MFSEM Written study plan

Map the musculoskeletal curriculum into a one-page matrix covering region, common injury, mechanism, key examination finding, and initial management.

Rehearse a structured history and examination sequence for the shoulder, knee, and ankle across three simulated cases, verbalizing each step aloud.

Compare conservative care, injection, and surgical-referral thresholds for five common sports injuries using guideline-level principles.

Build a spaced-repetition deck of 60 source-neutral musculoskeletal prompts and tag each by region and difficulty.

Rehearse red-flag screening for cauda equina, compartment syndrome, and fracture in sport-specific scenarios.

Interpret 15 ECG tracings for rate, rhythm, axis, ischemia, and hypertrophy, writing a structured interpretation for each.

Differentiate exercise-associated bronchoconstriction, asthma, and vocal-cord dysfunction using history and provocation patterns.

Apply return-to-play criteria to three concussion cases with graded exertion and symptom-limited progression.

Calculate training load, acute-to-chronic workload ratios, and recovery intervals for three athlete scenarios.

Explain energy-system contribution and fatigue mechanisms for sprint, endurance, and repeated-sprint events in plain language.

Prescribe progressive exercise for tendinopathy, bone stress injury, and post-operative knee rehabilitation using load principles.

Design an 8-week return-to-running progression with measurable progression and regression criteria.

Interpret 20 ECGs with attention to channelopathy, cardiomyopathy, and athlete's heart versus pathology.

Summarize exercise prescription and safety considerations for athletes with type 1 diabetes, asthma, and thyroid disease.

Evaluate syncope, palpitations, and exertional chest pain using a risk-stratified clinical approach.

Compare heat illness, hyponatremia, and rhabdomyolysis using field-side recognition and first-response priorities.

Rehearse the first five minutes of an on-field emergency for cardiac arrest, anaphylaxis, and suspected cervical spine injury.

Apply anti-doping rules to therapeutic-use-exemption, supplement, and sample-collection scenarios.

Draft a medical coverage checklist for a mass-participation endurance event, including staffing, equipment, and transfer thresholds.

Explain environmental risk modification for heat, cold, lightning, and air quality using measurable trigger points.

Design an injury-prevention program for a team sport using load management, strength, balance, and screening evidence.

Outline the doping-control process from notification through sample collection and results management.

Build an emergency action plan with venue access, communication tree, equipment location, and transport destinations.

Compare pre-participation screening models and their limitations for young and masters athletes.

Audit the error log and rank the five weakest subtopics across all four domains.

Complete two timed 30-item mixed sets under exam conditions and review every incorrect or guessed answer.

Teach back three high-yield decision rules to a study partner or record a five-minute audio explanation.

Consolidate guideline-level thresholds for return-to-play, doping, heat, and cardiac screening into one summary sheet.

Re-test the five weakest subtopics from week 7 and document score change.

Complete one 80-item timed mock examination with strict section timing and no notes.

Review all error-log entries and convert recurring misses into three exam-day checklists.

Rehearse a concise exam strategy for stem interpretation, distractor elimination, and time allocation.