Mechatronics, PLC & Automation Technician Schools

By Chris Gaglardi
| Last Updated June 26, 2026

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Mechatronics, PLC, and automation technician schools can help you build skills for working with the automated equipment used in manufacturing, logistics, packaging, food production, energy, robotics, and other high-tech industrial settings.

These programs are built for people who like hands-on technical work and want to understand how machines move, sense, respond, and stay running. You may study mechanical systems, electrical circuits, sensors, motors, robotics, programmable logic controllers, industrial controls, hydraulics, pneumatics, and troubleshooting.

If you want a training path that sits between industrial maintenance, electronics, robotics and automation, and electrical/electronics technician training, mechatronics is worth a serious look. It is not the same as becoming a licensed electrician, and it is not just a broad “robots are cool” degree. It is practical training for the systems that keep automated equipment working.

Mechatronics, PLC & Automation Technician Schools

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Mechatronics and Automation Training: The Quick Version

Mechatronics and automation technician programs teach students how to work across several connected systems at once. Instead of learning only mechanical repair, only electronics, or only computer programming, you learn how those systems interact inside automated equipment.

A production line, for example, may include motors, sensors, conveyors, pneumatic actuators, electrical wiring, safety devices, PLC logic, human-machine interfaces, and robotic equipment. If one part fails, the problem may not be obvious. A jammed conveyor could be mechanical. A motor fault could be electrical. A missing signal could involve a sensor, wire, PLC input, or program condition. Mechatronics training is about learning how to trace those problems without guessing your way into expensive downtime.

Depending on the school, relevant programs may be called:

• Mechatronics
• Automation technology
• Industrial automation
• PLC technician training
• PLC programming
• Robotics technology
• Electromechanical technology
• Advanced manufacturing technology
• Industrial maintenance technology
• Controls technology

The names vary because the field overlaps several disciplines. Mildly annoying, yes. But once you know what to look for, the program names start making sense.

What Is Mechatronics?

Mechatronics is the integration of mechanical, electrical, electronic, computer, and control systems. In plain English, it is the skill set used to understand and troubleshoot automated equipment.

A mechatronics technician may work with machines that use motors, gears, sensors, wiring, programmable controllers, robotics, drives, and software-based controls. The work often involves figuring out why a physical machine is not doing what the control system expects it to do.

That is what makes the field different from a single-discipline trade. A mechatronics worker may need to understand the mechanical load, the electrical power, the control signal, and the PLC logic behind a machine's behavior.

What You Can Learn in a Mechatronics or Automation Technician Program

Program content varies by school and credential level, but strong mechatronics and automation programs usually include a mix of mechanical, electrical, electronic, and controls training.

Electrical and electronics fundamentals

You may study AC/DC circuits, relays, switches, sensors, wiring diagrams, circuit protection, meters, electrical measurements, and basic electronic components. This foundation matters because automated equipment depends on power and signals.

This does not mean a mechatronics program is automatically an electrician licensing path. Electricians usually focus more on wiring installation, electrical code, construction systems, and apprenticeship or licensure requirements. Mechatronics programs usually focus more on industrial equipment, controls, troubleshooting, and automated systems.

Mechanical systems

Mechanical training may include gears, bearings, belts, pulleys, shafts, conveyors, pumps, valves, fasteners, couplings, alignment, and mechanical power transmission.

This matters because a PLC cannot magically fix a seized bearing, a slipping belt, or a misaligned actuator. Machines still live in the physical world, which remains rude and inconvenient.

PLCs and industrial controls

Programmable logic controllers, or PLCs, are industrial computers that control machines and processes. PLC training may cover hardware, inputs and outputs, ladder logic, timers, counters, program monitoring, troubleshooting, HMIs, and industrial communication systems.

Some programs teach with Rockwell Automation/Allen-Bradley equipment, Siemens systems, or other PLC platforms. No single brand is universal. The best option depends on what employers in your region and target industry actually use.

