The session begins at the body's first point of ground contact, framing the foot as the origin of the kinetic chain. Content covers the windlass mechanism, the function of intrinsic foot musculature, and the role of the foot tripod (first metatarsal head, fifth metatarsal head, calcaneus) in load acceptance and propulsion. Through short-foot exercises, toe splay and extension work, single-leg balance and loaded weight transfer, participants develop both mobility and active control at the foot and ankle, while learning how restricted ankle dorsiflexion drives compensation upstream at the knee and hip. The hip segment addresses acetabulofemoral alignment, triplanar hip range of motion, and the respective contributions of the gluteus maximus, gluteus medius and deep external rotators during gait and landing deceleration. Controlled articular rotations, 90/90 transitions, hip dissociation drills and banded activation sequences are used to establish appropriate neural recruitment prior to heavy loading, reducing lumbar compensation for limited hip mobility. Small-group lower-body strength games serve as a bridge, using competitive tasks and rule-based constraints to elevate engagement and force output while revealing authentic movement strategies and movement quality under fatigue — providing a basis for individualized correction. The isometric section distinguishes overcoming from yielding isometrics, explaining their effects on tendon stiffness, rate of force development and joint-angle specificity, and their application within periodization, in-season maintenance and pain management for hip and knee tendinopathy. Practical work includes the Spanish squat, split-squat isometric holds and single-leg hinge holds, with emphasis on hold duration, breathing control and tension distribution. Posterior chain training separates hip-dominant from knee-dominant patterns, comparing force vectors across Romanian deadlifts, hip thrusts, Nordic curls, split squats and step-ups. The biarticular role of the hamstrings in pelvic stabilization and knee control is examined, alongside criteria for selecting appropriate exercise combinations and loading strategies based on sport demands. The session closes with the Frans Bosch movement system and three-dimensional training. Concepts of attractors and fluctuators, self-organization and coordinative variability are introduced, together with the practical use of external focus of attention, differential learning and random practice scheduling. Application includes hip lock patterns, anti-rotation split-stance work, elasticity and stiffness transitions, plus frontal- and transverse-plane lunge matrices, lateral deceleration and rotational loading — translating linear strength into multiplanar, transferable athletic capacity.

Implemented by Department of Exercise and Health Sciences
Date: 2026/09/22