Kinesiology

Study mechanics, forces, energy, and motion — the foundation for understanding biomechanics.

Survey life science from cells to ecosystems — genetics, evolution, ecology, and physiology.

Study atoms, bonding, reactions, and equilibrium — the foundational chemistry for all sciences.

Study every body system in detail — structure, function, and how organs work together.

Analyze forces on bones, joints, and tissues to design implants and understand movement.

Study how the body responds and adapts to exercise at the cellular and organ level.

Examine how the brain plans, executes, and refines movement skills through practice.

Design experiments and analyze data on human movement, exercise, and sports performance.

Analyze data using probability, distributions, and hypothesis tests for research and experiments.

Learn how diet fuels athletic performance — macronutrients, hydration, and meal timing strategies.

Study mental factors like motivation, anxiety, and focus that affect athletic performance.

Prevent, assess, and rehabilitate sports injuries using taping, bracing, and therapeutic exercises.

Design evidence-based training programs to build strength, power, speed, and endurance.