Report · estimate
Physical Therapy Shoulder Mobility Assessment and Personalized Recovery Plan
“Perform a physical therapy assessment on a patient's shoulder mobility and create a personalized recovery plan”
Summary · Conduct an in-person physical therapy shoulder mobility assessment and produce a personalized recovery plan document for the patient.
AI verdict
·
poor
The core of this task is a licensed, hands-on clinical assessment that AI physically cannot perform. AI can assist with drafting recovery plan documentation after the assessment is done, but cannot replace the diagnostic judgment, physical evaluation, or legal accountability that a licensed PT provides. Using AI as a standalone solution here is clinically unsafe.
Where AI helps most
AI can significantly reduce the time a PT spends on documentation — generating structured recovery plan drafts, exercise instruction sheets, and progress note templates from brief clinical inputs — freeing the clinician to spend more time on patient care.
10× / week
5 hrs
saved per week using AI
Worker comparison
six profiles| Worker | Time | Cost | What you actually get | Conf. |
|---|---|---|---|---|
|
01
Solo Individual
DIY on your own time, no contract, no schedule
|
Not realistically performable; requires licensed clinical training and hands-on evaluation | $0 direct cost but legally and clinically dangerous without a license | A layperson cannot safely or legally perform a clinical shoulder assessment or create a defensible recovery plan. Attempting this without training risks misdiagnosis, injury aggravation, and liability. The only realistic path is self-research plus a telehealth or in-person PT appointment. The time estimate here reflects the effort to research and self-document — not a substitute for professional care. | high |
|
02
Solo Expert
Hire a freelance specialist, day rate, scoped per job
|
60–90 minutes total (30–45 min hands-on assessment, 20–30 min plan authoring, 10–15 min documentation) | $150–$350 per session depending on region, PT specialization, and whether insurance is involved | A licensed PT delivers the gold standard here — hands-on palpation, range-of-motion goniometry, strength and stability testing, and clinical judgment informed by patient history. Quality is high if the PT has shoulder/orthopedic specialization. Engagement friction is real: finding an available PT, scheduling (often 1–2 week wait for new patients), insurance authorization delays, and the fact that a single session rarely covers the full assessment and plan handoff. Rework is minimal if the PT is experienced, but if the plan is generic or the patient dissatisfied, there is no easy dispute mechanism — patients typically just stop attending. | high |
|
03
Small Team
Coordinate 2 or 3 freelancers, handoffs and gaps
|
90–120 minutes for the clinical portion; plan review and patient education may add a follow-up session | $200–$450 depending on clinic overhead, assistant involvement, and documentation tools | A PT-led team (e.g., PT plus PT assistant or clinic coordinator) can improve documentation quality and throughput. The PT handles the clinical assessment while support staff manage intake, scheduling, and plan formatting. Quality improves slightly over solo expert for documentation thoroughness and patient communication. However, adding more people introduces coordination overhead and scheduling complexity — aligning patient, PT, and assistant availability can extend calendar-time. Scope creep is rare but plan revisions may require additional appointments. | medium |
|
04
Agency
Account-managed, billable hours, formal scope and SOW
|
2–3 hours across initial assessment, internal review, and formal plan delivery; may span multiple days | $300–$600+ per episode, depending on clinic brand, specialization, and whether imaging or specialist referral is included | A multi-disciplinary rehabilitation clinic provides the most structured care: standardized outcome measures, templated recovery plans, and often EHR-integrated documentation. Quality ceiling is highest here, especially for complex shoulder pathologies. However, engagement friction is significant: intake paperwork, insurance pre-authorization, potential waiting lists, and a bureaucratic referral chain. Patients may be passed between clinicians across visits, risking continuity. Billing disputes and surprise bills are a real risk. The plan itself is often excellent but may feel templated unless the patient advocates for individualization. | medium |
|
05
Enterprise
RFP, procurement, multi-stakeholder approvals
|
3–5 hours of total clinical and administrative time; wall-clock time from referral to plan delivery can be 2–6 weeks | $400–$1,200+ depending on hospital system, payer contracts, and bundled service billing | Hospital-based or large health system PT departments add layers of process: physician referral requirements, prior authorization, EHR documentation mandates, compliance reviews, and multi-disciplinary team sign-off. Quality is high and well-documented but the patient experience is often slow and impersonal. Calendar-time is the biggest friction — a new patient referral can take weeks to clear. The recovery plan may be thorough but ownership is diffuse, and revisions require navigating the same bureaucratic channel again. | medium |
|
AI
AI (Claude / Agent)
AI plus competent human review
|
15–30 minutes to generate a draft educational recovery plan framework; cannot replace the clinical assessment | $0–$20 in AI tool usage for the documentation component only | AI today can meaningfully assist with the documentation and education layer: drafting a structured recovery plan template, summarizing evidence-based shoulder rehabilitation protocols, generating patient-facing exercise instructions with progressions, and producing intake or outcome-measure forms. However, AI fundamentally cannot perform the physical assessment — it cannot palpate tissue, observe gait compensation, measure passive range of motion, or apply clinical judgment to an individual's presentation. Any AI-generated recovery plan not grounded in an actual clinical assessment is a generic protocol, not a personalized plan. Failure modes include giving inappropriate exercise progressions for undiagnosed pathology (e.g., a SLAP tear vs. rotator cuff impingement require different protocols), missing red flags requiring imaging or surgical referral, and creating a false sense of clinical legitimacy. AI is best used as a documentation assistant after a licensed PT has completed the assessment — not as a substitute for it. | high |
This task is a poor fit for AI. See goodaitask.com to check what is worth handing to AI.
Check on Good AI Task →Time, visually
scale 0–300 min
01
Solo Individual
Not realistically performable; requires licensed clinical training and hands-on evaluation
02
Solo Expert
60–90 minutes total (30–45 min hands-on assessment, 20–30 min plan authoring, 10–15 min documentation)
03
Small Team
90–120 minutes for the clinical portion; plan review and patient education may add a follow-up session
04
Agency
2–3 hours across initial assessment, internal review, and formal plan delivery; may span multiple days
05
Enterprise
3–5 hours of total clinical and administrative time; wall-clock time from referral to plan delivery can be 2–6 weeks
AI
AI (Claude / Agent)
15–30 minutes to generate a draft educational recovery plan framework; cannot replace the clinical assessment
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