Motors, drives, sensors, and HMIs

Automation programs may include electric motors, motor controls, variable frequency drives, proximity sensors, photoelectric sensors, limit switches, encoders, and human-machine interfaces.

These are the pieces that let automated equipment move, detect, stop, start, count, position, and respond. A good program should help you understand how these components connect to the control system.

Robotics and motion control

Some programs include robotics, servo systems, motion control, robot safety, teach pendants, end-of-arm tooling, and automated work cells. This can be especially useful if you want to work in advanced manufacturing, packaging, automotive, aerospace, warehousing, or system integration.

Robotics is often part of mechatronics, but mechatronics is broader than robotics alone.

Hydraulics and pneumatics

Hydraulic and pneumatic systems use fluid power or compressed air to create motion. Training may cover cylinders, valves, pumps, compressors, solenoids, pressure regulation, flow control, leaks, and safe troubleshooting.

These systems are common in automated production equipment, packaging systems, machine tools, and industrial machinery.

Troubleshooting and safety

Strong programs emphasize systematic troubleshooting, schematics, lockout/tagout awareness, machine safety, industrial documentation, testing procedures, and safe work habits.

That matters because automation work is not just “make the program run.” It is also knowing when not to touch something, when to de-energize equipment, and when a machine problem is beyond your scope.

PLC Training: What It Covers and Why It Matters

PLC training is one of the most important parts of many mechatronics and automation programs.

A PLC controls equipment by reading inputs, following programmed logic, and turning outputs on or off. Inputs may come from sensors, switches, buttons, encoders, or safety devices. Outputs may control motors, valves, lights, alarms, actuators, conveyors, or robotic equipment.

PLC training may include:

• PLC hardware
• Input/output wiring
• Ladder logic
• Timers and counters
• Program scanning
• Troubleshooting
• Fault finding
• Motor control
• HMIs
• Industrial networks
• Safety circuits
• Documentation and schematics

Some PLC courses are designed for beginners. Others are designed for working electricians, maintenance technicians, or engineers who need platform-specific training. A short PLC course can be useful, but it may not replace a broader mechatronics or automation program if you are new to industrial equipment.

Program Types: Certificate, Diploma, Associate Degree, or Vendor PLC Course?

Not every mechatronics or PLC program is trying to do the same thing. Before enrolling, make sure the program type matches your actual goal.

A short PLC course can be a smart move for someone who already works in industrial maintenance or electrical work. But if you are starting from scratch, a broader certificate, diploma, or associate degree may give you a stronger foundation.

Can You Learn PLCs or Mechatronics Online?

You can learn some PLC and automation concepts online, especially ladder logic, software navigation, basic programming, and troubleshooting theory. Online training can be useful for working adults, people in rural areas, or technicians who need to build skills around a current job.

But mechatronics is a hands-on field. If your goal is to work with industrial equipment, look for programs that include at least one of the following:

• Real PLC hardware
• Home lab kits
• Wiring practice
• Remote lab access
• High-quality simulation
• In-person lab sessions
• Motor control trainers
• Sensor and actuator practice
• Pneumatic or hydraulic trainers
• Troubleshooting exercises based on realistic faults

A software-only PLC course can teach concepts, but it may not teach you how to wire inputs and outputs, read a real schematic, troubleshoot a bad sensor, or deal with a machine that refuses to behave because physics has decided to be a jerk.

Mechatronics vs. Industrial Maintenance, Electrician, Electronics, and Robotics Training

These fields overlap, but they are not interchangeable.

The clean distinction is this: mechatronics and automation technician training is usually about understanding how automated industrial systems work as a whole.

If you want to install building wiring and follow a formal licensed trade path, electrician training may make more sense. If you want to repair machines, conveyors, motors, and equipment in a plant, industrial maintenance may be the better starting point. If you want to work with logic controllers, sensors, robotics, and machine controls, mechatronics or automation training may be the cleaner fit.

Career Paths After Mechatronics or Automation Training

Mechatronics and automation training can connect to several job titles. The exact title depends on the employer, industry, equipment, and your experience.

