Exercise Science, Master of Science

Overview

Starting in Fall 2026, this program will be 100% online.

The Master of Science in Exercise Science in the Department of Human Performance and Health Education at Western Michigan University is a 36-credit-hour program designed to provide students with an advanced understanding of the physiological and functional adaptations to movement. The program integrates traditional lecture-based courses with hands-on laboratory experiences. One of the major strengths of the program is the combination of practical application of exercise physiology with current research findings. Students may also individualize their program of study by choosing from a variety of elective courses offered within many departments across the University. This approach allows students to tailor their education to specific career goals or research interests. Graduates are well-prepared for careers in fitness, athletic, or clinical settings, as well as for pursuing advanced degrees in exercise science, biomechanics, physical therapy, or related health professions.

SteveBall

Meet Steve

"Professors were immensely helpful in teaching me to put into practice what I learned in the classroom."

  • Flexible, Individualized Curriculum: Customize your program of study by selecting electives across multiple academic departments.
  • Applied, Hands-On Learning: Gain practical experience using state-of-the-art laboratories and top-of-the-line equipment.
  • Strong Career Outcomes: 100% of Exercise Science graduates were employed or continuing their education within three months of graduation.
  • Evidence-Based Training: Learn to apply current research in exercise physiology to real-world practice.
  • Fully Online Option (Fall 2026): Complete the program 100% online while receiving the same rigorous academic preparation.

Students in the Exercise Science master’s program complete advanced coursework focused on the physiological, biomechanical, and neuromuscular foundations of human movement. The curriculum emphasizes how the body adapts to exercise across metabolic, cardiovascular, environmental, and functional contexts, while integrating hands-on laboratory experiences that develop technical and analytical skills. Students receive training in research design, data analysis, and scientific inquiry, allowing them to critically evaluate and contribute to current research in exercise science. The program culminates in a capstone experience, which may include a thesis, independent research, or a professional field experience, enabling students to align their studies with career or academic goals. This comprehensive preparation supports career pathways in fitness, athletic, and clinical settings, as well as advanced study in exercise physiology, biomechanics, physical therapy, and related health professions.

The exercise science program prepares students for careers in:

  • Cardiac rehabilitation
  • Corporate wellness
  • Health and fitness promotion
  • Strength and conditioning

Graduates also pursue doctoral degrees in exercise physiology and biomechanics or other professional programs such as physical therapy and medicine.

Summer II

  • HPHE 6700 Cardiopulmonary Exercise Physiology
  • HPHE 6760 Experimental Design and Analysis in Exercise Science 

Fall

  • HPHE 6710 Environmental Exercise physiology
  • HPHE 6730 Applied Biomechanics for Exercise and Sport
  • HPHE 6360 Exercise Metabolism and Nutrition 

Spring

  • HPHE 6720 Exercise and Sport Data Analytics
  • HPHE 6740 Advanced Exercise Testing and Prescription
  • HPHE 6910 Psychological Preparation and Mental Training for Sport and Physical Activity

Summer I

  • HPHE 6320 Advanced Principles of Strength and Conditioning
  • Capstone

Our faculty

Timothy Michael

Dr. Timothy Michael

Professor and Program Coordinator

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Julie Raedy

Faculty Specialist I

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