
On completion of this unit the learner will be able to understand the:
Structure and function of the skeleton
Joints of the skeleton
Muscular system
Life-course of the musculoskeletal system and its implications for special populations and exercise
Structure and function of the respiratory system
Structure and function of the circulatory system
Nervous system and its relation to exercise
Energy systems and their relation to exercise
The heart and circulatory system play crucial roles in maintaining overall health and are significantly influenced by exercise. This content will delve into the anatomy and function of the heart and circulatory system, the impacts of exercise on cardiovascular health, and the benefits of regular physical activity.
Explore how endurance training boosts cardiovascular fitness and endurance through long sessions that engage slow twitch fibers, while resistance training creates hypertrophy and strength via short, high-intensity sets.
Examine how joint structure, including ligaments and cartilage, shapes range of motion and movement, and how compromised joints raise injury risk during activity, with examples from shoulder, knee, and elbow.
Explore how lever systems classify joints via the interaction of applied force, fulcrum axis, and resistance load, and distinguish first, second, and third class lever types shaping joint movements.
Insufficient stabilization weakens local stabilizers such as the transversus abdominis and multifidus, reducing spinal stability and increasing injury risk, while pelvic floor muscles support pelvic organs and help maintain continence.
Explore how abdominal adiposity increases spinal load and causes poor posture, diminishing movement efficiency. Learn how posture-related muscle imbalances and joint stiffness alter movement patterns and raise injury risk.
Explore how postural deviations cause musculoskeletal pain, decreased mobility, reduced performance in physical activities, and increased injury risk, and how they contribute to osteoarthritis and disc degeneration.
Explore dynamic stretching to boost flexibility, mobility, and blood flow while activating muscles; learn form, start gently, and gradually increase, using it as a warm-up before sports or strength training.
Motor units transmit signals from the CNS to muscles, causing contraction. Small motor units innervate fewer fibers for precise control, while large units enable greater force.
Explore how the nervous system regulates bodily functions and movement by receiving stimuli, transmitting action potentials along neurons, and coordinating responses from sensory receptors to the CNS and motor effectors.
Explore how muscle proprioceptors in muscles and tendons provide nervous system feedback on length, tension, and position to support proprioception, including the stretch reflex and muscle spindles.
Explore how insulin and glucagon from the pancreas regulate blood sugar, thyroid hormones govern metabolism, and growth hormone from pituitary stimulates growth alongside adrenal corticosteroids and catecholamines in stress response.
Energy contribution varies by duration, type, and intensity. Short, high-intensity efforts rely on ATP-CR, while longer efforts depend on aerobic metabolism, with anaerobic energy before transitioning to aerobic work.
Explore how the PCR system yields ADP and inorganic phosphate, and how anaerobic glycolysis generates lactate lowering pH, while aerobic metabolism produces carbon dioxide and water with minimal fatigue.
Structure and arrangement of exercise programs influence energy replenishment and ATP levels, with intervals enabling replenishment and reducing fatigue, while carbohydrate intake timing boosts energy stores for recovery and performance.
Explore how the shoulder complex—scapula and clavicle—along with the humerus, radius, ulna, and hand bones (carpals, metacarpals, phalanges) support arm and shoulder movements and enable dexterity and fine motor skills.
Classify bones by shape into four main types: long, short, flat, and irregular, with examples like the femur, humerus, carpals, tarsals, skull, ribs, and vertebrae.
Explore actions produced by specific muscle group contractions, and review nutrition topics, including the RDA definition for daily intake and the glycemic index with low, medium, and high categories.
Examine the nutritional principles and key features of national food models, such as MyPlate and the Eat Well Guide, promoting a balanced diet with visual portion cues.
Explore portion sizes within national food models like MyPlate and the Eat Well guide, using visual plate diagrams to achieve a balanced diet.
Identify evidence based nutrition information from reliable sources, including USDA and NIH guidelines, and expert reviewed resources from the Academy of Nutrition and Dietetics and the American Society for Nutrition.
Set professional role boundaries for offering nutritional advice within your scope of practice; dietitians and nutritionists provide guidance, while others refer clients to specialists, following ethical, confidentiality, and evidence-based practices.
Understand the nutritional requirements and hydration needs of physically active clients, including carbohydrates from whole grains and fruits, proteins (including plant-based), for muscle repair, healthy fats, and iron, calcium, magnesium.
Our Level 3 Personal Training Qualification is designed to equip learners with the skills, knowledge, and competence required to work independently as a personal trainer. This comprehensive course covers one-to-one training, baseline assessments, nutritional advice, and the development of progressive programming tailored to the unique needs of each client.
Learner Entry Requirements:
Before enrolling in the Level 3 Certificate in Personal Training, learners must possess the necessary foundational knowledge at Level 2. Therefore, a Level 2 Certificate in Fitness Instructing (Gym) or an equivalent qualification is required. The course demands physical exertion, and individual participation is essential, so a certain level of physical fitness is necessary. Additionally, there is a focus on communication skills (discussing, presenting, reading, and writing) and the application of numbers, requiring basic skills at Levels 3 and 2, respectively.
This qualification is ideal for individuals committed to pursuing a professional career in personal training, enhancing their expertise, and providing exceptional service to clients. It opens up various opportunities for career advancement and specialization in the fitness industry, allowing trainers to inspire and motivate clients towards healthier lifestyles and fitness goals.
Please note that upon completion you will recieve a certificate of completion but this is not the fully accredited level 3 version of the qualification allowing you to work in the industry. If you would like to attain that version of the qualification please contact us on Support@fitfastacademy.com or 07907075500