Exercise Science Resources

Learn the fundamentals of soft tissue injuries within exercise science, focusing on tendons, ligaments, and types of inflammation. Develop the ability to identify injury symptoms and classify their severity.

Analyze the body's physiological responses to exercise, focusing on changes in blood pressure, respiration, and muscle function. Understand the key feedback mechanisms involved and enhance comprehension of these physiological processes.

Explore the foundational principles of exercise programming, emphasizing the balance between skill, art, and science. Develop the ability to effectively design personalized fitness programs.

Focus on mastering the concepts of muscle elasticity, anaerobic energy systems, and glycogen storage within exercise science. Gain a comprehensive understanding of how the cardiovascular and muscular systems respond and adapt to physical activity. Achieve learning outcomes related to optimizing athletic performance and enhancing endurance through effective training strategies.

Investigate the diverse career opportunities within exercise science, emphasizing necessary qualifications and certifications. Understand pathways to becoming a certified professional, focusing on the subject matter, intended learning outcomes, and skill development essential for success in the field.

Focuses on essentials of medical imaging and diagnostic techniques in exercise science. Learners define key terms and identify healthcare applications.

Explore the core systems in exercise science, emphasizing the coordination of the nervous and respiratory systems. Understand how these systems integrate to enhance physiological responses during physical activities.

Examine foundational concepts in exercise science, focusing on biomechanics, physical education, and wellness. Develop an understanding of sport analysis, health metrics, and fitness strategies. Enhance skills in assessing physical performance and creating effective fitness plans.

Investigate the science of exercise to deepen your understanding of biomechanics, fitness guidelines, and wellness principles. Achieve knowledge about the interconnected concepts that promote physical well-being and how to apply these insights to enhance personal health and fitness.

Examine the roles and interactions of ligaments and tendons in the musculoskeletal system, focusing on how they support and facilitate movement. Analyze various types of joints and their range of motions, considering how ligament elasticity affects these movements. Aim to deepen understanding of the structural and functional aspects of these components, enhancing skills in identifying and assessing their impact on overall musculoskeletal health.

Investigate MET minutes and exercise intensity in various physical activities. Develop the ability to evaluate physical activity, aligning with established guidelines to enhance fitness levels effectively.

Examine the principles of ACSM preparticipation screening and identify key risk factors affecting cardiovascular health. Gain the ability to assess various fitness levels and recognize conditions that impact exercise participation, enhancing competence in evaluating and supporting individuals in their fitness journeys.

Explore injury management by examining the post-acute treatment and rehabilitation phases, aiming to enhance understanding of effective injury solutions and leading sports medicine practices. Focus on learning about various rehabilitation strategies, developing skills for effective injury evaluations, and integrating contemporary approaches to treatment. Gain the ability to assess recovery processes, implement tailored rehabilitation programs, and apply scientific principles in sports medicine to optimize patient outcomes.

Investigate key aspects of human anatomy and physics, focusing on bone structures, muscular functions, and motion principles. Develop the ability to identify anatomical features and apply physics laws to human movement.

Examine the muscular system by focusing on muscle types, structures, and functions. Achieve a comprehensive understanding of muscle contraction mechanisms and identify key muscle components.

Investigate essential fitness components such as cardiovascular endurance and muscular strength, along with training principles like progression and specificity. Gain understanding of how these elements enhance overall physical well-being and contribute to performance improvement.

Explore essential exercise science concepts, including muscular hypertrophy, energy pathways, and force-couple relationships, to deepen understanding of exercise mechanics and physiological responses.

Explore key actions and anatomical structures in exercise science with a focus on muscles, bones, and joint movements. Learners will gain a comprehensive understanding of exercise dynamics, enhancing knowledge and skills in this field.

Gain a comprehensive understanding of exercise science by exploring biomechanics, motor learning, and wellness topics. Develop skills in analyzing exercises and enhance physical health and education.

Explore foundational concepts in exercise physiology and human movement, focusing on biomechanics, wellness principles, and motor learning techniques. Gain a comprehensive understanding of how these elements interact to influence physical performance and overall health. Develop skills in analyzing movement patterns, applying principles of wellness to promote optimal physical conditioning, and utilizing motor learning strategies to enhance skill acquisition and retention.