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Neuro Physiotherapy

Neuro Physiotherapy

Mode: 
Live Online + Recorded Access (30 Days)
Instructor: 
Dr. Dhara Sharma (PhD, MPT Neuro)
Certification: 
Certified Neuro Physiotherapy Practitioner
Eligibility:
 Physiotherapy graduates & practicing professionals
Fees Structure: ₹1,500 per day (Pick any topic/day) or ₹5,500 for full 12-day certification (Limited Period Offer)

Description

The Neuro Physiotherapy Practitioner Course is a 12-day, live, online training program designed to enhance your ability to assess, plan, and deliver neurorehabilitation treatments with clinical precision. This course blends neuroplasticity principles, evidence-based reasoning, and real-world case learning to help physiotherapists apply what they learn from day one.

Learning Objectives

  • Understand neural mechanisms & clinical reasoning in neuro rehab.
  • Learn to assess and plan patient-specific treatment programs.
  • Apply neuroplasticity-based techniques for functional recovery.
  • Integrate modern assessment tools and frameworks.
  • Use real cases to improve problem-solving and decision-making.

Highlights

  • Live case-based lectures
  • Access to recordings & study material
  • Day-wise enrollment flexibility (₹1,500/day)
  • Full 12-day offer ₹5,500 (MRP ₹10,000)
  • Certificate recognized by Government of India (DIPP)

Program Structure of 12 Days

  • Logic of neurological assessment and interpretation
  • 4 quick assessment hacks for clinical efficiency
  • Functional observation and compensatory movement patterns
  • Lesion-function correlation for accurate diagnosis
  • Case-based reasoning in stroke and TBI
  • Interpreting tone, coordination, and balance findings
  • Linking impairments to treatment goals
  • Creating quick clinical reasoning flowcharts
  • Demonstration: assessment to intervention transition
  • Cognitive and motor screening in TBI
  • Acute vs. chronic TBI management principles
  • Neuroplasticity-based functional training
  • Practical task-based cognitive retraining
  • Behavioural and attention management strategies
  • Safety, family involvement, and home transition
  • Dual-task and executive function retraining
  • Case study: post-TBI executive dysfunction management
  • Motor cortical representation and recovery of hand
  • Repetitive and bimanual task training
  • Functional hand exercises for ADLs
  • Mirror therapy and graded motor imagery
  • Sensory re-education and fine motor tasks
  • Adaptive tools and task modification
  • Measuring hand function improvement clinically
  • Case example: hand rehabilitation post-CVA
  • Motor recovery principles after stroke
  • Task-oriented training for functional limbs
  • CIMT and mirror therapy: step-by-step application
  • Functional reach, grasp, and release retraining
  • Gait re-education and postural symmetry
  • Use of feedback and progression techniques
  • ADL-based functional simulation
  • Case demonstration: gait and shoulder control in stroke
  • Understanding basal ganglia and movement scaling
  • Amplitude and cueing techniques
  • Freezing management: practical approaches
  • Dual-task and cognitive-motor integration
  • Postural correction and mobility progression
  • Balance and endurance training in PD
  • ADL modification for bradykinesia
  • Case example: PD with postural instability
  • SCI assessment & neurological level identification
  • Phase-wise rehabilitation planning
  • Motor control & functional training
  • Gait training & assistive devices
  • Spasticity & complication management
  • ADL training & community reintegration
  • Components of balance: sensory-motor-cognitive triad
  • Task-specific balance retraining
  • Perturbation and postural control practice
  • Anticipatory vs. reactive balance strategies
  • Dual-task and dynamic balance challenges
  • Safe use of assistive devices
  • Sit-to-stand, step, and turn training
  • Case-based gait progression session
  • Neuroanatomy of bowel and bladder control
  • Types of neurogenic bladder and bowel
  • Quick screening and assessment methods
  • Bladder retraining and pelvic floor re-education
  • Bowel regulation and sensory retraining
  • Managing incontinence and constipation
  • Addressing sexual health post-stroke/SCI
  • Patient and caregiver education strategies
  • Screening for vestibular dysfunctions
  • Oculomotor and gaze stabilization exercises
  • Habituation, adaptation, and substitution strategies
  • Eye-head coordination tasks
  • Sensory integration for balance
  • Ataxic gait correction techniques
  • Case-based vestibular rehab demonstration
  • Home program design for long-term care
  • Concept of task specificity and motor learning
  • Neuroplasticity-based progression principles
  • Creating functional task libraries
  • Activity grading and adaptation
  • Designing functional home programs
  • Combining upper and lower limb tasks
  • Feedback and motivation techniques
  • Case examples across stroke, PD, and TBI
  • Cognitive and perceptual impairments post-neurological injury
  • Screening tools for cognition and attention
  • Practical attention and memory tasks
  • Executive function and sequencing activities
  • Visual perception and neglect training
  • Linking cognition to motor learning
  • Emotional and behavioral considerations
  • Case-based learning: cognitive-motor integration
  • Consolidation of all neuro rehab principles
  • Complex case discussions (Stroke, PD, TBI, SCI)
  • Goal setting and prioritization in complex cases
  • Integration of cognition, function, and mobility
  • Interdisciplinary collaboration and communication
  • Designing long-term rehab pathways
  • Measuring progress and documenting outcomes
  • Technology integration (VR, robotics, mirror therapy)
  • Case-based multi-condition management
  • Creating group therapy and home plans
  • Ethical and empathetic clinical practice
  • Reflection: therapist as facilitator of change
  • Certification assessment and conclusion
Neuro Physiotherapy Youtube Image
₹5500 (₹18000)
  • Lectures
    30 Lectures
  • Duration
    12 Days (2 PM – 4 PM IST)

Course Registration