HTCC CCE study plan

Map the full upper limb assessment sequence from interview and observation through active, passive, and resisted testing, and sequence each step in writing

Define the capsular and ligamentous anatomy of the glenohumeral, acromioclavicular, and elbow joints from memory, then verify against a reference text and correct errors

Differentiate contractile from non-contractile pain patterns using three clinical vignettes you construct yourself

Establish a weekly 7-hour study block schedule that protects two weekday evenings and one weekend morning

Classify common shoulder conditions by presenting pattern, aggravating movements, and expected range-of-motion deficits

Compare rotator cuff tendinopathy, subacromial pain syndrome, adhesive capsulitis, and glenohumeral instability on a self-built comparison table

Explain the rationale for each special orthopedic test you select and state what a positive result actually indicates

Identify red flags in upper limb presentations that require referral rather than rehabilitation

Analyze how scapular dyskinesis alters load transfer to the glenohumeral joint and describe the kinematic chain involved

Summarize the evidence for scapular stabilization exercise versus isolated rotator cuff strengthening in shoulder rehabilitation

Design a progressive rotator cuff loading program across three phases with explicit criteria for advancing between phases

Justify dosage choices (sets, reps, tempo, frequency) using tissue healing timelines

Break down the biomechanics of the overhead throwing motion into phases and identify the tissue stress at each phase

Evaluate return-to-sport criteria for the throwing athlete and explain why time-based criteria alone are insufficient

Interpret how grip and wrist position influence elbow valgus load during throwing

Distinguish medial elbow overload from lateral elbow tendinopathy by mechanism and clinical presentation

Construct a post-operative rehabilitation timeline for rotator cuff repair that respects tendon healing constraints

Modify the same timeline for a different procedure (for example, shoulder arthroplasty or elbow fracture fixation) and articulate why the constraints differ

Specify precauations, allowed range of motion, and strengthening progressions for each protected phase

Predict the most likely complications in each phase and describe the monitoring response

Interpret upper limb outcome measures (for example, DASH, QuickDASH, SPADI, and grip dynamometry) and explain what each captures

Select the appropriate outcome measure for three distinct patient scenarios and defend each choice

Apply a minimal clinically important difference to a sample score change and state whether the change is meaningful

Design a measurement schedule across an episode of care that avoids over-testing

Write two full-length case vignettes covering assessment, diagnosis reasoning, intervention, and progression

Critique your own case reasoning by identifying at least two alternative hypotheses you did not initially consider

Integrate manual therapy, exercise, and education into a coherent plan and justify the relative emphasis of each

Explain how you would modify the plan for a patient with low health literacy or limited access to equipment

Synthesize all prior weeks into a condensed one-page upper limb review sheet written from memory

Complete a timed self-assessment of at least 60 original practice items and categorize every error by cause

Re-teach the three weakest concepts aloud or in writing without consulting notes

Finalize a post-exam continuing education plan targeting the gaps your error analysis revealed