Robotics Technician

Robotics technicians install, maintain, program, and troubleshoot the automated systems transforming modern manufacturing, warehousing, and logistics.

With a median salary of $62,750 and growing demand driven by the rapid adoption of automation across industries, this career blends hands-on mechanical work with programming and electrical skills.

What Does a Robotics Technician Do?

Robotics technicians – formally classified by the BLS as Electro-Mechanical and Mechatronics Technologists and Technicians – operate, test, maintain, and calibrate automated, servo-mechanical, and electromechanical equipment. They serve as the bridge between the engineers who design robotic systems and the production teams who rely on them every day.

Core responsibilities include:

• Installation and setup. Unloading, positioning, and mounting robotic arms, automated guided vehicles (AGVs), collaborative robots (cobots), and other automated equipment. Running power, data, and pneumatic lines. Performing initial calibration and testing.
• Programming and teach pendant operation. Writing, modifying, and optimizing robot programs using manufacturer-specific languages (FANUC TP, ABB RAPID, KUKA KRL, Universal Robots Polyscope). Creating motion paths, setting speeds, configuring I/O signals, and programming end-of-arm tooling sequences.
• Troubleshooting and diagnostics. Identifying the root cause when a robotic cell goes down – whether the fault is mechanical (worn bearings, backlash), electrical (faulty sensor, wiring issue), pneumatic (air leak, cylinder failure), or software-related (logic error, communication fault). Reading error codes, using multimeters and oscilloscopes, and analyzing PLC logic.
• Preventive maintenance. Following manufacturer-recommended maintenance schedules to replace grease, check cable harnesses, inspect brakes, verify repeatability, and update firmware. Tracking maintenance history and recommending replacement cycles.
• Integration and upgrades. Working with engineers to integrate robots with vision systems, force/torque sensors, conveyor tracking, and other peripheral equipment. Performing cell modifications when production requirements change.
• Safety system maintenance. Verifying proper operation of light curtains, safety scanners, interlocked gates, emergency stops, and safety-rated PLC functions. Ensuring compliance with OSHA and ANSI/RIA standards for industrial robot safety.
• Documentation. Maintaining wiring diagrams, program backups, maintenance logs, and risk assessments for each robotic cell.

A Day in the Life of a Robotics Technician

You arrive at the plant at 6:30 a.m. to overlap with the third-shift maintenance crew. The night supervisor flags you down – Cell 14, a FANUC welding robot on the truck frame line, faulted out at 3 a.m. with an overtravel alarm. You check the error log on the teach pendant, then manually jog the robot off the overtraveled axis. A quick inspection reveals the issue: a fixture clamp cylinder failed to retract fully, and the robot hit the clamp during its approach motion. You replace the worn cylinder seal, test the clamp, then modify the robot program to add a check for the cylinder sensor before the robot moves into position. Cell 14 is running again by 8:00 a.m.

Mid-morning you shift to a scheduled project: integrating a new 2D vision system on a pick-and-place cell. The vision camera arrived last week and you have already mounted it and run the Ethernet cable. Today you configure the camera software to locate parts on a conveyor, calibrate the coordinate system between the camera and the ABB robot, and write the communication routine so the robot receives part coordinates and picks them correctly. It takes several rounds of test cycles, adjusting lighting and detection thresholds, before the system is reliably identifying parts at line speed.

After lunch you perform quarterly preventive maintenance on three Universal Robots cobots in the assembly area. You check each robot’s joint torque readings against baseline values, inspect cable harnesses for wear, verify safety functions by triggering each e-stop and light curtain, and back up the programs to the server. One cobot is showing slightly elevated torque on Joint 2, so you flag it for the maintenance planner to schedule a deeper inspection next month.

The last hour of the day you attend a meeting with a process engineer about an upcoming project: adding two robots to a packaging line. You review the cell layout drawing, discuss cycle time requirements, and identify the pneumatic, electrical, and data infrastructure that will need to be installed before the robots arrive.

Robotics Technician Salary and Job Outlook

National Salary Overview

Source: U.S. Bureau of Labor Statistics, 2024 data (SOC 17-3024: Electro-Mechanical and Mechatronics Technologists and Technicians).

What Affects Your Pay

• Industry. Automotive manufacturing, aerospace, semiconductor fabrication, and pharmaceutical production tend to pay the highest wages. Warehousing and logistics automation is a fast-growing sector with competitive pay.
• Robot brand expertise. Technicians certified on multiple robot platforms (FANUC, ABB, KUKA, Yaskawa, Universal Robots) are more valuable to employers and integrators who work across brands.
• Additional skills. PLC programming (Allen-Bradley, Siemens), vision system configuration, and electrical skills push earnings toward the top quartile.
• Location. States with dense manufacturing sectors – Michigan, Ohio, Indiana, California, Texas – have the strongest demand and often higher wages.
• Employer type. System integrators (companies that design and build robotic cells) often pay more than end-user manufacturers because the work requires broader skills and travel.

