Exercise Science
Course Overview
Principles of Exercise Science provides an introduction to the science of exercise and human movement. Special topics include exercise physiology, sport biomechanics, sports medicine, and motor integration. Additionally, the course will examine career options in sport, health and wellness, education, and the medical fields like personal trainer, athletic training and physical therapy.
Kinesiology will study fundamental concepts concerning the interaction of biological and mechanical aspects of the musculoskeletal and neuromuscular structures. An emphasis on practical applications of the concepts will be accomplished through an introduction to fitness training methods and modalities for developing specific conditioning effects in individuals. Laboratory sessions focus on anatomy and physiology of the musculoskeletal system and cardiovascular system, theories on fitness programming, and injury avoidance in fitness environments.
Students will learn basic human physiology relating to exercise, and how the body adapts to acute and chronic physical activity. Systems covered include cellular metabolic processes, energy systems, and the effects of exercise on the respiratory, nervous, cardiovascular, endocrine, skeletal, and muscular systems. The course will also study the basic nutritional principles needed for optimal athletic and human performance.
Course | College Credits | Prerequisites | Other |
HPER 212 Introduction to Exercise Science | 3 | None | Qualifies for THD Dual Credits |
HPER 205 Structural Kinesiology | 3 | None |
Qualifies for THD Dual Credits |
EXER 105 Exercise Physiology | 3 | None | Qualifies for THD Dual Credits |
EXER 114 Physical Conditioning and Strength Training | 3 | HPER 205 | Qualifies for THD Dual Credit |
EXER 112 Group Fitness Instruction | HPER 205 | Qualifies for THD Dual Credit |
Industry Certification Available:
TC Personal Trainer
Doe Code
7320, 7321, 7322
Recommended Grade Level
11,12
Required Prerequisites
None
High School Credits
2 semester course, 2 semesters required, 2 credits per course, 6 credit maximum
Class Location
GLCA