Possible career paths include:

• Mechatronics technician
• Automation technician
• PLC technician
• Robotics technician
• Electromechanical technician
• Industrial automation technician
• Controls technician
• Industrial maintenance technician
• Field service technician
• Advanced manufacturing technician
• Industrial electronics technician
• Robotics maintenance technician
• Manufacturing engineering technician

Work settings may include:

• Manufacturing plants
• Packaging facilities
• Food and beverage production
• Automotive suppliers
• Aerospace manufacturing
• Warehouses and distribution centers
• Machine builders
• System integrators
• Energy facilities
• Water and wastewater facilities
• Field service companies

In smaller facilities, job titles may be broad. A “maintenance technician” may do mechanical repairs one day and PLC troubleshooting the next. In larger plants, automation, controls, robotics, and maintenance roles may be more specialized.

Certifications and Credentials to Know About

Mechatronics and automation careers do not usually revolve around one universal license. That is different from many construction trades.

Employers may value a mix of:

• School credentials
• Hands-on lab experience
• Work experience
• PLC training
• Safety training
• Vendor-specific training
• Industry certifications
• Demonstrated troubleshooting ability

Possible credentials or training areas to ask schools about include:

PLC certificates

PLC certificates can help show focused training in programmable logic controllers. Some are general. Others are tied to specific platforms or software.

Ask whether the program includes real hardware, software access, troubleshooting, and hands-on projects. A certificate that only proves you watched videos is not exactly going to make maintenance managers weep with joy.

Rockwell / Allen-Bradley training

Rockwell Automation offers Logix, Drives, and Motion certificate programs for maintenance and programming professionals. These programs can be relevant if employers in your area use Rockwell or Allen-Bradley equipment.

That does not mean Rockwell training is required everywhere. Use local job postings and employer conversations to see which platforms matter near you.

Siemens training

The Siemens Mechatronic Systems Certification Program uses a systems approach to mechatronics training, with certification levels for assistant, associate, and professional roles. It is designed around system understanding, troubleshooting, and problem-solving.

Siemens training can be especially relevant when local employers, partner schools, or industrial facilities use Siemens automation systems. Again, local employer demand matters.

PMMI mechatronics credentials

PMMI offers mechatronics certification tests in areas such as fluid power, industrial electricity, mechanical components, motor and motor controls, and PLCs. These may be relevant for students interested in manufacturing, packaging, processing, and automated production environments.

MSSC credentials

The Manufacturing Skill Standards Council offers credentials related to production, manufacturing, and supply chain automation. MSSC's Certified Production Technician 4.0 training covers areas such as safety, quality practices, manufacturing processes, and maintenance awareness. Its Certified Technician-Supply Chain Automation program is aimed at technicians who work with automated material-handling systems.

These credentials may be useful in some manufacturing, logistics, and automated distribution environments.

FANUC robotics credentials

FANUC robotics training and certification may be useful if you want to work with industrial robots, teach pendants, robot operation, robotic work cells, or automation systems that use FANUC equipment.

FANUC's certification structure includes operator- and technician-level assessments, but it is not a universal requirement for every robotics or automation job.

ETA or ISCET electronics credentials

Electronics-related credentials from organizations such as ETA International or ISCET may help demonstrate foundational electronics knowledge, but they are not the same as specialized automation or PLC training. They may be more relevant for roles that lean heavily into electronics testing, repair, or industrial electronic systems.

OSHA 10 or OSHA 30

OSHA 10 and OSHA 30 are safety awareness courses. They can be useful, but they are not core mechatronics credentials and should not be treated like proof that you can troubleshoot automated equipment.

Salary and Job Outlook

Mechatronics, PLC, automation, robotics, and industrial controls jobs do not fit neatly into one perfect government occupation code. The closest match is often Electro-Mechanical and Mechatronics Technologists and Technicians, but related jobs may also fall under electrical/electronics repair, industrial machinery maintenance, robotics, field service, or controls technician titles.