Job Outlook

The BLS projects 5% growth, but the broader robotics and automation industry is expanding faster than this narrow classification suggests. The International Federation of Robotics reports record global robot installations year after year, and the warehouse automation boom driven by e-commerce is creating a new category of demand. Many employers report difficulty finding qualified robotics technicians, making this a strong career choice for the foreseeable future.

How to Become a Robotics Technician

Education Pathways

Associate degree in mechatronics, robotics, or industrial automation (2 years). This is the most common entry path. Programs cover electrical circuits, PLCs, mechanical systems, hydraulics/pneumatics, motor controls, and robot programming. Many programs include hands-on labs with actual industrial robots. An associate degree typically satisfies employer requirements for this role.

Technical certificate (6-12 months). Shorter certificate programs in industrial maintenance, automation, or mechatronics provide foundational skills. These work well for career changers or people who already have mechanical or electrical experience.

Bachelor’s degree in engineering technology (4 years). A bachelor’s in electromechanical, mechatronics, or manufacturing engineering technology opens doors to higher-level positions and faster advancement into engineering roles.

On-the-job training and manufacturer courses. Some technicians enter through general industrial maintenance positions and learn robotics on the job, supplemented by manufacturer training courses (FANUC CERT, ABB training, etc.). This path takes longer but is viable for experienced maintenance workers adding robotics to their skill set.

Typical Timeline

Licensing and Certification

State Licensing

No state-specific license is required to work as a robotics technician. However, if your work involves electrical wiring beyond low-voltage control circuits, some states may require an electrician’s license or supervision by a licensed electrician for certain tasks.

Industry Certifications

• FANUC CERT (Certified Education Robot Training). The most widely recognized robot manufacturer certification. Multiple levels cover handling, welding, painting, and vision applications. Training courses typically run $2,000-$4,000, often employer-funded.
• ABB Robotics Training. ABB offers certified training programs at regional centers covering programming, maintenance, and troubleshooting of their robot platforms.
• KUKA College Certifications. Multi-level programming and maintenance certifications for KUKA robots, available at KUKA training centers.
• Universal Robots Academy. Free online training modules for UR cobots, plus paid advanced and in-person certifications.
• Siemens Mechatronic Systems Certification. Industry-recognized credential covering PLC programming, mechanical systems, and electrical systems – the full mechatronics skill set.
• PMMI Mechatronics Certification. Offered through the Association for Packaging and Processing Technologies, relevant to packaging automation.
• OSHA 10 / OSHA 30. General industry safety training expected by most manufacturing employers.

Which Certifications Matter Most

FANUC CERT is the single most valuable credential because FANUC holds the largest market share of industrial robots in North America. Adding PLC programming knowledge (Allen-Bradley, Siemens) and one additional robot brand dramatically increases your employability.

Skills and Tools

Technical Skills

• Robot programming (FANUC TP, ABB RAPID, KUKA KRL, UR Polyscope)
• PLC programming and troubleshooting (Allen-Bradley, Siemens, Omron)
• Electrical troubleshooting with multimeters, oscilloscopes, and meggars
• Mechanical systems – bearings, gears, belts, pneumatic/hydraulic actuators
• Vision system setup and calibration (Cognex, Keyence, FANUC iRVision)
• Network communication protocols (EtherNet/IP, PROFINET, Modbus TCP)
• Servo motor and drive systems
• Safety system design and validation (ANSI/RIA 15.06)

Soft Skills

• Analytical troubleshooting – breaking complex system failures into root causes
• Clear communication with engineers, operators, and management
• Self-directed learning to keep up with rapidly evolving technology
• Time management when multiple cells are down simultaneously
• Teaching ability – training operators on basic robot recovery procedures

Common Tools and Equipment

• Teach pendants for each robot platform
• PLC programming software (Studio 5000, TIA Portal)
• Multimeter, oscilloscope, megger/insulation resistance tester
• Laptop with robot simulation software (RobotStudio, ROBOGUIDE)
• Vision system software (Cognex InSight, FANUC iRVision)
• Precision measurement tools (dial indicators, calipers)
• Pneumatic test equipment and fittings
• Network diagnostic tools (Ethernet cable testers, protocol analyzers)

Work Environment

Settings

Robotics technicians work primarily in manufacturing plants, automotive assembly facilities, warehouse and distribution centers, pharmaceutical plants, food and beverage processing facilities, and at system integrator shops. Some work involves travel to customer sites for installation and commissioning.

Schedule

Most plant-based positions follow standard day shifts (Monday-Friday, 7:00 a.m. to 3:30 p.m.), though many facilities offer second and third shift premiums for technicians willing to cover off-hours. System integrators may require occasional travel and non-standard hours during installation and commissioning phases. On-call rotations for production-critical systems are common.

