Service Robot Jobs and Salary: Careers Guide

What a Robot Service Technician Actually Does

A robot service technician installs, commissions, calibrates, and repairs robotic systems in the field. The U.S. Bureau of Labor Statistics groups the work under industrial machinery mechanics and reports a 2024 median annual wage of $63,650, with the top 10 percent above $88,220. Robotics-specialized roles typically sit at the upper end of that range because vendor training, controls certifications, and travel add scarcity.

The engineer variant does more root-cause and integration work. BLS mechanical engineer data lists a 2024 median of $102,320, and electrical and electronics engineers at $117,680 — the two disciplines most robot service engineers are recruited from.

Neither title is standardized. The same person might be called a field service technician at FANUC, a customer field service engineer at Intuitive Surgical, a robotics service engineer at KUKA, or a service robot specialist at a systems integrator. Compare scope of work, not job title, when reading offers.

Salary Bands by Employer Tier

Salary data below combines BLS occupational medians (confirmed) with employer-specific self-reported ranges from Glassdoor (estimated, employee-submitted). The Bot Scout flags which is which because Glassdoor bands change as new submissions arrive; see Glassdoor Salaries for the live figure.

Industrial arm OEMs — KUKA, ABB, FANUC America, Yaskawa Motoman — pay a premium for candidates who can debug their controller family (KRC, IRC5/OmniCore, R-30iB, YRC1000). That controller literacy is the single largest lever on the offer.

Medical service pays higher because of uptime SLAs and hospital access requirements. Intuitive Surgical Customer Field Service Engineer (CFSE) postings routinely require weekend coverage and a clean driving record, and pay above general industrial ranges accordingly.

Consumer service pays least because depot repair is centralized and scripted; see iRobot careers and third-party authorized service networks.

Where the Jobs Are: Top Employers to Watch

Openings cluster in four bands: industrial arm OEMs, medical robotics OEMs, mobile/AMR vendors, and multi-brand integrators. Integrators often hire the widest because they service every controller a customer already owns.

For sector context, the International Federation of Robotics tracks the industrial installed base and the Association for Advancing Automation (A3) tracks North American shipments — both are the honest headcount input for how many field techs a region actually needs.

• Industrial arms — FANUC America, ABB Robotics, KUKA, Yaskawa Motoman, Kawasaki, Stäubli, Universal Robots.
• Medical robotics — Intuitive Surgical (da Vinci), Stryker (Mako), Medtronic (Hugo), Zimmer Biomet (ROSA).
• Mobile and AMR — Boston Dynamics, Locus Robotics, Symbotic, 6 River Systems (Ocado), Zebra Fetch.
• Consumer and prosumer — iRobot, Ecovacs, Roborock authorized service partners.
• Multi-brand integrators — Motion Controls Robotics, Genesis Systems (IPG), JR Automation (Hitachi), Applied Manufacturing Technologies.

Training Paths That Actually Get Interviews

The reliable pipeline is a 2-year associate degree in mechatronics, electromechanical technology, or industrial maintenance, followed by an OEM certification. FANUC America's CERT program partners with over 1,600 U.S. schools and issues operator, programmer, and maintenance credentials that hiring managers recognize on a resume.

Yaskawa Motoman Academy, ABB Robotics University, and KUKA College run vendor-specific service courses that most field roles will send a new hire through in the first year.

Military electronics and avionics backgrounds transfer well; registered apprenticeships through the U.S. Department of Labor now include mechatronics and industrial robotics occupations, and the SkillBridge program feeds transitioning service members into OEM training pipelines.

A four-year electrical or mechanical engineering degree is the more common route into engineer titles, but the practical short cut is the same: get on a controller family, get certified, then move brands only when the pay bump exceeds the retraining cost.

• Associate degree in mechatronics or electromechanical technology (2 years).
• OEM operator + maintenance certification on at least one controller family.
• PLC literacy — Allen-Bradley/Rockwell and Siemens are the two most-asked.
• Industrial networking basics — EtherNet/IP, PROFINET, safety-rated I/O.
• Safety standards fluency — ISO 10218-1:2025 and ISO/TS 15066:2016.

What Buyers of Robotic Systems Should Ask About Service Staffing

For a plant or hospital buying the robot, service staffing is a purchase term rather than an afterthought. Confirm whether the OEM covers your ZIP code with W-2 field engineers or subcontracts to a partner; response-time SLAs mean nothing if the nearest tech is a plane ride away. OSHA notes that a large share of robot incidents happen during programming, setup, and maintenance — the exact windows a service call opens.

Ask for the mean time to on-site, mean time to repair, and the escalation path in writing. Ask which failures the OEM triages remotely and which require a truck roll. Ask whether the tech carries the spare drive, cable, or teach pendant your model uses, or whether that ships from a regional depot on a next-day ground.

The candidate side of that conversation is the same, in reverse: an offer that names the service region, on-call rotation, per-diem policy, and vehicle allowance is more predictable than one that leaves those to interpretation.