The table below uses May 2025 national wage estimates from the U.S. Bureau of Labor Statistics Occupational Employment and Wage Statistics program. These are national figures, so local pay can be higher or lower.

For electro-mechanical and mechatronics technologists and technicians, BLS projects 1-percent employment growth from 2024 to 2034, which is slower than the average for all occupations. Even with limited growth, BLS projects about 1,300 openings per year on average, mostly from workers transferring to other occupations or leaving the labor force.

That outlook does not mean automation skills are unimportant. It means students should read the numbers carefully. Job titles in this field are messy, and many automation-related roles show up under related categories such as industrial machinery mechanics, electrical and electronics repairers, controls technicians, field service technicians, robotics technicians, or maintenance technicians.

Pay can vary by:

• Location
• Industry
• Employer
• Shift schedule
• Overtime
• Travel requirements
• Union status
• Equipment type
• PLC platform experience
• Certifications
• Years of experience
• Whether the job is maintenance, field service, controls, or engineering support

Do not compare programs only by a single salary headline. A field service role with travel, overtime, and night calls is not the same lifestyle as a plant technician role on a predictable shift. The paycheck may be different because the tradeoff is different.

How to Choose a Mechatronics or Automation Technician School

A strong program should help you build practical skills, not just memorize terms. Before choosing a school, look closely at the curriculum, lab equipment, credential options, and employer connections.

Look for programs that include:

• Hands-on lab time
• PLC hardware and software access
• Electrical and electronics fundamentals
• Mechanical systems
• Motors and motor controls
• Sensors and instrumentation
• Robotics or automation equipment
• Hydraulics and pneumatics
• Industrial controls
• Schematics and technical documentation
• Troubleshooting practice
• Lockout/tagout and safety training
• Career services
• Employer connections
• Industry-relevant certifications

Be cautious if a program uses impressive language but cannot clearly explain what equipment students train on. “Automation” can mean a lot of things. So can “advanced manufacturing.” So can “industry-ready.” Admissions brochures love flexible words because they can bench-press fog.

Questions to Ask Before Enrolling

Ask schools direct questions before committing:

1. What specific program name will appear on my credential?
2. Is this a certificate, diploma, associate degree, or bachelor's degree?
3. How much hands-on lab time is included?
4. What PLC platforms do students train on?
5. Do students work with real PLC hardware or only simulation software?
6. Does the program include wiring, sensors, motors, and troubleshooting?
7. Are robotics, hydraulics, pneumatics, or motion control included?
8. Are certification exams included in tuition, or are they extra?
9. Which local employers hire graduates from this program?
10. Are internships, co-ops, or employer projects available?
11. Does the program prepare students for maintenance, PLC, controls, robotics, or field service roles?
12. Can credits transfer into a higher credential later?
13. What tools, books, software, lab fees, or equipment costs are extra?
14. What support is available for job placement or resume building?
15. What do graduates actually do after finishing the program?

Who This Path May Be a Good Fit For

Mechatronics or automation training may be a good fit if you:

• Like hands-on technical problem-solving
• Want to understand how machines and controls work together
• Enjoy both mechanical and electrical systems
• Are curious about PLCs, robotics, sensors, and automated equipment
• Want training that can connect to manufacturing, logistics, field service, or advanced industrial roles
• Are comfortable learning technical diagrams, software, wiring, and troubleshooting steps
• Want a career path that can grow with experience and additional training

Who Should Think Twice

This path may not be ideal if you:

• Want a purely desk-based computer job
• Hate troubleshooting physical equipment
• Do not want to work around machinery
• Want a simple single-discipline trade with a clear licensing ladder
• Are unwilling to learn electrical basics
• Want robotics theory or AI research more than industrial equipment work
• Need a program that is entirely online with no hands-on component
• Are not comfortable with safety procedures and technical responsibility

That does not mean you need to be a math genius or already know how to program. But you should be willing to learn patiently, test carefully, and admit when a machine has outsmarted you. It happens. Machines are petty.

