Exercise Physiology, M.S.

Exercise Physiology Masters degree is designed for individuals interested in personal health and wellness training, health promotion, and physical rehabilitation. If you desire to assist clients in reaching their peak physical wellness, then a degree in exercise physiology might be right for you. Exercise physiologists focus on promoting wellness, helping all athletes (non-professional and competitive) reach their top performance, and preventing illness and injury.

Exercise physiology is the study of the body’s response and ability to adapt to physical activity. Exercise physiology, like exercise science, focuses on how physical activity can improve health, wellness, and rehabilitation Exercise physiology and exercise science are both fields of human anatomy study that focus on improving the health and wellness of individuals and athletes. Exercise science is broader, encompassing areas such as physical education, strength and training, human performance and sports nutrition.

Career possibilities include:

Exercise Physiologist
Cardiac Rehabilitation Specialist
Clinical Research Assistant
Physical Therapy Aide

Outcomes

Authentic Experience- Students will employ principles of classroom theory into authentic practice opportunities.

Collaboration- Students will collaborate within classes through partnerships and group activities.

Community Involvement-Students will cooperate with the community through active learning in the classroom as well as practicums

Professionalism- Students will communicate effectively, think critically, and prepare professionally.

Required

KINE 504Physiology of Exercise

3

KINE 509Kinesiology

3

KINE 517Applied Ex & Sport Nutrition

3

KINE 518Ex Test Special Population

3

KINE 519Prin of Ex TX, Health Risk

3

KINE 521Research Design & Methods

3

KINE 522Principles of Strength & Conditioning I

3

KINE 531Client Ed & Behavior Change

3

KINE 540Biomechanics I

3

KINE 541Biomechanics II

3

KINE 595Seminar in Kinesiology

3

KINE 598Master's Practicum in Kinesiology

3