How to interpret peak pressure images to detect asymmetries and abnormal load distribution

How to analyze Center of Pressure (CoP) trails for trajectory, timing, and efficiency of locomotion

How to use force-time and pressure-time curves to evaluate impact forces, propulsion, and bilateral comparisons

How to apply cyclograms (butterfly diagrams) to monitor fatigue and coordination

How to perform a 4-box analysis to isolate heel, midfoot, metatarsal, and toe function

How to create and use baseline profiles for athletes to track changes over time

How plantar pressure mapping supports injury risk monitoring and informs return-to-play decisions

How to design testing protocols for pre-season (daily) and in-season (weekly) monitoring

The fundamentals of biofeedback training and how plantar pressure mapping provides direct and transformed feedback

Applications of biofeedback in post-surgery rehab, injury rehab, and gait training

How athletes benefit (movement skills, kinesthetic awareness, neuromuscular control) and how professionals benefit (assessment skills, coaching, technique optimization)

Which XSENSOR systems are most appropriate for screening, profiling, biofeedback, and rehabilitation goals