postgraduate Diploma
Headingley Campus
Full Time
Sep 2027
1 Year
Study the functions and responses of the main human systems during exercise and develop your data collection and analysis skills. Taught at one of the largest providers of sport in UK higher education – this course will give you an in-depth understanding of the physiological and metabolic effects of exercise and training. You’ll develop the practical skills required to meet the specific needs of the client, be it optimal performance or improved health. As part of your course, you’ll: Build knowledge, expertise and applied experience from working with athletes Develop clinical exercise physiology skills working alongside physiologists and doctors on a research project Or Gain clinical exercise physiology skills working with athletes through the university's commercial screening services Tailor your learning With the flexibility to select from a range of modules covering different aspects of sport and exercise physiology, you’ll be able to specialise in an area matched to your career ambitions. If you’re studying the MSc, you’ll explore different research methods before conducting a major independent study related to your specific area of interest.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
Gain an in-depth and critical understanding of the acute physiological responses of the exercising human body in a systemic approach. You'll focus on the integrated responses of the cardiovascular, respiratory, muscular and metabolic systems in a variety of contexts: health and disease, sea level and altitude and under thermoregulatory stress. Optional modules may also be available for this course.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
Explore different styles and approaches to designing research and analysis in the field of sport, exercise and physical activity. You'll develop a critical perspective on theory and evidence, providing the foundation for your own master's level research. Upon completion, you'll be able to analyse and synthesise the strengths and weaknesses of various quantitative and qualitative methodologies, as well as methods of data collection and analysis. You'll also have the know-how to propose and justify alternative solutions and modifications to address contemporary research questions and practical challenges. Optional modules may also be available for this course.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
This module aids the development of early career evidence-informed practitioners aligned with the professional standards and ethical codes required by relevant accrediting bodies and job roles. It supports your continuing professional development, enabling progression towards professional registration or further study. Alongside studying this module, you could gain specific professional qualifications to raise your awareness of the interdisciplinary nature of the practitioner's role. Optional modules may also be available for this course.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
Gain a detailed and critical understanding of the application of cardiopulmonary exercise testing (CPET) in populations with cardiovascular and pulmonary conditions. You'll explore the use of interpretative algorithms for the cardiopulmonary test data. As well as an intensive introduction to electrocardiography, you'll study survival statistics as they are used in clinical exercise physiology research. You'll also evaluate the contribution of exercise testing to diagnosis and prognosis for the above conditions. Optional modules may also be available for this course.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
Examine the evidence supporting advanced exercise testing and prescription methods. You'll discuss technological advancements and their application to sports physiology with the aim to enhance elite performance. This module provides the theoretical knowledge and critical skills for you to evaluate and apply such methods within the field of sports physiology. Optional modules may also be available for this course.
You must also complete at least two out of the three remaining physiology modules below: Clinical Exercise Testing, Evidence-Based Practice in Sports Physiology, Mechanisms of Adaptation in Exercise Training.
Study the mechanisms that connect chronic exercise training and physical inactivity with health and disease. You'll gain new insight and an appreciation of the importance of physical activity in preventing and treating cardiometabolic disorders. You'll achieve further development through reflection and critical awareness of contemporary issues and analytical techniques used in disease management and research. Upon completion, you'll have a greater understanding of the symbiotic relationship between high quality research and optimal practice in health and disease management. Optional modules may also be available for this course.
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