Everything You Need to Become an Industrial Maintenance Technician

An industrial maintenance technician is a skilled professional who installs, troubleshoots, repairs, and maintains the machines that keep factories, plants, warehouses, and production lines running. These technicians work with mechanical systems, electrical systems, control circuits, and automation technology to keep facilities operating safely and efficiently.

If you're researching what an industrial maintenance technician is or how to become an industrial maintenance technician, this guide walks you step-by-step through the skills you need, what training you might need, such as online industrial skills training, salary expectations, and long-term career paths available in the industry.

How You Can Become an Industrial Maintenance Technician

To start your career as an industrial maintenance technician, you’ll need a combination of foundational training, hands-on experience, and essential safety certifications. The steps below outline exactly how to get started.

1. Get Foundational Electrical and Mechanical Training

Before you can work on industrial equipment, you need a solid foundation in mechanical systems, industrial electricity, motor controls, hydraulics, pneumatics, and troubleshooting. Employers expect entry-level techs to understand these basics before stepping onto the plant floor.

You can build this foundation by:

• Completing a high school diploma or GED
• Taking shop, math, science, or mechanical/electrical courses
• Enrolling in an online industrial training program that teaches foundational concepts like schematics, circuits, lockout/tagout, and troubleshooting methods

Online programs are especially useful if you're working full-time or switching careers. They allow you to train at your own pace while preparing for real-world technician responsibilities.

If you’re also considering broader equipment-focused roles, you can compare this path with our guide on industrial machinery mechanics to see which career fits you best.

2. Gain Hands-On Experience

Industrial maintenance is hands-on, and employers want to see practical experience with machinery, tools, and equipment.

You can build experience through:

• Entry-level roles (maintenance helper, trainee technician, production worker with maintenance duties)
• Apprenticeships combining classroom learning with on-the-job training
• Cross-training if you already work in a manufacturing or industrial environment

During this stage, you’ll learn preventive maintenance, how to respond to equipment breakdowns, how to use diagnostic tools, and how to work safely around energized equipment and moving machinery.

3. Complete Safety Training

Safety courses help you stand out, stay safe, and qualify for more advanced roles. Many employers require or prefer training in:

• Electrical Safety (NFPA 70E) – Understanding arc flash risk, PPE, boundaries, and safe electrical work practices
• OSHA Safety Training – General industry safety principles, hazard recognition, machine safety, and chemical awareness
• Equipment-specific or manufacturer training

Your Industrial Maintenance Technician Career Path

A strong industrial maintenance technician career path offers opportunities for advancement, specialization, and leadership. As facilities modernize, technicians with advanced skills in automation and controls are in especially high demand.

Many techs start in an entry-level role and move up as they gain experience and take on more responsibility. A common progression looks like this:

1. Industrial Maintenance Technician: You handle routine repairs, preventive maintenance, and basic troubleshooting.
2. Lead Maintenance Technician: You become the go-to person on the floor, mentoring junior techs and tackling more complex issues.
3. Maintenance Supervisor: You oversee a team, create maintenance schedules, manage work orders, and coordinate with production.
4. Facilities or Maintenance Manager: You’re responsible for the overall strategy, including budgeting, staffing, long-term planning, and keeping the facility running efficiently.

However, not everyone wants to move into management. Some techs prefer to go deeper into the technical side. These specialties are in high demand as more facilities invest in smart manufacturing and Industry 4.0 technologies.

Education and Training Requirements to Become an Industrial Maintenance Technician

Most employers want more than just a high school diploma for industrial maintenance technician roles. They’re looking for candidates with formal technical training or certification in areas like industrial electricity, electronics, motor controls, and basic mechanical systems. That training shows you understand the fundamentals before you ever set foot on the plant floor.

