Neurorehabilitation Methods Course

Lesson 1 • Classification of Neurological Conditions

Surveys stroke, TBI, SCI, neurodegenerative, and demyelinating conditions by mechanism and trajectory. Enables clinicians to tailor rehabilitation goals to condition-specific prognosis.

Lesson 2 • Neuroanatomy for Rehabilitation Clinicians

Reviews CNS and PNS structures relevant to motor, sensory, and cognitive recovery. Connects anatomical knowledge to predicting functional deficits after injury.

Lesson 3 • Neurophysiology of Injury and Recovery

Explains cellular and systems-level responses to neural injury. Provides the physiological basis for understanding why rehabilitation interventions promote recovery.

Lesson 4 • Neuroplasticity Principles and Evidence

Covers activity-dependent plasticity, synaptic remodeling, and cortical reorganization. Grounds treatment design in evidence-based plasticity mechanisms.

Lesson 1 • Interpreting and Communicating Assessment Data

Teaches minimal clinically important difference, reliability, and validity concepts for outcome tools. Enables clinicians to translate data into meaningful team and patient communication.

Lesson 2 • Cognitive and Behavioral Screening

Covers brief and comprehensive tools for attention, memory, executive function, and mood. Links cognitive status to rehabilitation participation capacity and goal setting.

Lesson 3 • Clinical Neurological Examination

Teaches structured bedside assessment of reflexes, tone, strength, and sensation. Builds the observational foundation required before applying standardized instruments.

Lesson 4 • Functional Independence and Quality of Life

Examines activity-level and participation-level outcome measures for daily living and community function. Connects impairment scores to real-world rehabilitation targets.

Lesson 1 • Spasticity and Tone Management

Addresses pharmacological, physical, and positioning strategies for managing spasticity. Integrates tone management into broader motor rehabilitation planning.

Lesson 2 • Gait Rehabilitation and Locomotor Training

Teaches body-weight-supported treadmill, overground, and perturbation-based gait training. Progresses from supported to independent ambulation across neurological diagnoses.

Lesson 3 • Trunk Control and Postural Stability

Develops core activation, sitting balance, and postural alignment interventions. Provides the proximal stability foundation required for distal limb motor recovery.

Lesson 4 • Upper Limb Rehabilitation Approaches

Covers constraint-induced movement therapy, bilateral training, and reaching task protocols. Addresses the most common functional deficit after stroke and TBI.

Lesson 1 • Attention and Processing Speed Interventions

Covers hierarchical attention training, dual-task practice, and processing speed drills. Addresses the most prevalent cognitive impairment limiting rehabilitation engagement.

Lesson 2 • Awareness and Insight Intervention

Addresses anosognosia and impaired self-awareness through experiential feedback and structured reflection. Improves safety, goal setting, and rehabilitation participation.

Lesson 3 • Memory Rehabilitation Techniques

Teaches errorless learning, spaced retrieval, and external memory aid training. Targets prospective and retrospective memory deficits common after TBI and stroke.

Lesson 4 • Executive Function and Problem-Solving Training

Applies goal management training, metacognitive strategy instruction, and structured problem-solving. Targets frontal lobe deficits that impair independence and safety.

Lesson 1 • Language Treatment Approaches

Teaches constraint-induced language therapy, semantic feature analysis, and script training. Applies high-intensity, evidence-based methods to maximize language recovery.

Lesson 2 • Dysarthria Evaluation and Treatment

Addresses motor speech assessment, intelligibility measurement, and Lee Silverman Voice Treatment. Targets the speech motor deficits common in Parkinson disease and TBI.

Lesson 3 • Aphasia Assessment and Classification

Covers fluency, comprehension, repetition, and naming profiles to classify aphasia syndromes. Provides the diagnostic foundation for selecting appropriate language treatment approaches.

Lesson 4 • Dysphagia Instrumental Assessment and Treatment

Teaches videofluoroscopic and endoscopic swallowing study interpretation and compensatory and rehabilitative swallowing techniques. Enables safe, evidence-based dysphagia management.

Lesson 1 • Virtual Reality and Serious Games

Applies immersive and non-immersive VR platforms to motor, cognitive, and balance rehabilitation. Addresses task design, engagement, and cybersickness management.

Lesson 2 • Brain-Computer Interface Applications

Introduces EEG-based BCI systems for motor imagery training and neuroprosthetic control. Connects BCI-driven feedback to cortical reorganization mechanisms.

Lesson 3 • Robotic-Assisted Motor Rehabilitation

Covers end-effector and exoskeleton robots for upper and lower limb training. Connects robotic dosing and assist-as-needed principles to neuroplasticity evidence.

Lesson 4 • Wearable Sensors and Telerehabilitation

Covers inertial measurement units, EMG wearables, and remote monitoring for home-based rehabilitation. Enables clinicians to extend high-dose training beyond clinical settings.

Lesson 1 • Intensity, Dosing, and Scheduling

Applies dose-response evidence to determine session frequency, duration, and task repetition targets. Ensures rehabilitation programs meet intensity thresholds required for neuroplasticity.

Lesson 2 • Rehabilitation Team Roles and Collaboration

Defines the roles of physicians, therapists, nurses, neuropsychologists, and social workers in neurorehabilitation. Establishes collaborative communication as the foundation of program design.

Lesson 3 • Goal Setting and Treatment Planning

Applies SMART goal frameworks, patient priorities, and prognosis to individualized rehabilitation plans. Connects assessment data to measurable, time-bound treatment objectives.

Lesson 4 • Rehabilitation Across Care Settings

Compares acute, inpatient rehabilitation, subacute, outpatient, and home-based program structures. Prepares clinicians to match intensity and setting to patient needs and recovery stage.

Lesson 1 • Translating Research into Clinical Practice

Covers implementation science frameworks, barrier analysis, and knowledge translation strategies. Equips clinicians to systematically adopt new evidence into routine neurorehabilitation practice.

Lesson 2 • Clinical Reasoning Frameworks

Applies hypothetico-deductive and pattern recognition reasoning models to complex neurological cases. Develops systematic thinking that integrates assessment findings with treatment selection.

Lesson 3 • Critically Appraising Rehabilitation Research

Teaches RCT, systematic review, and meta-analysis appraisal using structured critical appraisal tools. Enables clinicians to evaluate evidence quality before applying findings to practice.

Lesson 4 • Managing Complex and Comorbid Presentations

Addresses rehabilitation of patients with concurrent pain, fatigue, psychiatric comorbidity, and medical instability. Develops adaptive treatment strategies for high-complexity cases.