OMSB Physiotherapy study plan

Map the Musculoskeletal domain blueprint into a checklist of sub-areas (regional joint assessment, manual therapy indications, tendinopathy loading, post-operative protocols, red-flag screening) and rank each by personal confidence gap

Derive and rehearse a repeatable objective joint assessment sequence (observation, active range, passive range, resisted testing, special tests, neuro screen) for shoulder, knee, and lumbar spine

Explain the biomechanical rationale and precautions for at least six common manual therapy and mobilization techniques using original notes

Build a one-page red-flag screening aid covering fracture, infection, malignancy, cauda equina, and vascular warning signs with the action required for each

Apply exercise-prescription principles (FITT-VP: frequency, intensity, time, type, volume, progression) to design progressive loading programs for rotator cuff, Achilles, and patellar tendinopathy

Calculate and interpret 1RM estimates, percentage-based loads, and Borg/RPE targets for strengthening in post-operative and deconditioned patients

Integrate regional anatomy (muscle actions, innervation, joint arthrokinematics) into written justifications for each prescribed exercise

Compare evidence-based return-to-sport criteria for ACL reconstruction and lateral ankle sprain and justify each criterion in writing

Outline a neurological assessment framework covering cranial nerves, dermatomes/myotomes, tone, reflexes, coordination, and sensation, and practice documenting findings in a structured format

Differentiate upper motor neuron versus lower motor neuron presentations and apply this to stroke, spinal cord injury, and peripheral nerve lesions

Design task-specific gait and balance retraining progressions for stroke and Parkinson's disease, specifying dosage and progression criteria

Explain the evidence and safety precautions for early mobilization, positioning, and tone management after acquired brain injury

Interpret neurological outcome measures (Modified Ashworth Scale, Berg Balance Scale, 10-metre walk test, Functional Independence Measure) and state the minimal detectable change or clinically important difference where known

Select and justify outcome measures for musculoskeletal and neurological conditions, distinguishing reliability, validity, and responsiveness

Describe the anatomy and clinical relevance of the brachial and lumbosacral plexuses and the peripheral nerves most often injured in trauma and post-operatively

Rehearse a timed 15-minute objective assessment viva for one musculoskeletal and one neurological scenario

Interpret arterial blood gases and basic spirometry values (FEV1, FVC, FEV1/FVC, peak flow) and classify obstructive versus restrictive patterns

Design airway clearance and breathing exercise regimens for bronchiectasis, COPD, and post-operative atelectasis, stating technique, dosage, and contraindications

Apply cardiac rehabilitation phases, exercise intensity limits, and termination criteria for exercise testing and training

Explain indications, precautions, and monitoring for mobilizing patients with chest drains, supplemental oxygen, and non-invasive ventilation

Adapt assessment and treatment approaches across developmental stages (neonate, infant, toddler, school-age) including handling, positioning, and play-based facilitation

Describe typical motor milestone attainment and differentiate delayed from atypical motor development

Outline physiotherapy management for cerebral palsy, developmental dysplasia of the hip, and cystic fibrosis in children, including family-centred goal setting

Explain pediatric-specific safety considerations: growth plates, dosing of exercise, safeguarding, and consent from parents or guardians

Apply the four ethical principles and the concept of informed consent to physiotherapy scenarios involving capacity, refusal, and confidentiality

Outline professional scope of practice, referral pathways, documentation standards, and incident reporting expectations in an Omani/Gulf healthcare context

Identify patient-safety risks in physiotherapy (falls, manual handling, electrotherapy burns, infection control) and specify preventive controls for each

Analyse at least five original ethical dilemmas and justify a defensible course of action with reference to professional codes

Consolidate all domains through two full-length timed mock examinations under exam conditions and record scores by domain

Review every incorrect or uncertain item and produce a corrected one-line rationale for each

Revisit the weakest sub-areas identified in week 1 and confirm closure with targeted recall testing

Rehearse exam-day logistics: time allocation per question, flagging strategy, and a stress-management routine