Physical Therapist Aides

Record treatment given and equipment used.

AI: Fully automatable - Recording treatments and equipment use can be fully automated through EHR integrations, voice capture, and sensor logs.

Schedule patient appointments with physical therapists and coordinate therapists' schedules.

AI: Fully automatable - Full — AI-driven scheduling systems and calendar integrations can autonomously book and coordinate appointments and manage therapists' schedules with high reliability today.

Perform clerical duties, such as taking inventory, ordering supplies, answering telephone, taking messages, or filling out forms.

AI: Fully automatable - Full — clerical tasks like inventory logging, ordering, answering calls, taking messages, and form completion are readily automatable with existing software and AI tools.

Clean and organize work area and disinfect equipment after treatment.

AI: Partial - Some cleaning tasks can be handled by robots, yet thorough disinfection and organization of therapy equipment typically require human labor and judgment.

Instruct, motivate, safeguard, or assist patients practicing exercises or functional activities, under direction of medical staff.

AI: Partial - AI can instruct and motivate patients and monitor exercises remotely, but physically assisting and safeguarding patients during activities requires human presence.

Administer active or passive manual therapeutic exercises, therapeutic massage, or heat, light, sound, water, or electrical modality treatments, such as ultrasound.

AI: Partial - While AI controls some modalities and provides guidance, administering manual therapeutic exercises and hands-on massage or setting up modalities like ultrasound require human therapists.

Transport patients to and from treatment areas, using wheelchairs or providing standing support.

AI: Partial - Partial — mobility aids and robotic transport exist, but safe lifting and providing standing support still require human judgment and hands-on assistance for most patients as of 2025.

Change linens, such as bed sheets and pillow cases.

AI: Partial - Partial — simple linen-changing is mechanically straightforward and could be automated in controlled settings, but widespread reliable robotic performance in cluttered, variable patient rooms is limited.

Secure patients into or onto therapy equipment.

AI: Partial - Partial — robots and fixtures can assist with securing patients to equipment, but ensuring correct, safe positioning for diverse patients typically needs human oversight and clinical judgment.

Measure patient's range-of-joint motion, body parts, or vital signs to determine effects of treatments or for patient evaluations.

AI: Partial - AI and sensors (camera, wearables) can measure range of motion and vitals reliably, but interpreting those measurements for nuanced treatment decisions still requires human clinical judgment and oversight.

Observe patients during treatment to compile and evaluate data on patients' responses and progress and report to physical therapist.

AI: Partial - Partial — AI can monitor vitals and movement and generate objective progress data, but nuanced interpretation and clinical decisions still require a licensed therapist's input.

Administer traction to relieve neck or back pain, using intermittent or static traction equipment.

AI: Partial - Automated traction devices can apply intermittent or static forces under programmed control, but safe, individualized administration and monitoring still need human supervision and hands-on intervention for many patients.

Confer with physical therapy staff or others to discuss and evaluate patient information for planning, modifying, or coordinating treatment.

AI: Partial - Partial — AI can summarize records and suggest options, but collaborative clinical planning and modification require human clinicians for final evaluation and responsibility.

Arrange treatment supplies to keep them in order.

AI: Partial - Partial — inventory tracking and optimization can be automated, and simple physical organization could be handled by robots in structured environments, but general-purpose organizing in busy clinics remains partly manual.

Maintain equipment or furniture to keep it in good working condition, including performing the assembly or disassembly of equipment or accessories.

AI: Partial - Partial — diagnostic checks and routine maintenance can be supported by AI and specialized robots, but complex repairs, adjustments, and safe assembly/disassembly usually need human technicians.

Assist patients to dress, undress, or put on and remove supportive devices, such as braces, splints, or slings.

AI: Partial - Partial — assistive devices and some robotic aids can help with dressing and donning supports for select patients, but broad, safe, and dignified assistance across patient types still depends on human aides.

Train patients to use orthopedic braces, prostheses, or supportive devices.

AI: Partial - AI can deliver instructional coaching, video guidance, and tele-rehab for using braces or prostheses, but hands-on demonstration, individualized correction, and complex adjustments usually require human therapists.

Fit patients for orthopedic braces, prostheses, or supportive devices, adjusting fit as needed.

AI: Partial - 3D scanning, CAD, and robotic fabrication assist substantially with fitting, but final fitting and tactile adjustments for comfort and function still typically need a clinician's hands-on work.

Participate in patient care tasks, such as assisting with passing food trays, feeding residents, or bathing residents on bed rest.

AI: Partial - Robotic aids and assistive devices can help with feeding and some transfer tasks, but the full range of patient-care activities (feeding, bathing, bedside hygiene) still requires human caregivers for safety, judgment, and personal care.