Respiratory Therapy Technicians

Keep records of patients' therapy, completing all necessary forms.

AI: Fully automatable - AI systems can automatically document therapies, populate and validate required forms, and integrate with EHRs to complete recordkeeping with high reliability.

Work with patients in areas such as the emergency rooms, neonatal or pediatric intensive care, or surgical intensive care, treating conditions such as emphysema, chronic bronchitis, asthma, cystic fibrosis, or pneumonia.

AI: Partial - AI and automation provide monitoring, decision support, and partial device control in intensive care respiratory care, but hands-on interventions and full patient management still require human respiratory therapists.

Monitor patients during treatment and report any unusual reactions to the respiratory therapist.

AI: Partial - AI can continuously monitor vitals and flag unusual reactions and produce alerts or reports, but it cannot fully replace human clinical judgment and interpersonal reporting to the respiratory therapist.

Use ventilators or various oxygen devices or aerosol and breathing treatments in the provision of respiratory therapy.

AI: Partial - AI can manage ventilator parameters in closed‑loop systems and guide device use, but cannot fully perform the range of hands‑on tasks and situational adjustments across clinical settings.

Follow and enforce safety rules applying to equipment.

AI: Partial - AI can monitor equipment usage and detect safety violations or failures and alert staff, but it cannot independently enforce rules or assume final responsibility for safety decisions.

Set equipment controls to regulate the flow of oxygen, gases, mists, or aerosols.

AI: Partial - Some devices support automated or remote control of flows and settings and AI can recommend or adjust parameters, but initial setup, exceptions, and many on‑site adjustments still require human oversight.

Collect and analyze arterial blood gas samples.

AI: Partial - Laboratory analyzers and AI can analyze arterial blood gas results, but the invasive arterial sample collection requires a trained human and cannot be performed by AI alone.

Read and evaluate physicians' orders and patients' chart information to determine patients' condition and treatment protocols.

AI: Partial - AI can read orders and extract chart information to suggest treatment protocols, but final evaluation and decisions require human clinical interpretation and authorization.

Assess patients' response to treatments and modify treatments according to protocol if necessary.

AI: Partial - AI can assess response metrics and propose or apply protocolized adjustments (and perform limited closed‑loop changes), but comprehensive clinical assessment and autonomous treatment modification are not fully reliable without humans.

Administer breathing or oxygen procedures, such as intermittent positive pressure breathing treatments, ultrasonic nebulizer treatments, or incentive spirometer treatments.

AI: Partial - AI can control device‑delivered therapies and provide instructions or automation for some treatments, yet administering procedures and managing patient interaction and variability remain largely human tasks.

Prepare or test devices, such as mechanical ventilators, therapeutic gas administration apparatus, environmental control systems, aerosol generators, or electrocardiogram (EKG) machines.

AI: Partial - AI can run diagnostics, perform software tests, and guide technicians through calibration, but physical preparation, handling, and certain functional tests of devices still require human technicians.

Explain treatment procedures to patients.

AI: Partial - AI can generate clear, standardized explanations and conversational guidance for patients but lacks the in-person nuance and hands-on demonstration needed in many cases.

Interview or examine patients to collect clinical data.

AI: Partial - AI can collect histories and some remote sensor data reliably, but cannot perform tactile or hands-on components of a physical examination required for complete clinical assessment.

Provide respiratory care involving the application of well-defined therapeutic techniques under the supervision of a respiratory therapist and a physician.

AI: Partial - AI can automate protocol guidance and assist device settings for well-defined therapies, but cannot reliably perform hands-on respiratory care techniques without human operators.

Perform diagnostic procedures to assess the severity of respiratory dysfunction in patients.

AI: Partial - AI can automate and interpret many diagnostic tests (e.g., spirometry, imaging analytics) but cannot fully replace the human-performed procedural aspects of diagnostic testing.

Clean, sterilize, check, and maintain respiratory therapy equipment.

AI: Partial - AI can manage checklists, schedules, predictive maintenance and guide sterilization workflows, but actual cleaning and sterilization actions still require human or specialized robotic execution and oversight.

Teach patients how to use respiratory equipment at home.

AI: Partial - AI can provide instructional materials, interactive coaching, and remote competency checks for home equipment use, but in-person demonstration and verification remain necessary for some patients.

Recommend or review bedside procedures, x-rays, or laboratory tests.

AI: Partial - AI can accurately review x‑rays and lab results and suggest bedside procedures, but final recommendations and bedside procedural decisions still require human clinical judgment and authority.

Teach or oversee other workers who provide respiratory care services.

AI: Partial - AI can deliver training, monitor performance, and offer supervisory recommendations, but cannot fully replace human leadership, real‑time judgment, and accountability in overseeing staff.