Neurofunctional Physiotherapy Course

Lesson 1 • Neurophysiology of Movement

Explains motor unit recruitment, reflex arcs, and sensorimotor integration. Connects neural physiology directly to observable functional movement patterns.

Lesson 2 • Pathophysiology of Neurological Conditions

Surveys common neurological diagnoses encountered in clinical practice and their functional consequences. Prepares students to recognise impairment patterns before assessment begins.

Lesson 3 • Defining Neurofunctional Physiotherapy

Clarifies scope, terminology, and distinctions from conventional physiotherapy. Anchors the chapter by situating the specialty within broader rehabilitation science.

Lesson 4 • Neuroanatomy Relevant to Function

Reviews central and peripheral nervous system structures critical to movement and sensation. Provides the anatomical vocabulary used throughout the course.

Lesson 1 • Functional Mobility and Balance Assessment

Applies validated tools to quantify mobility, balance, and fall risk in neurological patients. Links assessment scores to rehabilitation goal setting.

Lesson 2 • Subjective History Taking

Structures the patient interview to capture onset, progression, and functional impact. Teaches communication strategies that elicit reliable neurological history.

Lesson 3 • Objective Neurological Examination

Covers standardised tests of tone, strength, sensation, coordination, and reflexes. Connects each test to specific neural structures and functional implications.

Lesson 4 • Clinical Reasoning in Neurorehabilitation

Builds hypothesis-driven thinking for interpreting neurological signs and symptoms. Frames assessment as an iterative reasoning process rather than a checklist.

Lesson 1 • Theories of Motor Control

Compares systems, dynamic systems, and ecological theories of movement organisation. Provides the theoretical lens for selecting intervention strategies in later chapters.

Lesson 2 • Task-Oriented Approach to Relearning

Applies task analysis to break functional activities into trainable components. Integrates motor learning principles into structured, goal-directed therapy tasks.

Lesson 3 • Feedback and Augmented Information

Distinguishes intrinsic from augmented feedback and optimises delivery for motor learning. Connects feedback science to practical cueing decisions in therapy sessions.

Lesson 4 • Practice Structure and Variability

Examines blocked, random, and variable practice schedules and their effects on retention. Teaches therapists to design practice conditions that promote durable skill transfer.

Lesson 1 • Therapeutic Exercise for Neurological Patients

Adapts resistance, endurance, and flexibility training principles to neurological presentations. Ensures exercise prescription accounts for fatigue, spasticity, and autonomic factors.

Lesson 2 • Proprioceptive Neuromuscular Facilitation

Teaches diagonal patterns, timing, and manual resistance techniques of PNF. Connects PNF principles to functional movement restoration in neurological patients.

Lesson 3 • Constraint-Induced Movement Therapy

Explains the rationale, protocols, and patient selection criteria for CIMT. Addresses learned nonuse and strategies to maximise upper limb recovery.

Lesson 4 • Neurodevelopmental Treatment Approaches

Covers handling, facilitation, and inhibition techniques derived from neurodevelopmental frameworks. Teaches therapists to use manual guidance to normalise movement quality.

Lesson 1 • Physical Interventions for Tone Reduction

Covers positioning, splinting, stretching, and thermal modalities for tone management. Teaches safe application and monitoring of each physical approach.

Lesson 2 • Understanding Spasticity and Rigidity

Differentiates spasticity, rigidity, and other tone disorders by mechanism and clinical presentation. Establishes the diagnostic precision needed for targeted intervention.

Lesson 3 • Functional Integration After Tone Management

Translates tone reduction gains into improved functional movement and daily activities. Prevents regression by embedding tone management within task-specific training.

Lesson 1 • Postural Control Training

Designs progressive balance challenges targeting anticipatory and reactive postural control. Advances from stable to unstable surfaces and dual-task conditions.

Lesson 2 • Falls Prevention Programmes

Implements multifactorial falls prevention strategies for community-dwelling neurological patients. Integrates environmental assessment, exercise, and education into cohesive programmes.

Lesson 3 • Vestibular Rehabilitation Techniques

Teaches canalith repositioning, gaze stabilisation, and habituation exercises for vestibular disorders. Connects each technique to its specific vestibular pathology.

Lesson 1 • Interdisciplinary Collaboration for Cognition

Defines the physiotherapist's role within the neuropsychology and occupational therapy team. Establishes communication protocols for shared cognitive rehabilitation goals.

Lesson 2 • Cognitive Impairments Affecting Rehabilitation

Identifies attention, memory, executive function, and processing speed deficits common in neurological patients. Explains how each deficit alters motor learning and therapy participation.

Lesson 3 • Perceptual Disorders in Neurological Patients

Covers unilateral neglect, apraxia, agnosia, and body schema disorders and their functional impact. Teaches identification and clinical differentiation of perceptual deficits.

Lesson 4 • Adapting Therapy for Cognitive Deficits

Modifies instruction, environment, and feedback to accommodate cognitive limitations during motor training. Ensures therapy remains effective despite reduced cognitive capacity.

Lesson 1 • Technology and Innovation in Neurorehabilitation

Evaluates robotics, virtual reality, neurostimulation, and wearable sensors as adjuncts to therapy. Guides evidence-informed adoption of emerging technologies in clinical settings.

Lesson 2 • Complex Case Management

Applies integrated clinical reasoning to patients with multiple comorbidities and fluctuating presentations. Develops adaptive treatment planning for high-complexity neurological cases.

Lesson 3 • Evidence-Based Practice in Neurorehabilitation

Teaches systematic literature searching, critical appraisal, and evidence translation for neurological physiotherapy. Equips students to evaluate and implement current research findings.

Lesson 4 • Professional Development and Reflective Practice

Establishes habits of reflective practice, peer supervision, and continuing professional development. Ensures long-term clinical competence and professional accountability.