Respiratory therapists

What AI will never replace

Manually bagging a patient during a code blue while running down a hospital corridor to the ICU is a physical emergency response no AI can perform. A respiratory therapist listens to subtle changes in lung sounds through a stethoscope and physically adjusts endotracheal tube positioning based on what they hear and feel — tactile clinical judgment in real time. Coaching a panicking COPD patient through a breathing exercise during an acute exacerbation requires calm human presence and hands-on chest physiotherapy simultaneously.

AI exposure: 4/10

Respiratory therapy involves a significant amount of physical, hands-on patient care, such as performing chest physiotherapy, intubating patients, and maintaining equipment in real-time clinical environments. While AI will heavily assist in diagnostic analysis, ventilator setting optimization, and patient monitoring, the core of the job requires physical presence and interpersonal interaction that cannot be digitized.

AI advantage: 4/10

The core of the work is physical and clinical, involving manual procedures like chest physiotherapy and the hands-on operation of ventilators. AI provides moderate advantages by assisting with diagnostic data analysis, optimizing ventilator settings through predictive modeling, and streamlining the documentation of patient progress.

Job growth outlook: 6/10

AI will drive demand for respiratory therapists by enabling more sophisticated remote monitoring and home-based care, allowing therapists to manage larger, more complex patient populations outside of hospitals. While AI can automate diagnostic data analysis, the physical nature of the role—such as airway clearance and ventilator management—remains human-dependent, and AI-driven early detection of respiratory distress will likely increase the volume of patients requiring professional intervention.

Career details

• Typical education: Associate's degree
• Median annual pay: $80,450
• 10-year outlook: Much faster than average