Ventilators get smarter and monitoring gets more automated, but someone has to physically manage a patient's breathing at the bedside and make life-or-death judgment calls. That's not a software role.
Will AI replace respiratory therapists? The short answer
You keep people breathing, in ICUs, ERs, and homes, and you're wondering whether smarter ventilators are coming for your job. Short answer: no, they're coming for your paperwork. Modern ventilators and monitors do automate a lot of measurement and adjustment, and that's genuinely helpful. But respiratory therapy is hands-on, bedside, physical, and high-stakes: assessing a struggling patient, managing airways in a crisis, adjusting therapy to a specific human body, and exercising clinical judgment when seconds count. I can optimize a setting. I can't physically intervene when a patient is coding.
Set the fear aside and here's the real shape of it: AI replaces tasks, not whole jobs. On Moroporo's task-based assessment, respiratory therapists score 28 out of 100 for AI exposure, landing in the lower exposure range, held down by physical and human factors. It's a directional estimate, not a prognosis, your own number depends on the work you actually do.
What respiratory therapists do that AI can take, and what it can't
The split is firmly in your favor. The measurement-and-monitoring slice is increasingly automated inside the equipment, but the physical, bedside, judgment-under-pressure core of the job is not. Here's where the line sits:
▸ Exposed to AI
- Automated ventilator monitoring and alerts
- Routine data capture and charting
- Standard measurement and trending
- Protocol-based setting suggestions
- Routine documentation
✓ Safer from AI
- Hands-on airway and breathing management
- Bedside assessment of a struggling patient
- Life-or-death judgment in emergencies
- Physically adjusting therapy to a real body
- Patient care, comfort, and communication
What this means if you're in this job
Here's the straight version. The equipment is getting smarter, and that's good, it handles the routine monitoring so you can focus on the patient. But respiratory therapy is fundamentally physical and judgment-driven, performed at the bedside on real, fragile human bodies, often in emergencies. That can't be automated, and demand is growing as populations age. Respiratory therapists who let the machines handle the measurement while they own the hands-on care and the clinical judgment are working with the technology. The job is among the safer ones in healthcare.
Will AI replace respiratory therapists soon? What's actually happening
What's actually happening: ventilators and monitors automate more measurement and alerting, easing the routine load. But respiratory therapy stays hands-on and judgment-driven, and employment is projected to grow strongly with aging populations, technology assists the bedside clinician rather than replacing them.
The 28/100 is the average. What's yours?
Here's the thing, though. That 28 is an average, and even a low one hides the split: the monitoring the machines now handle versus the bedside, hands-on, life-or-death work that is unmistakably yours. Four minutes, no signup, and I'll show you exactly how little of your real job I can touch, which, for you, is good news worth four minutes.
Get my personal risk score →Built on the same task-based framework used in major automation research. No signup, no spam, just your number and a plan.
How we score AI risk for respiratory therapists
The exposure score comes from a task-based framework, the same approach used in major automation research, which measures five dimensions: how routine and structured the work is, how much it happens in the physical world, how much it depends on human connection and trust, how much novel creativity and judgment it requires, and how much trust and accountability a human must carry. Respiratory Therapists score where they do largely because of physical & human. See the full methodology and score your own role →