What an Automation and Controls Technician Does and What It Pays

Automation and controls technicians look after the systems that make machinery run by itself. That means sensors, drives, motors, controllers, operator screens and the networks joining them, treated as one system rather than as separate trades. It is one of the better-paid technical roles reachable without a bachelor's degree. According to the U.S. Bureau of Labor Statistics, electro-mechanical and mechatronics technologists and technicians earned a median of $70,760 in May 2024, equal to $34.02 an hour, against $48,620 for general maintenance and repair workers. At Metaintro, we see this role reached far more often from the maintenance side than from a computing background, which is the opposite of what most people assume.

What does an automation and controls technician do?

A controlled machine is a loop. Sensors report what is happening, a controller decides what should happen next according to its program, and actuators such as motors, valves and drives make it happen, with an operator interface sitting on top so a person can watch and intervene. The technician is responsible for that whole loop working, which is why the job cannot be done from inside any single trade.

Day to day the work splits between keeping existing systems running and bringing new ones into service. Maintaining means diagnosing why a machine has stopped or is producing badly, which could be a failed sensor, a drive fault, a mechanical problem the control system is reporting as an electrical one, a network issue or a genuine logic problem. Commissioning means installing new equipment, wiring and configuring it, proving that each device does what the design says, and running the machine until it behaves.

The defining skill is deciding where a fault actually lives. A machine reporting a position error might have a failed encoder, a slipping coupling, a drive parameter set wrongly or a control sequence that assumes something no longer true, and those are four different repairs by four different kinds of person. A technician who can eliminate three of them quickly is worth several who can only check their own specialism. Documented task descriptions for this occupation are on O*NET.

Improvement work is the third strand and it is where technicians become valuable to the business rather than just to the machine. Adjusting sequences to reduce cycle time, adding an interlock that stops a recurring damage event, improving what the operator screen shows so faults get reported accurately, and reducing the number of nuisance stops all come from technicians who understand both the equipment and how it is actually used on a shift.

Who actually employs these technicians?

End users are the largest group, meaning manufacturers, food and beverage plants, warehouses, water utilities, packaging operations and any site running automated equipment continuously. You work on the same machines for years, know their history intimately, and are measured on uptime. The advantage is depth and a stable schedule, and the limitation is that you learn one plant's technology rather than many.

System integrators are the second group and they build and commission systems for other people. The work is project-based, involves travel, and exposes you to many different platforms and industries in a short time, which builds range faster than anything else in this field. It suits people early in their career or people who like variety, and it is harder on anyone with fixed commitments at home.

Original equipment manufacturers form the third group, building machines that ship to customers, along with the field service organizations that support them afterwards. That work combines build and commissioning with customer contact, and it tends to make technicians expert in one machine family rather than in one plant. Our guide to panel technician work covers the bench-based build side of the same industry.

Building automation is the fourth and it is frequently overlooked. Heating, ventilation, lighting, access and energy systems in large buildings use the same controllers, sensors and networks as industrial plants, and technicians move between the two more easily than either side expects. It is worth including in any search because the volume of work is substantial and the competition is often lighter.

What does the work pay?

The closest tracked occupation is electro-mechanical and mechatronics technologists and technicians, who earned a median of $70,760, or $34.02 an hour, across about 15,000 jobs. Employment is projected to grow 1 percent between 2024 and 2034, slower than average, but about 1,300 openings a year are still projected over the decade, mostly from people leaving the occupation rather than from expansion.

The surrounding technician occupations sit close by. Electrical and electronics engineering technicians earned $77,180 across about 93,700 jobs, electrical and electronics installers and repairers earned $71,270, and mechanical engineering technicians earned $68,730. All of them are projected roughly flat, against 3.1 percent projected growth for total employment, which tells you these are replacement markets rather than growth markets.

The gap that matters is the one below. General maintenance and repair workers earned $48,620, electricians $62,350 and computer support specialists $61,550. Moving from general maintenance into controls is worth roughly twenty-two thousand dollars at the median, and it is a move made from inside a job you may already have, which is why it is the single most valuable pay conversation in this part of the labour market. Regional figures are in the Bureau of Labor Statistics wage tables or through CareerOneStop.

