Occupational Therapy Assistants

Perform clerical duties, such as scheduling appointments, collecting data, or documenting health insurance billings.

AI: Fully automatable - Clerical tasks like scheduling, data collection, and billing are highly automatable with current software and AI workflows and can often be handled end‑to‑end.

Order any needed educational or treatment supplies.

AI: Fully automatable - Ordering supplies can be fully automated via inventory management and procurement systems that trigger purchases based on usage and stock levels.

Select therapy activities to fit patients' needs and capabilities.

AI: Partial - AI can generate and recommend tailored therapy activities from databases based on patient data, but selecting final activities requires clinician judgment about nuance, safety, and psychosocial context.

Monitor patients' performance in therapy activities, providing encouragement.

AI: Partial - Automated monitoring (video/sensor analytics) can track performance and provide scripted encouragement, but nuanced motivation and in-person adaptability remain human domains.

Instruct, or assist in instructing, patients and families in home programs, basic living skills, or the care and use of adaptive equipment.

AI: Partial - AI-driven educational tools and telehealth can instruct patients and families in routines and equipment use, yet complex demonstrations, hands-on adjustments, and personalized coaching still need human assistance.

Maintain and promote a positive attitude toward clients and their treatment programs.

AI: Partial - Conversational agents can deliver positive reinforcement and reminders, but genuinely fostering and sustaining a positive therapeutic attitude relies on human empathy and relationship-building beyond current AI capabilities.

Observe and record patients' progress, attitudes, and behavior and maintain this information in client records.

AI: Partial - AI can automate much of the observation, transcription, and structured-record entry from sensors and notes, but accurate interpretation of attitudes and behaviors and clinical judgement for records still require human review.

Aid patients in dressing and grooming themselves.

AI: Partial - Robotic aids and guided instructions can assist with dressing/grooming in some settings, but dependable, safe, and sensitive hands-on assistance for diverse patients is not fully automatable by 2025.

Implement, or assist occupational therapists with implementing, treatment plans designed to help clients function independently.

AI: Partial - AI tools can support implementation by guiding exercises, scheduling, and monitoring adherence, but fully carrying out individualized treatment plans—including safety adjustments and skilled hands-on interventions—requires human therapists.

Communicate and collaborate with other healthcare professionals involved with the care of a patient.

AI: Partial - AI can facilitate communication by summarizing records, generating messages, and coordinating schedules, yet meaningful clinical collaboration and shared decision-making remain centered on human clinicians.

Evaluate the daily living skills or capacities of physically, developmentally, or emotionally disabled clients.

AI: Partial - Automated assessments and sensor-based evaluations can measure many daily living skills, but comprehensive evaluation of capacities across physical, developmental, and emotional domains still needs clinician interpretation and judgment.

Attend continuing education classes.

AI: Partial - AI can provide and even complete continuing-education content and summaries, but cannot fully substitute a human formally 'attending' or meeting credentialing/interactive requirements in many contexts.

Report to supervisors, verbally or in writing, on patients' progress, attitudes, and behavior.

AI: Partial - AI can generate written or spoken summaries of patient progress from records and data, but human clinicians are typically required for nuanced verbal reporting and accountability.

Alter treatment programs to obtain better results if treatment is not having the intended effect.

AI: Partial - AI can analyze outcomes and suggest treatment modifications, but altering programs requires clinical judgment and supervisory/ethical sign-off that AI cannot autonomously provide.

Work under the direction of occupational therapists to plan, implement, or administer educational, vocational, or recreational programs that restore or enhance performance in individuals with functional impairments.

AI: Partial - AI can assist with planning and program design, but implementing and administering hands‑on educational, vocational, or recreational programs under therapist direction requires human presence and interpersonal skills.

Teach patients how to deal constructively with their emotions.

AI: Partial - AI can deliver psychoeducation, coaching, and evidence‑based skill training, but teaching emotional coping in clinical contexts requires relational skills and safeguards that limit full automation.

Demonstrate therapy techniques, such as manual or creative arts or games.

AI: Partial - AI can produce instructional videos or step‑by‑step guidance for techniques, but physically demonstrating manual therapy or facilitating creative arts in person cannot be fully automated at scale.

Assemble, clean, or maintain equipment or materials for patient use.

AI: Partial - Some aspects of equipment assembly, cleaning, and maintenance can be automated or supported by AI, but most settings still require human hands-on work and oversight.

Attend care plan meetings to review patient progress and update care plans.

AI: Partial - AI can prepare reports, join virtually to present data, and propose care-plan updates, but attending multidisciplinary meetings and making collaborative clinical decisions remains a human responsibility.

Transport patients to and from the occupational therapy work area.

AI: Partial - AI can coordinate scheduling, navigation, and operate some transport robots in limited settings, but cannot reliably perform complex, safe patient transfers or hands‑on assistance across typical clinical contexts as of 2025.

Design, fabricate, or repair assistive devices or make adaptive changes to equipment or environments.

AI: Partial - AI can generate designs, optimize assistive-device blueprints, and control automated fabrication equipment, but physical customization, fitting, and complex repairs still require human technicians and clinical judgment.

Assist educational specialists or clinical psychologists in administering situational or diagnostic tests to measure client's abilities or progress.

AI: Partial - AI can administer, score, and log many standardized digital tests and assist examiners, but situational/diagnostic tests that require in‑person observation, rapport, or adaptive judgment still need human involvement.