Loading career profile…
Gathering salary data, outlook, and education paths
Home› Career Explorer› Loading...
⏳

Starting Salary
Median Salary
Top Earners
Job Growth
Professionals in USA

Career Overview

Robotics technicians work hands-on with industrial robots, robotic arms, automated guided vehicles, and related control systems. They assemble and install equipment, program and calibrate robots, run diagnostic tests, troubleshoot mechanical, electrical, and software faults, and perform preventive maintenance to minimize costly downtime. They read schematics, use PLCs and teach pendants, and work closely with engineers and production teams to keep systems performing to spec.

Demand is rising as manufacturing, logistics, food processing, automotive, healthcare, and warehousing adopt automation to address labor shortages and boost productivity. The work blends electronics, mechanics, pneumatics, and programming, offering a clear path into automation engineering, controls specialization, or supervisory roles. Most positions are on-site, often on shop floors, with occasional overtime, shift work, or travel for field service.

Salary Range (US, estimates)

Entry level$40,000
Median$62,000
Senior$85,000
Top 10%$105,000

Key Statistics

Job growth+9%
Professionals in the USA0.1 million
Typical hours/week42 hrs
Remote work share2%
Annual job openings12,000/yr
Demand5.3 / 10 (Moderate)

Education Paths

  • Required minimum: High School Diploma + On-the-Job Training — Entry-level maintenance or assembly roles may hire with a diploma and basic mechanical or electrical aptitude, with employers providing training on specific robotic systems. Advancement is typically slower without formal credentials.
  • Most common: Associate Degree in Robotics, Mechatronics, or Electromechanical Technology — A two-year program covering electronics, PLCs, pneumatics, motor controls, CAD, and robot programming, usually with lab-based hands-on work. This is the most common route into technician roles and a stepping stone to a bachelor's in automation or engineering technology.

Certifications

  • Accelerator: Industry Certifications (FANUC, ABB, KUKA, Certified Robotics Technician, PLC) — Vendor-specific robot certifications and credentials such as ones from A3 or ISA demonstrate practical competence, shorten ramp-up time, and often lead to higher starting pay and faster promotion into controls or field service roles.

Browse certifications →

Core Skills

  • Mechanical assembly and repair
  • Electrical and electronic troubleshooting
  • PLC and robot programming (e.g., FANUC, ABB, Python)
  • Reading schematics and technical manuals
  • Sensor, actuator, and machine vision calibration
  • Safety compliance and lockout/tagout procedures

Pros

  • Strong job demand driven by growth in automation across many industries
  • Hands-on, varied work that mixes mechanical, electrical, and software skills
  • Accessible entry through associate degrees, certificates, or apprenticeships without heavy student debt
  • Clear career advancement paths into engineering, supervision, or specialist roles

Cons

  • Work can involve on-call hours, night shifts, or urgent breakdown calls
  • Physically demanding at times, including lifting, standing, and working in tight or noisy spaces
  • Safety risks around high-voltage and moving machinery require constant vigilance
  • Rapidly changing technology demands continuous learning and retraining

AI Impact on This Career

AI is accelerating robot deployment across manufacturing, logistics, healthcare, and agriculture, which is increasing demand for technicians who install and maintain these systems. AI-driven diagnostics and predictive maintenance tools are changing how faults are found, but physical repair and hands-on calibration remain human work.

Automation exposure: Routine monitoring, log analysis, predictive maintenance alerts, parts-failure forecasting, and basic software diagnostics are increasingly automated. Some programming and configuration tasks are being simplified by low-code and AI-assisted tools.

The human edge: Hands-on troubleshooting in unpredictable real-world environments, physical repair of mechanical and electrical components, installation in unique facilities, and on-the-spot judgment during failures are very hard for AI to replicate. Technicians also bridge operators, engineers, and safety requirements in ways that require trust and communication.

Figures are estimates for exploration — verify current data with BLS.gov.