
Learn to design resistance training programs using fundamentals of physiology, anatomy, biomechanics, and psychology, and master warm-ups, technique, and recovery for periodized training.
Understand adaptation as the body's response to changing circumstances, guided by continuity, increased loading, and specificity, and learn to design training that continuously challenges and recovers to improve performance.
Apply a practical, adaptable training plan by balancing loading, motivation, and life demands; use a wave-like progression, monitor feelings, and prioritize continuity and injury risk to achieve long-term gains.
Explore how to build a balanced resistance training program by selecting knee-dominant, hip-dominant, and pushing/pulling movements (compound) and isolation exercises that target major muscles like quads, glutes, and lats.
Explore how training frequency affects muscle hypertrophy and strength, balancing protein synthesis, damage, and recovery, with practical guidance from beginner full-body routines to advanced split training.
Explore how training volume and volume load drive muscle growth and fatigue, and how weekly sets alongside repetitions in reserve guide optimal volume with recovery considerations.
Explore how resistance training intensity affects strength and growth, from high to low reps, through effective reps, with practical guidance for beginners to advanced, including not training to failure.
Understand how intra-workout recovery and rest between sets shape strength gains and hypertrophy. Use two to four minutes between sets, longer for heavy intensity, with isometric actions needing more rest.
Arrange workouts by priority, placing compound exercises first to maximize repetitions and strength gains; use supersets or circles to save time while preserving recovery between exercises.
Learn how varying volume, intensity, exercise selection, tempo, and frequency drives training adaptations while preserving consistency to prevent plateau and reduce injury risk.
Warming up before intense exercise boosts performance and reduces injury risk. It raises muscle temperature and activates the oxygen transport system through a general and a specific warmup.
Maintain movement consistency and apply controlled tempo to maximize gains while minimizing injury; follow upper and lower body technique guidelines for spine, base of support, and shoulder stability.
Learn how fatigue lowers strength during training and how sleep, nutrition, protein intake and protein synthesis, and recovery strategies like active recovery and stress management determine readiness for next workout.
This course provides you with an evidence-based approach to resistance training. It provides you with a thorough understanding of the principles of adaptation and takes you through all the variables in a resistance training program - these are:
- Exercises (which exercises should your program contain?)
- Frequency (how many times per week should you work out?)
- Volume (how much work should you do for a muscle group every week?)
- Intensity (how much weight should you be using?)
- Intraworkout recovery (how long recovery time is needed between sets?)
- Exercise order (in which order should you do the exercises in your training program?)
- Variation (when and how should you apply variations to your program?)
- Warmup (how should you warm up for resistance training?)
- Technique (how should you perform your exercises to optimize progression and minimize injury risk?)
- Recovery (which factors affect recovery rate and how can you speed up your recovery rate?)
- Periodization (how do you break through plateaus and plan for the longer term?)
These are the most important tools in your toolbox when designing your resistance training program and when exercising and recovering.
I wish to keep my course up-to-date and relevant to everyone who purchases it, so please provide feedback and feel free to suggest subjects that may further improve the course.