You can build that foundation through:

• Technical or trade school programs in industrial maintenance, mechatronics, or a similar field
• Employer-sponsored training programs
• Online industrial training that lets you build skills on your own schedule

Online training is one of the easiest ways to get started if you’re working, changing careers, or don’t live near a trade school. It’s:

• Self-paced: You can move faster through topics you know and slow down where you need more practice.
• Affordable: No commuting or housing costs, and you only pay for the courses you need.
• Available 24/7: Learn nights, weekends, or whenever fits your schedule.

Strong online industrial training also connects theory to real-world applications. Instead of just reading definitions, you learn how to:

• Read and interpret electrical diagrams
• Follow safe lockout/tagout and electrical safety practices
• Troubleshoot common motor and control problems
• Understand how PLCs and control circuits interact with machinery

That way, you’ll already speak “technician language” by the time you step into your entry-level role.

To help you build those core skills, our Industrial Electricity and Electronics Series Training Package offers a structured way to learn the essentials employers expect. It includes:

• 34 half-hour courses (17 hours total)
• Focused, bite-sized lessons that are easy to fit into a busy schedule

Key topics covered include:

• Basic electrical theory and circuits
• Industrial electronics and components
• Motor controls and starters
• PLC fundamentals and control systems
• Safety practices and troubleshooting methods

With this type of training, you’ll be better prepared to grow your industrial maintenance technician career.

Why Training Matters for Industrial Maintenance Technicians

Industrial maintenance technicians work around live electricity, heavy machinery, moving parts, and automated systems every day. Without solid training, that combination can be dangerous for everyone involved. With the right training, though, techs become a major asset: they keep people safe, reduce downtime, and protect the bottom line.

Here’s why training matters:

Safer Workplaces and Better Compliance

Training helps technicians recognize hazards before they become accidents. When techs understand lockout/tagout, NFPA 70E electrical safety practices, and OSHA requirements, they’re far less likely to make life-changing and deadly mistakes.

Well-trained techs know:

• When and how to de-energize equipment
• Which PPE to use for specific tasks
• How to follow facility procedures and documentation

All of this protects workers and helps employers stay compliant with safety regulations.

Higher Efficiency and Less Downtime

Every minute a critical machine is down, production is losing money. Training equips maintenance technicians with the skills to troubleshoot and fix problems faster, and to perform preventive maintenance that keeps equipment from failing in the first place.

When techs understand circuits, PLCs, and motor controls, they can:

• Diagnose issues accurately instead of guessing
• Fix root causes, not just symptoms
• Spot wear-and-tear early and schedule repairs before a breakdown

The result? Fewer unexpected stoppages, smoother operations, and better use of maintenance resources.

More Confidence with Complex Systems

Modern facilities rely on advanced automation, sensors, and control systems. That can be intimidating if you’re learning everything on the spot. Formal training gives technicians a structured way to understand how each part of the system works and how everything connects.

Well-trained technicians are more confident when:

• Reading schematics and ladder logic
• Working around PLCs and control panels
• Troubleshooting intermittent or hard-to-find issues

It’s Too Risky to Skip Training

Untrained or undertrained workers can create real safety hazards and costly production losses. Incorrect lockout/tagout, rushed repairs, or “trial-and-error” troubleshooting can lead to equipment damage, injuries, regulatory fines, and extended downtime.

For industrial maintenance technicians, investing in proper training is crucial for working safely, protecting equipment, and keeping the facility running at its best.

How Much Does an Industrial Maintenance Technician Make?

If you’re considering this career, salary is probably one of your first questions. The good news is that industrial maintenance technicians generally earn solid, above-average pay, especially in manufacturing and other heavy-industry settings.

The Bureau of Labor Statistics (BLS) groups industrial maintenance technicians with industrial machinery mechanics, machinery maintenance workers, and millwrights. As of recently:

• Median annual wage (all three combined): $63,510
• Industrial machinery mechanics specifically (where many IMT roles fall): about $63,760 median
• Lowest 10%: under $44,430
• Top 10%: over $91,620

*All figures are recent BLS estimates

How Location Affects Pay

Where you work matters almost as much as what you do. Recent data shows that maintenance and repair workers in high-cost or industrially dense states like Alaska, New Jersey, and Massachusetts can see average wages in the mid-$60,000s or higher, while lower-cost regions may pay closer to the national median or below.

