Movement science

Movement science and rehabilitation research

Explore exercise loading, pain, motor learning, and measurement. Use worked examples to interpret test scores and research findings.

Movement science

Understand load, effort, repetitions in reserve, recovery, and the decisions that make an exercise programme progress.

Movement science

Learn how pain differs from nociception, why scan findings need context, and what a symptom response can tell you.

Movement science

Separate measurement error, meaningful change, and symmetry. Learn how to standardize a test and interpret a result.

Movement science

Learn the difference between a better practice repetition and durable motor learning, with examples of feedback and varied practice.

Movement science

Understand slow resistance, isometrics, energy-storage work, and the evidence behind progressive tendon rehabilitation.

Movement science

Understand balance, proprioception, stepping, and falls prevention. Choose meaningful tasks and recognize when assessment is needed.

Movement science

Prepare an informed return-to-running discussion using diagnosis, walking tolerance, loading capacity, recovery, and the limits of common rules.

Movement science

Evaluate exercise research through effect size, comparison groups, uncertainty, clinical importance, and applicability.