Science-Based Endurance Training: Strategies for Athlete Performance

Designing training programs for runners, triathletes, and endurance athletes requires more than just prescribing weekly mileage. To help your clients reach their peak potential, you must understand the underlying physiology of cardiovascular performance. This text-based course equips you with the fundamental science and practical programming tools needed to systematically improve endurance. You will explore how to target key physiological markers through structured, evidence-based training protocols, moving from basic biological definitions to advanced program design. What you'll learn: Understand the core physiological pillars of endurance, including VO2max, lactate threshold, and running economy; Analyze modern training intensity distribution models, such as polarized and pyramidal training; Design targeted training sessions to elevate aerobic capacity and shift the anaerobic threshold; Apply evidence-based strength and conditioning protocols to improve movement economy and prevent injury; Integrate modern recovery tracking metrics to optimize adaptation and prevent overtraining; Formulate comprehensive, periodized endurance plans tailored to specific client race goals. You will begin by mastering foundational exercise physiology concepts before progressing to step-by-step programming guides and written design scenarios. Through clear explanations and practical case studies, you will learn how to translate scientific research into daily coaching decisions. This course is designed for personal trainers, coaches, and endurance enthusiasts who want to build a strong foundation in sports science. No advanced prerequisites are required. Start reading today to elevate your coaching and help your clients break through their performance plateaus.