FAQ

What is mechatronics?

Mechatronics is the integration of mechanical, electrical, electronic, computer, and control systems. In training programs, it usually means learning how automated equipment works and how to troubleshoot systems that combine motors, sensors, PLCs, mechanical components, and controls.

What does a mechatronics technician do?

A mechatronics technician may help install, test, maintain, troubleshoot, or repair automated and electromechanical equipment. The work can involve motors, sensors, conveyors, robotic equipment, PLCs, wiring, hydraulics, pneumatics, and industrial controls.

Is mechatronics the same as robotics?

No. Robotics can be part of mechatronics, but mechatronics is broader. Robotics focuses more directly on robot systems. Mechatronics can include robotics along with PLCs, motors, sensors, mechanical systems, electronics, hydraulics, pneumatics, and automated production equipment.

Is mechatronics the same as industrial maintenance?

Not exactly. Industrial maintenance focuses on keeping machines and production systems running. Mechatronics overlaps with maintenance but usually emphasizes automated equipment, controls, PLCs, sensors, robotics, and electromechanical troubleshooting.

What is PLC training?

PLC training teaches students how programmable logic controllers work. It may include PLC hardware, inputs and outputs, ladder logic, timers, counters, HMIs, industrial networks, and troubleshooting automated equipment.

Do automation technicians need to know PLC programming?

Many automation technician roles involve at least basic PLC knowledge. Some jobs focus more on troubleshooting and monitoring existing programs, while others require programming, editing, or commissioning PLC systems. Requirements vary by employer.

Do I need to be a licensed electrician to become a PLC technician?

Usually no. PLC technician and automation technician roles are not the same as licensed electrician roles. However, electrical fundamentals, circuit safety, wiring diagrams, motor controls, and troubleshooting skills can be very important. Some industrial employers may prefer candidates with electrical experience, but a formal electrician license is not a universal requirement for PLC work.

How long does mechatronics training take?

Training length depends on the credential. Short PLC or vendor courses may take days or weeks. Certificate programs may take several months to about a year. Associate degree programs often take about two years. Bachelor's programs usually take longer and may be more appropriate for engineering technology or advancement paths.

Can I learn PLCs online?

You can learn PLC concepts online, especially ladder logic and software basics. But hands-on practice is important. Look for online or hybrid programs that include simulation, remote labs, hardware kits, or in-person lab options.

Are mechatronics degrees worth it?

A mechatronics degree can be worth considering if you want broader preparation for automation, controls, robotics, field service, advanced manufacturing, or industrial maintenance roles. The value depends on program quality, hands-on lab access, local employer demand, tuition, transfer options, and your career goals.

What jobs can you get with mechatronics training?

Possible jobs include mechatronics technician, automation technician, PLC technician, robotics technician, electromechanical technician, controls technician, industrial maintenance technician, field service technician, and advanced manufacturing technician.

Do mechatronics technicians need certification?

There is no single universal certification required for all mechatronics technicians. Employers may value school credentials, hands-on experience, PLC training, safety training, vendor-specific courses, PMMI credentials, MSSC credentials, robotics credentials, or electronics-related certifications.

What is the difference between an automation technician and an electrician?

An automation technician usually works with automated equipment, PLCs, sensors, motors, robotics, and industrial controls. An electrician usually focuses on electrical wiring, installation, repair, code compliance, and licensing or apprenticeship requirements. The fields can overlap in industrial settings, but they are not the same training path.

Sources

• U.S. Bureau of Labor Statistics, Occupational Outlook Handbook, Electro-mechanical and Mechatronics Technologists and Technicians, accessed June 26, 2026.
• U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics, May 2025 National Occupational Employment and Wage Estimates, accessed June 26, 2026.
• O*NET OnLine, Electro-Mechanical and Mechatronics Technologists and Technicians, accessed June 26, 2026.
• PMMI, Mechatronics Certification Tests, accessed June 26, 2026.
• MSSC, Certified Technician-Supply Chain Automation, accessed June 26, 2026.