Menu
Respiratory Therapist
Three components - Automation Resistance, Structural Moat, and Demand - add up to 82.
Bedside assessment, setup, troubleshooting, blood gases, code support, transport ventilation, patient education, and urgent communication keep replacement pressure low. Ventilators and monitors already automate pieces of care, but they mostly add protocol, alert, and trend support.
observed AI exposure of 0% and modeled median job-loss risk of 1.11%. Both sit in the lowest-risk range, and bedside respiratory care pushes the score near the top.
useful support with limited worker-side capture. Ventilator dashboards, protocols, alarms, documentation tools, and triage support can help RT workflow, but the gains usually sit inside hospital staffing and device systems.
The moat comes from state licensure, NBRC credentialing, accredited training, and real bedside conditions. The work is not just machine operation; it includes airway risk, infection exposure, transport, ICU response, and patient-equipment judgment. CoARC-accredited education and NBRC credentials give the role a floor beyond general equipment operation.
bedside respiratory care. Exact physical fields were unavailable, so the score uses ventilator setup, oxygen delivery, airway care, codes, transport, equipment handling, hospital presence, and infection exposure.
an associate-degree and exam-linked state license gate in most states, with limited exceptions and state-to-state variation making that gate real but uneven.
low direct robotics replacement. Ventilators and monitors automate functions, but they do not replace bedside assessment, troubleshooting, urgent response, or communication with the care team.
the associate-degree respiratory therapy route plus the national Registered Respiratory Therapist credential plus state licensure.
Demand is supported by aging, chronic lung disease, neonatal and pediatric care, intensive care, emergency response, pulmonary testing, and home respiratory needs. Hospital budgets, reimbursement, and staffing models keep the demand score in the middle-high range.
Federal projections show 139.6K respiratory-therapist jobs in 2024, 12.1% growth, and 8.8K annual openings. Annual openings are about 6.3% of the 2024 workforce.
The demand source is aging, chronic lung disease, neonatal care, intensive care, and emergency response create real demand, while hospital budgets and device automation shape staffing.
Demand stays resilient because bedside setup, troubleshooting, and response remain durable, but the work is tied to hospital utilization, reimbursement, and increasingly automated equipment.
The threshold is closed-loop ventilation that moves beyond support and safely handles routine adjustment across normal ICU and emergency cases. Better alarms, dashboards, or protocol reminders would not be enough because the RT still checks the patient and equipment. ICU and emergency bedside assessment would be the proof point, not smarter prompts alone.
A major licensure-compact or reciprocity expansion would cross the threshold if it made RT labor more portable across large states. Easier mobility could improve staffing and worker options, but a single state rule change would not be enough. State licensure and NBRC portability would be the evidence to watch.
A sustained hospital move to cut RT coverage per unit would cross the threshold if it spread across ICU, emergency, neonatal, and general respiratory care. Temporary staffing shortages or one system's scheduling model would not be enough. Coverage models across high-acuity and general units would be the signal.