Physical Demands

The work involves standing, kneeling, and reaching in and around robotic cells. You may need to climb ladders to access overhead equipment and work in confined spaces inside machine guarding. Lifting requirements are typically moderate (under 50 pounds), with heavier components moved using hoists or carts.

Pros and Cons

Pros:

• Strong and growing demand as automation expands across industries
• Above-average median salary with good advancement potential
• Intellectually stimulating work combining mechanical, electrical, and software skills
• Exposure to cutting-edge technology (AI-powered vision, collaborative robots, AMRs)
• Transferable skills across many industries

Cons:

• Pressure to minimize production downtime – urgency when robots are down
• Keeping skills current requires continuous learning as technology evolves rapidly
• Plant environments can be noisy, hot, or involve shift work
• The BLS employment count is relatively small (14,700), meaning local job availability varies
• System integrator roles may require significant travel

Career Advancement

Typical Progression

Specialization Options

• Welding robotics – Programming and maintaining robotic welding cells (MIG, TIG, spot welding, laser welding)
• Vision and AI integration – Specializing in machine vision, 3D sensing, and AI-powered quality inspection
• Mobile robotics / AMR – Autonomous mobile robots for warehousing and logistics
• Collaborative robotics – Cobot applications in assembly, packaging, and laboratory automation
• System integration – Designing and building complete robotic work cells from concept to commissioning
• Controls engineering – Advancing from technician to engineer, designing PLC and HMI systems

Related Careers

• Controls Technician – PLC and industrial controls focus
• Electrician – broader electrical installation and maintenance (median $61,590)
• Millwright – heavy industrial machinery installation (median $60,670)

Browse all Skilled Trades & Technical Careers.

Professional Associations and Resources

• RIA (Robotic Industries Association) / A3 (Association for Advancing Automation) – The leading trade association for robotics and automation in North America. Hosts the Automate conference and provides industry research. automate.org
• ISA (International Society of Automation) – Professional organization for automation professionals, offering the Certified Automation Professional (CAP) credential. isa.org
• SME (Society of Manufacturing Engineers) – Offers training, certifications, and networking for manufacturing and automation professionals. sme.org
• FIRST Robotics – While focused on students, FIRST alumni networks are valuable for mentorship and career connections in robotics. firstinspires.org
• ROS (Robot Operating System) Community – Open-source robotics community with extensive learning resources, forums, and projects. ros.org

Frequently Asked Questions

What education do I need to become a robotics technician?

An associate degree in mechatronics, robotics, or industrial automation is the most common entry requirement. Some employers accept a technical certificate plus relevant experience. A bachelor’s degree is not typically required but opens doors to engineering roles.

Is robotics technician a good career?

Yes. The combination of above-average pay ($62,750 median), growing demand from automation adoption, and intellectually engaging work makes this one of the strongest career choices in the skilled trades. The skills are highly transferable across industries.

How much do robotics technicians earn?

The national median is $62,750. Entry-level positions start around $37,650, while experienced technicians with specialized certifications earn $75,000-$94,000+. Factors like industry, location, and additional skills in PLCs or vision systems push pay toward the higher end.

What is the difference between a robotics technician and a robotics engineer?

Robotics technicians install, maintain, program, and troubleshoot existing robotic systems. Robotics engineers design new robotic systems, develop algorithms, and lead integration projects. Engineers typically need a bachelor’s or master’s degree. In practice, experienced technicians and engineers often work side by side, and some technicians advance into engineering roles over time.

Do robotics technicians need to know programming?

Yes, but not the same kind of programming as software developers. Robotics technicians use manufacturer-specific robot programming languages (FANUC TP, ABB RAPID, KUKA KRL) and often need basic PLC programming skills. Knowledge of Python or C++ is helpful for advanced applications but not typically required at the technician level.

What industries hire robotics technicians?

Automotive manufacturing is the largest employer, but demand is growing rapidly in warehouse/logistics automation, food and beverage, pharmaceuticals, electronics manufacturing, aerospace, and medical device production. System integrators that build custom robotic cells also hire heavily.

Will robots replace robotics technicians?

This is one of the most robot-proof careers that exists. As more robots are deployed, more technicians are needed to install, program, maintain, and repair them. The technology creates the demand for the people who service it.

What robot brands should I learn?

FANUC is the most important to learn in North America due to market share. ABB, KUKA, and Yaskawa are also major players. Universal Robots dominates the collaborative robot segment. Learning two or three platforms makes you significantly more employable.

Compare robotics and automation training programs near you. Program availability, tuition, schedules, and requirements vary by school and state. Contact programs directly to confirm details.

Notice an update we should make?
We strive for accuracy. Contact us here if you see incorrect or outdated info on this page.