Gait Analysis & Training

Lesson 1 • Kinetics of Normal Walking

Introduces ground reaction forces, joint moments, and power generation. Links force data to muscle function during each gait phase.

Lesson 2 • Spatiotemporal Gait Parameters

Defines cadence, velocity, step length, and stride length as measurable gait descriptors. Establishes population norms for comparison in clinical practice.

Lesson 3 • Kinematics of Normal Walking

Describes joint angles and segment motion throughout the gait cycle. Establishes normative ranges used as benchmarks in clinical assessment.

Lesson 4 • Anatomy of the Lower Extremity

Reviews bones, joints, and muscles driving locomotion. Provides the anatomical vocabulary needed for all subsequent gait analysis work.

Lesson 1 • Segmental Analysis Approach

Teaches a head-to-toe segmental strategy for systematic deviation detection. Prevents missed findings by enforcing a consistent anatomical scanning order.

Lesson 2 • Common Gait Deviations Identified

Catalogues frequent deviations such as Trendelenburg, foot drop, and antalgic gait. Links each deviation to its probable biomechanical or neuromuscular cause.

Lesson 3 • Principles of Visual Assessment

Establishes a repeatable observation protocol using multiple viewing planes. Reduces observer bias through structured checklists and consistent positioning.

Lesson 4 • Reliability and Validity in Observation

Addresses inter-rater and intra-rater reliability challenges in visual gait analysis. Introduces standardisation strategies to improve consistency across observers.

Lesson 1 • Gait Analysis Software Platforms

Guides students through data import, processing pipelines, and report generation in common gait software. Emphasises quality control at each processing step.

Lesson 2 • Motion Capture Systems

Covers marker-based and markerless optical systems used to record three-dimensional kinematics. Explains calibration, marker placement, and data quality checks.

Lesson 3 • Electromyography in Gait

Introduces surface and fine-wire EMG for recording muscle activation timing. Covers electrode placement, signal processing, and normalisation methods.

Lesson 4 • Force Plates and Pressure Systems

Explains force plate mechanics and plantar pressure measurement devices. Connects force data collection to kinetic analysis of gait.

Lesson 1 • Integrating Multi-Modal Data

Synthesises kinematics, kinetics, and EMG into a unified clinical picture. Develops a systematic reasoning framework for differential gait diagnosis.

Lesson 2 • EMG Pattern Interpretation

Analyses muscle activation timing and amplitude relative to gait phase norms. Distinguishes primary dysfunction from compensatory muscle activity.

Lesson 3 • Reading Kinematic Graphs

Teaches interpretation of joint angle time-series plots against normative corridors. Identifies clinically significant deviations in magnitude and timing.

Lesson 4 • Interpreting Ground Reaction Forces

Explains characteristic force curve shapes and their functional significance. Links altered force patterns to specific gait pathologies.

Lesson 1 • Paediatric Gait Development

Describes normal gait maturation milestones and common paediatric deviations. Distinguishes developmental variation from pathological gait requiring intervention.

Lesson 2 • Orthopaedic Gait Disorders

Covers gait adaptations following joint replacement, ligament injury, and fracture. Identifies compensatory strategies and their secondary consequences.

Lesson 3 • Amputee and Prosthetic Gait

Analyses gait deviations specific to transtibial and transfemoral amputees. Connects prosthetic alignment and component selection to observed gait outcomes.

Lesson 4 • Neurological Gait Disorders

Examines gait patterns in stroke, Parkinson's disease, and cerebral palsy. Links neural impairments to specific kinematic and kinetic signatures.

Lesson 1 • Patient History and Subjective Data

Structures the clinical interview to gather gait-relevant history and patient goals. Connects subjective complaints to objective assessment priorities.

Lesson 2 • Balance and Fall Risk Screening

Integrates gait assessment with balance and fall risk screening tools. Identifies patients requiring targeted fall prevention intervention.

Lesson 3 • Outcome Measurement and Progress Tracking

Establishes baseline gait metrics and tracks change over intervention periods. Applies minimal clinically important difference values to judge meaningful progress.

Lesson 4 • Physical Examination for Gait

Selects musculoskeletal and neurological tests that inform gait analysis findings. Integrates examination data with observational and instrumented results.

Lesson 1 • Therapeutic Exercise for Gait

Selects targeted strengthening and flexibility exercises addressing gait-specific deficits. Progresses exercise intensity to match functional gait demands.

Lesson 2 • Task-Specific Gait Training

Uses repetitive, context-specific walking practice to drive neuroplastic adaptation. Addresses terrain variability, speed, and dual-task demands progressively.

Lesson 3 • Treadmill-Based Gait Training

Applies body-weight-supported and conventional treadmill training for gait rehabilitation. Compares treadmill and overground training outcomes across populations.

Lesson 4 • Motor Learning Applied to Gait

Applies feedback, practice variability, and attentional focus principles to gait retraining. Optimises skill acquisition and retention in rehabilitation contexts.

Lesson 1 • Programme Design for Complex Cases

Synthesises assessment findings into individualised, multi-modal gait training programmes. Applies clinical reasoning to prioritise goals and sequence interventions.

Lesson 2 • Robotic and Exoskeleton-Assisted Gait

Introduces robotic orthoses and exoskeletons used in neurological gait rehabilitation. Evaluates evidence for efficacy and appropriate patient selection criteria.

Lesson 3 • Orthotic and Footwear Interventions

Evaluates foot orthoses, ankle-foot orthoses, and footwear modifications for gait correction. Integrates orthotic prescription with active gait training programmes.

Lesson 4 • Biofeedback-Driven Gait Retraining

Uses real-time kinematic and kinetic biofeedback to correct targeted gait deviations. Covers feedback modalities, cueing strategies, and retention protocols.