Endurance Training & Exercise Science

Learn what VO2 max measures, how oxygen intake, transport, and utilization work together, and how aerobic-power training can improve performance.

Build a foundation in nutrition with macronutrients, micronutrients, hydration, glycemic index, food processing, and lifestyle versus performance nutrition.

Learn how to design circuit training using exercise selection, work intervals, transitions, recovery, and exercise order for strength and endurance.

Learn how stroke rate, stroke length, pace, and perceived effort interact, plus practical ways to test swimming cadence without over-gliding or simply spinning faster.

Learn how macrocycles, mesocycles, microcycles, and different training-week types create a structured path from baseline fitness to a goal.

Learn how to turn broad fitness and wellness goals into clear, actionable plans using SMART goals, sub-goals, and specific tasks.

Understand runner’s knee (patellofemoral pain), how training load, strength, biomechanics, and recovery interact, and when knee pain should be evaluated professionally.

Learn how athletic-shoe fit, foot shape, cushioning, stability, heel-to-toe drop, durability, and rotation influence comfort and performance.

Learn the difference between compound sets, compound exercises, supersets, and antagonist supersets, with practical examples for strength, hypertrophy, and muscular-endurance training.

Learn ascending, descending, and full pyramid training and how volume, intensity, and recovery can be manipulated in swimming, running, and strength work.