Fundamentals of Exercise Science

Delve into the Basics of General Physiology, Training Science Fundamentals, and Functional Exercise Concepts to build effective exercise programs. This course emphasizes systematic thinking over rote memorization, focusing on understanding the body's natural adaptations to exercise.

We'll explore the key physiological adaptations and responses that occur when you start exercising, analyzing complex systems from a simple perspective. Key topics include:

• Physiological Adaptations: Understand how your body changes in response to training.
• Muscular Adaptations: Learn about the changes happening within your muscles.
• Hypertrophy: A deep dive into muscle growth – a crucial element of strength and fitness.
• Neurological, Cardiorespiratory & Connective Tissue Adaptations: Discover how these systems respond to exercise.
• Endocrine System Responses: Understand the hormonal impact of training.
• Energy Systems & Training: Learn how to optimize your energy production for peak performance.

Training Science Fundamentals:

Gain a solid foundation in training principles, including:

• Muscle Contraction Types: Master the different types of muscle contractions and their implications for exercise selection.
• Strength Training Principles: Apply the 3 basic laws of strength training for effective results.
• Volume, Intensity & Frequency: Learn how to tailor your training based on these key variables.
• Anatomical Planes: Understand how to design exercises using anatomical planes for balanced development.
• Strength Classification: Learn about rep ranges and set schemes to achieve specific training goals.
• Strength Training Methods: Explore various methods and their effectiveness for different strength levels.

Functional Exercise & Exercise Design:

Master the art of functional exercise:

• Exercise Progression: Learn how to safely increase or decrease the difficulty of exercises based on your fitness level.
• Exercise Selection: Discover the best starting points for different fitness levels.
• Exercise Design: Understand the key components of a well-designed exercise program.

Practical Application:

• Equipment Knowledge: Learn about different exercise equipment and their appropriate uses.
• Common Mistakes: Identify and avoid common exercise errors.
• Joint-by-Joint Approach: Understand how to exercise with consideration for joint health and movement.
• Exercise Categorization: Learn to categorize exercises for effective workout creation.
• Workout Construction: Develop strategies for combining exercises into comprehensive and effective workouts.