OSHAA 30-Hours Professional Diploma in Exercise Physiology

Learning Outcomes

Introduction to Exercise Physiology and Homeostasis (3 Hours)

This unit introduces the scientific foundations of exercise physiology, focusing on how the human body responds and adapts to physical activity. Learners explore the concept of homeostasis and understand how the body maintains internal balance during rest and exercise. The session also examines acute physiological responses to exercise stress and long-term adaptations that occur with regular training, establishing a framework for understanding performance, health, and recovery.

Cardiovascular and Respiratory Responses to Exercise (4 Hours)

This section explores how the cardiovascular and respiratory systems work together to meet the increased demands of exercise. Learners examine changes in heart rate, stroke volume, cardiac output, ventilation, and breathing efficiency across different exercise intensities. Emphasis is placed on oxygen transport and utilisation, as well as long-term cardiovascular adaptations such as improved endurance, efficiency, and aerobic capacity resulting from consistent training.

Muscle Structure, Function, and Adaptation (4 Hours)

This unit focuses on the anatomy and physiology of skeletal muscle, including muscle fibre types and their functional characteristics. Learners gain an understanding of muscle contraction mechanisms and force production. The session also covers adaptations to resistance training, such as muscle hypertrophy and neural improvements, highlighting how structured training enhances strength, power, and muscular endurance.

Energy Systems and Metabolic Function During Exercise (5 Hours)

This unit examines how the body produces energy to support physical activity. Learners explore the ATP-PC, glycolytic, and oxidative energy systems and how each contributes to performance at varying intensities and durations. The relationship between metabolism, nutrition, and exercise performance is analysed, enabling learners to understand how energy availability influences training outcomes and fatigue management.

Hormonal Regulation and Endocrine Responses to Physical Activity (3 Hours)

This section explains the role of the endocrine system in regulating exercise responses and recovery. Learners identify key hormones involved in energy regulation, muscle growth, stress response, and adaptation. The unit also explores how different types of training influence hormonal balance and how long-term exercise leads to beneficial endocrine adaptations that support performance and overall health.

Neuromuscular Function and Motor Control in Exercise (3 Hours)

This unit focuses on the interaction between the nervous system and muscles during movement. Learners examine neuromuscular pathways, motor unit recruitment, and coordination patterns that enable efficient movement. The impact of training on neuromuscular efficiency, skill development, and movement control is analysed, highlighting the importance of neural adaptations in performance enhancement.

Principles of Training and Physiological Adaptation (5 Hours)

This unit introduces key training principles such as overload, specificity, progression, and reversibility. Learners develop the ability to design structured training programmes that target specific physiological adaptations. The unit also emphasises evaluating training outcomes and making informed adjustments to programmes to ensure continuous improvement and long-term progression.

Exercise Prescription for Health and Chronic Disease Management (3 Hours)

This final unit focuses on the application of exercise physiology in health promotion and disease management. Learners explore how physical activity supports the prevention and control of chronic conditions such as cardiovascular disease, diabetes, and obesity. Emphasis is placed on developing safe, effective, and evidence-based exercise prescriptions tailored to individuals with diverse health needs in both clinical and community settings.