MS in Exercise Science

Master of Science in Exercise Science

Offered on USF’s Tampa campus, the Master of Science in Exercise Science provides an in-depth study of applied human physiology and its relationship to athletic performance, health, and wellness. Designed for aspiring and current fitness professionals, the program equips graduates with the expertise to support adults in achieving improved health, fitness, and performance. Students can tailor their studies through concentrations in Exercise Science, Strength and Conditioning, or Health and Wellness, and are academically prepared for doctoral study or other advanced degree pathways.

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What you will learn

Students gain advanced knowledge in human physiology, exercise programming, strength and conditioning, sports nutrition, and behavior change. Through research-informed coursework and hands-on applied learning, they learn to design evidence-based training plans, evaluate health and performance outcomes, and support a wide range of adult populations. The program also develops strong analytical, coaching, and leadership skills essential for success in fitness, wellness, and performance-driven professions.

A usf exercise science student helps a patient with sit ups

Career Opportunities

Graduates are prepared for roles such as:

Strength and Conditioning Coach
Exercise Physiologist
Worksite Health Promotion Specialist
Wellness or Fitness Center Manager
Clinical or Hospital Rehabilitation Specialist
Personal Trainer or Online Health Coach
Sports Performance Specialist
Corporate or Community Wellness Practitioner
Preparation for Ph.D. or other advanced graduate programs

a usf exercise science student helps a patient on the tredmil and takes he blood pressure as she walks

What to expect

Students learn from world-class faculty with expertise in areas such as sports nutrition, environmental physiology, physical activity behavior, strength and conditioning, exercise psychology, and physique enhancement. Coursework blends science-based lecture content with applied training, research, and laboratory experiences. Learners deepen their understanding of topics like fat-loss interventions, heat stress, muscle adaptation, blood-flow restriction, and performance optimization while participating in research and professional development opportunities aligned with their chosen concentration.