Within the role, three things move an individual up. Breadth across platforms rather than depth in one, willingness to be on call or to travel to commissioning work, and the ability to program rather than only configure. The last of those is the largest single step, and it is covered separately in our guide to programmable logic controller work, because it is a specialism in its own right rather than an extra skill.

How do people get into it?

The move up from maintenance is the most common route and the most realistic for anyone already working. Maintenance technicians already understand the machines, the plant and the consequences of downtime, and what they add is control system knowledge, which employers frequently support because they need the capability in house. Volunteering for the fault calls that involve drives, sensors and controllers is how that starts, long before any formal training.

An associate degree in mechatronics, automation or electro-mechanical technology is the standard qualification and it is what the occupation lists as typical entry. Two years at a community or technical college covering circuits, motor control, hydraulics and pneumatics, industrial networks and controller programming produces someone employable across all four employer types. Local options are searchable through CareerOneStop.

Apprenticeship is the third route and it is underused here. Industrial maintenance and mechatronics apprenticeships combine paid work with structured instruction, so you earn throughout and finish with a recognized credential and real experience, and programmes are listed by trade and location on Apprenticeship.gov. Given that these occupations are flat and hire mainly to replace leavers, arriving with documented experience matters more than it would in a growing field.

Electrical and electronics backgrounds convert easily and should be stated as such. Anyone who has wired panels, worked as an electrician, serviced electronic equipment or done military technical work has most of the underlying knowledge. Recruiters cite years of experience at 84 percent and type of experience at 83 percent as their top screening factors, according to research published by the Society for Human Resource Management in December 2022, and the National Association of Colleges and Employers reported in January 2026 that 70 percent of employers now use skills-based hiring practices, up from 65 percent, which rewards anyone able to describe specific equipment they have made work. Our guide to becoming an electrician covers the licensed route that feeds into this one.

Which skills does the job really test?

Cross-boundary reasoning is first and it is the whole point of the role. Being able to look at a symptom and consider mechanical, electrical, sensing, drive and software causes together, rather than defending your own trade, is what makes a controls technician useful. It is also a habit that has to be built deliberately, because most people arrive strong on one side and instinctively look there first.

Reading the system as designed is second. Electrical schematics, input and output lists, network layouts and the control program itself are the documentation that explains what should be happening, and a technician who can read all four finds problems that others hunt for physically. Our guide to mechanical technician routes covers the drawing literacy that underpins the mechanical half of this.

Industrial networking is third and it grows more important every year. Devices on a machine talk to each other over industrial protocols, and faults that present as a mechanical problem are frequently a communications problem instead. Basic competence with addressing, network topology and diagnostics separates technicians who can work on modern equipment from those limited to older wired logic.

Safety knowledge is fourth and it is not optional in this field. Machine guarding, safety circuits and interlocks, lockout and tagout, arc flash risk and the discipline of never defeating a protection to get production running are all central, and the Occupational Safety and Health Administration requirements around them define what good practice looks like. A technician known for refusing to bypass a safety function is trusted with more, not less.

What does the daily work involve?

In a plant the rhythm is set by whether machines are running. Quiet periods go to preventive work, improvements and documentation, and a breakdown reorders everything immediately because stopped production is expensive per hour. That produces genuine pressure, and it is why plants value technicians who stay methodical when several people are waiting for an answer.

Shift and on-call patterns come with the territory in continuous operations. Sites that run around the clock need cover around the clock, so nights, weekends and call-outs are common, and they are usually paid accordingly. Anyone weighing this career against a bench role should count that as part of the trade rather than a detail, and our guide to level one technician roles covers how graded technical teams organize that cover.

Commissioning work has a different shape entirely. It is intense, deadline-driven and often away from home, with long days while a new line is proven and handed over, followed by quieter periods. Integrators and machine builders live in that cycle, and people either find it energizing or find it exhausting, with little middle ground.

