· explain the connection between performance and rehabilitation through the lens of authentic human movement
· understand why effective rehabilitation must prepare the body for performance, and why effective performance training must respect the realities of dysfunction, recovery, and compensation
· apply the principles of Applied Functional Science® to analyze movement in all three planes
· use tri-planar movement thinking to better understand how the body loads, reacts, and performs in real-world function
· use 3D movement analysis to identify both dysfunction and opportunity
· recognize where an individual is moving well, where movement is breaking down, and how those findings guide treatment, training, and progression
· distinguish symptoms from causes through Chain Reaction® biomechanics
· identify probable suspects throughout the body and understand how regional limitations and compensations influence pain, inefficiency, and reduced performance
· design movement strategies that improve both mobility and stability within functional tasks
· create treatment and training environments that restore motion, improve control, and build usable movement capacity
· apply transformational-zone thinking to make rehabilitation more relevant and performance training more precise
· use the loading and exploding phases of movement to better reflect the actual demands of walking, running, cutting, rotating, reaching, and returning to activity
· integrate key body regions into a unified movement approach
· understand how the foot and ankle, knee, hips, thoracic spine, cervical spine, shoulder, and elbow work together in both rehabilitation and performance
· progress individuals from controlled success to authentic function
· build from success, apply purposeful movement progressions, and help patients, clients, and athletes move more confidently from the clinic, training space, or table into life and sport
| Chain Reaction® Roll Call | Module | ||
| Chain Reaction® Evaluation | Module |