As a rule of thumb:

• Higher cost of living + strong manufacturing base = higher pay
• Rural or low-cost areas may start lower, but you’ll often get strong job security and room to advance.

Experience + Specialization = Higher Earnings

Within the same region and industry, your experience and skill set have a big impact on income. Techs who take on complex troubleshooting, learn automation and PLC programming, and hold strong safety and technical certifications tend to move toward the upper end of the pay range and are more competitive for lead technician, supervisor, or automation-focused roles.

So, while entry-level industrial maintenance technicians might start closer to the mid-$40,000s, there’s a clear path into the $60k–$90k+ range as you build experience, specialize, and move into higher-responsibility positions.

Why Industrial Maintenance Is a Great Career Choice

Industrial maintenance is one of those careers that quietly keeps the world moving. Every factory, warehouse, processing plant, and large facility relies on maintenance technicians to keep equipment running safely and efficiently, which makes your skills consistently in demand.

Let’s look at why a career in industrial maintenance is a great choice.

Strong Job Stability

Almost every industrial facility needs a maintenance team. As long as companies rely on machinery to produce, package, move, or store goods, they need skilled technicians to keep that equipment working.

That means:

• You’re not limited to one industry. You can work in manufacturing, food processing, energy, logistics, and more.
• Your skills transfer easily if you change employers or move to a different part of the country.

Moreover, according to the U.S. Bureau of Labor Statistics, employment for industrial maintenance technicians is projected to grow steadily, with about 159,800 openings per year through 2034. This is due to businesses expanding and experienced workers retiring. That adds up to long-term job security and options.

Real Growth Potential

Industrial maintenance is a career ladder. Once you gain experience, you can move into roles with more responsibility, higher pay, or deeper technical focus, such as:

• Lead Maintenance Technician
• Maintenance Supervisor
• Facilities or Maintenance Manager
• Automation or Controls Technician

Each step up gives you more say in how the facility runs, more opportunities to solve complex problems, and more earning potential over time.

Hands-On Work That Matters

In industrial maintenance, you’re the person people depend on when something critical breaks, and the one who helps prevent those breakdowns in the first place. If you enjoy solving important problems, industrial maintenance is incredibly rewarding.

It’s a career where:

• Your troubleshooting skills can bring an entire production line back online.
• Your preventive maintenance keeps coworkers safe and operations smooth.
• Your decisions directly affect safety, productivity, and the bottom line.

Begin Your Industrial Maintenance Technician Career

Industrial maintenance is a high-growth, high-reward career for those who like working with their hands, solving problems, and ensuring the operation of essential systems. From strong job stability to clear paths into leadership or automation roles, it offers long-term opportunities in almost every corner of the industrial world.

The smartest way to get started is with strong, job-focused training. When you understand electricity, electronics, motor controls, PLCs, and safety basics before you step onto the floor, you’re more confident, more effective, and a more attractive candidate to employers. Training also helps you grow faster once you’re on the job.

Start your journey today with our Industrial Electricity and Electronics Series Training Package, the flexible online program that builds the foundational skills every industrial maintenance technician needs.

Industrial maintenance offers several strong specialization options:

• Automation Technician Career: Focus on automated production lines, robotics, sensors, and control systems.
• PLC Programming and Controls: Specialize in programming, troubleshooting, and optimizing programmable logic controllers and HMIs.
• Reliability or Predictive Maintenance: Use data, vibration analysis, thermography, and other tools to prevent failures before they happen.

Whichever path you choose, one thing stays the same: you can’t stop learning. New equipment, digital controls, and safety standards are always being introduced, and continuous training is what keeps your skills relevant.

Taking refresher courses, learning new automation platforms, and staying up to date on OSHA and NFPA standards can help you:

• Qualify for promotions faster
• Move into higher-paying specialty roles
• Stay competitive as facilities modernize