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Surgical Technologist
Three components - Automation Resistance, Structural Moat, and Demand - add up to 71.
Direct replacement risk is near zero, while AI mostly improves operating-room workflow rather than the scrub role itself. Schedules, preference cards, robotic setup, documentation, and inventory help; sterile hands-on work remains with patients under anesthesia.
observed AI exposure of 0.0 and modeled median job-loss risk of 0%. Sterile-field setup, instrument passing, counts, specimens, and intraoperative response are hands-on tasks in a live procedure.
useful but employer-centered support. AI and software can help with preference cards, scheduling, inventory, documentation, turnover tracking, and robotic-system support, but the scrub tech is usually a salaried employee.
The structural moat is solid because operating-room work is physical and safety-sensitive, but state regulation and credential depth are more moderate. Certification helps where hospitals or state rules require it; uneven law caps protection nationally.
a clinical-setting estimate because detailed physical fields were mostly unavailable. Long standing, sterile field work, sharps, blood and body fluids, specimens, equipment, and procedure pressure make the environment demanding.
certification and some state rules rather than a uniform license. Certified Surgical Technologist certification and accredited education matter for hiring, and some states regulate the role, but the legal gate is uneven.
procedure variability and sterile-field dexterity. Surgical robots are already in operating rooms, but they add setup, docking, instrument, turnover, and troubleshooting tasks rather than replacing the scrub role.
The pathway follows the postsecondary certificate or associate-degree route plus the national surgical-technologist credential.
Demand combines a real operating-room labor market with moderate growth and uneven state credential gates. Hospital versus surgery-center mix, call requirements, service lines, certification rules, ambulatory growth, wages, and worker pay shape the job locally.
Federal projections show 115.6K surgical-technologist jobs in 2024, 4.5% growth, and 7.0K annual openings. Annual openings are about 6.1% of the 2024 workforce.
The demand signal is operating rooms need surgical technologists, but the role is supervised and state credential gates are uneven.
Demand stays resilient because sterile setup, instrument passing, counts, specimens, and room turnover remain durable, while moderate growth and uneven regulation limit the result.
Robotic surgery reducing the need for scrub support in common procedures would pressure robotics resistance and demand for lower-complexity rooms first. The evidence would be ordinary operating-room staffing grids across routine procedure schedules, payroll data, and daily case mix locally.
A broader state-law move that makes certification or registration a normal legal gate would make the role harder to enter casually and raise structural protection. The evidence would be hospital requirements, state rules, ordinary hospital job postings, and pay locally.
Sustained hiring growth from ambulatory surgery centers that raises openings or wages could support demand, though it may shift jobs toward fast-turnover rooms with tighter staffing. The evidence would be ordinary surgery-center pay and staffing across normal regional labor markets.