Documentation runs through all of it and it is the habit that compounds. Recording what a fault turned out to be, what was changed in a program or parameter set, and why, is what stops the same problem consuming a day again next quarter. Keep a dated personal record of the platforms, machines and faults you have handled as well, because that list is what makes your next application concrete and it cannot be reconstructed later.

Where does the career lead?

Controls engineering is the first step and the most direct. Technicians who take on more design and programming responsibility move toward the work covered by electrical and electronics engineering technicians at $77,180 and beyond it into engineering roles, frequently with an employer-funded degree along the way. Coming from the floor is an advantage in that role rather than a gap, because you know what actually breaks.

Programming specialization is the second and it is the clearest single earnings step available from this position. Moving from configuring and diagnosing control systems to writing and modifying the logic that runs them changes what you are worth, and it is a realistic transition for anyone already fluent in the equipment. It is a large enough topic that we cover it separately.

Reliability, maintenance management and continuous improvement form the third direction. These roles use the same understanding of why equipment fails but apply it to planning, data and process rather than to repair, and they suit people who want the technical knowledge without the physical demand or the call-outs. Our career pivot guide covers how to move into them without losing income.

Industrial data work is the fourth and it is expanding while the technician occupations themselves stay flat. Modern control systems produce continuous streams about equipment condition, energy use and production performance, and someone has to turn that into decisions. Technicians who add analysis to controls knowledge are unusually well placed, and our guide to becoming a data analyst without a degree covers that route from an operational start.

What does this mean for your job search?

Search across all four employer types rather than one. Plants, integrators, machine builders and building automation firms all hire for this skill set and word their postings differently, using controls technician, automation technician, maintenance technician, mechatronics technician, field service engineer and instrumentation technician for overlapping work. Reading for the equipment named rather than the title finds openings a title search misses.

If you are already in maintenance, treat this as an internal move first. The step from $48,620 to $70,760 at the median is available from inside a job you hold, and employers who cannot recruit controls people are frequently willing to train someone who already understands the plant. Ask directly what would have to be true for you to be considered, because the answer is often a specific course and a year of taking the right call-outs.

Then take the paid route rather than the paid-for one. Payrolls rose just 64,000 in November 2025 with unemployment at 4.6 percent, which favours apprenticeships and employer-funded training over self-funded study, and it makes the accessible alternatives look worse by comparison, since retail sales workers earned $34,730 and customer service representatives $42,830 with employment projected to fall 5 percent. Check what certifications employers near you actually ask for through the CareerOneStop certification finder before paying for any of them.

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People Also Asked

Q: What does an automation and controls technician do?

A: They keep automated systems working as one thing rather than as separate trades. That covers sensors, drives, motors, controllers, operator screens and the industrial networks joining them, across maintaining equipment already running and commissioning equipment being installed. The defining skill is working out where a fault actually lives, since the same symptom can be mechanical, electrical, a sensor problem, a drive setting or a genuine logic error.

Q: How much do automation and controls technicians earn?

A: The closest tracked occupation is electro-mechanical and mechatronics technologists and technicians, who earned a median of $70,760 in May 2024, equal to $34.02 an hour. Nearby, electrical and electronics engineering technicians earned $77,180 and mechanical engineering technicians earned $68,730, while general maintenance and repair workers earned $48,620. The step up from general maintenance into controls is worth roughly twenty-two thousand dollars at the median.

Q: How do you become an automation and controls technician?

A: Most people move up from maintenance rather than in from computing, because plant and machine knowledge is the harder half to acquire. The formal route is an associate degree in mechatronics, automation or electro-mechanical technology, which the occupation lists as typical entry. Industrial maintenance and mechatronics apprenticeships pay while you train, and electrical, electronics or military technical backgrounds convert with relatively little added study.

Controls work pays roughly twenty-two thousand more than general maintenance and is usually reached from inside a maintenance job rather than from a classroom. If you want to compare openings near you, browse open roles on Metaintro to filter by skills and location, then create your free account to be matched as new technical positions appear. Search plants, integrators, machine builders and building automation firms separately, and ask your current employer what would qualify you internally.