Wind Turbine Technician

The U.S. Bureau of Labor Statistics tracks wind turbine service technicians under SOC code 49-9081. As of May 2025 OEWS data, the median annual wage is $64,120 ($30.83/hr), with 9,980 workers employed nationwide. BLS projects employment to grow 49.9% from 2024 to 2034, with about 2,300 openings expected each year.

Key Takeaways

• Median pay: $64,120 per year ($30.83/hr)
• Top 10% earn: more than $92,460 per year ($44.45/hr)
• Entry-level (bottom 10%): under $49,230 per year ($23.67/hr)
• Projected growth: 49.9% from 2024 to 2034
• Annual job openings: ~2,300 per year through 2034
• Workers employed nationwide: 9,980
• Highest-paying state: New York (median $81,330)
• State with most workers: Texas (3,890 employed)
  
  

Sources: BLS Occupational Employment and Wage Statistics (OEWS), May 2025; BLS Employment Projections, 2024-2034. Last reviewed July 24, 2026.

Quick answer: Training as a wind turbine technician usually takes 6 months to 2 years. You complete a certificate or associate degree in wind energy technology, earn safety credentials such as the Global Wind Organisation (GWO) Basic Safety Training, OSHA, and first aid or CPR, then build skills through paid on-the-job training. No four-year degree is required and there is no single national license. The median wind turbine technician salary is $64,120 per year ($30.83/hour), and employers post about 2,300 openings nationwide each year (BLS, May 2025).

Wind turbine technicians keep wind turbines running by inspecting, troubleshooting, and repairing their mechanical, electrical, and hydraulic systems. It is a hands-on, outdoor career in one of the fastest-growing fields in the country, and you can enter it without a four-year degree.

How to Become a Wind Turbine Technician

Most people enter the field in about six months to two years, depending on the program they choose. There is no single national license to pass. You build the career through training, safety certifications, and paid experience on the job.

• Earn a high school diploma or GED
  
  

A high school diploma or GED is the minimum requirement for training programs and almost every entry-level wind job. Before you enroll, it helps to build the skills the work depends on. Math, especially basic algebra and trigonometry, comes up constantly when you measure tolerances and read schematics. Physics and any science class gives you a head start on how mechanical and electrical systems behave. Hands-on classes such as shop, welding, automotive, or electronics are valuable because the job is physical and tool-heavy. Comfort with computers matters too, since modern turbines are monitored through control software and diagnostic tools. If you are changing careers and already have a diploma or a degree, you can move straight to the next step. Many strong technicians come from the military, automotive repair, or other trades and bring transferable mechanical and electrical skills.

• Complete a wind energy training program
  
  

This is the core credential, and you have a couple of formats to choose from. Certificate programs typically take about a year and focus tightly on turbine maintenance, getting you to work quickly. Associate degree programs take roughly two years and add general-education credits alongside the technical coursework, which can help with advancement later. Look for programs with real turbine labs, nacelle trainers, or partnerships with wind energy employers, because hands-on time is what makes you employable. Typical coursework covers electrical theory, hydraulics, mechanical power transmission, blade and gearbox systems, fiberglass and composite repair, and the control systems that monitor turbine performance. Some classroom theory can be done online or in a hybrid format, but the climbing, rescue, and equipment work has to happen in person. Costs vary by program and school, so contact schools directly for current tuition.

• Earn safety and rescue certifications
  
  

Safety credentials are non-negotiable in this field because the work happens at height, often more than 200 feet up. The industry standard is the Global Wind Organisation (GWO) Basic Safety Training, which covers working at heights, manual handling, fire awareness, first aid, and sea survival for offshore roles. Most employers also expect OSHA safety training and current first aid and CPR certification, plus tower climbing and rescue training so you can evacuate a coworker in an emergency. Many training programs build these certifications into the curriculum, which saves you time and money. If your program does not, you can earn them through approved providers before you apply. Keeping these credentials current is part of the job, since they expire and must be renewed on a set schedule.

• Gain hands-on experience
  
  

Coursework prepares you, but employers want to see you handle real equipment. Most employers provide paid on-the-job training, pairing new hires with experienced technicians for months before they work independently. During this period you learn the specific turbine models on your site, since manufacturers like the major turbine makers each have their own systems, torque specs, and software. This is also where you get manufacturer-specific training, often delivered by the equipment maker. Take every chance to work across mechanical, electrical, and hydraulic tasks so you work as versatile rather than narrow. Document the systems you have worked on and the certifications you hold, because that record is what moves you toward lead and specialist roles.

• Apply for jobs and advance
  
  

Wind farm operators, turbine manufacturers, and independent service companies all hire technicians, and demand is strongest in wind-heavy states. Tailor your resume to highlight your safety certifications, hands-on lab hours, and any mechanical or electrical background. The U.S. Department of Energy WINDExchange and the American Clean Power Association (ACP) publish workforce resources and can help you understand where the jobs are. Be ready to relocate or travel, since sites are often in rural areas. Once you are established, on-the-job experience and extra certifications open the door to lead technician, site supervisor, and specialized electrical or SCADA control roles, which carry more responsibility and higher pay.

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What Does a Wind Turbine Technician Do?

Wind turbine technicians keep turbines operating efficiently so they can reliably generate electricity. The role mixes mechanical, electrical, and hydraulic work, usually performed high inside the nacelle at the top of the tower.

Typical responsibilities

• Inspecting and maintaining systems: Check mechanical, electrical, and hydraulic components to prevent breakdowns.
• Diagnosing and repairing faults: Troubleshoot issues that disrupt turbine performance using diagnostic tools and control software.
• Performing safety checks: Conduct regular safety inspections and component upgrades to meet industry standards.
• Working in teams: Coordinate with coworkers to keep a wind farm running, often in challenging conditions.
  
  

Work environment

Technicians regularly climb turbines (often more than 200 feet) and work in a range of weather, so physical fitness and comfort with heights are essential.

Key Skills for Wind Turbine Technicians

• Comfort at heights: Ability to work confidently on tall turbines and in confined spaces.
• Technical aptitude: Strong troubleshooting across mechanical, electrical, and hydraulic systems.
• Physical stamina: Endurance for climbing and working in varied weather.
• Teamwork: Coordinating with a crew to keep turbines online.
• Problem-solving: Quick, careful thinking to diagnose and fix complex faults safely.
  
  

Where to Find Wind Turbine Training Programs

Required

Quality programs are available across the U.S., and some offer online or hybrid coursework alongside required in-person labs. Prioritize programs that offer:

• Hands-on training: Access to turbine simulators, nacelle trainers, or real equipment.
• Safety certifications: Built-in GWO, OSHA, first aid or CPR, and tower rescue training.
• Industry connections: Partnerships with wind energy employers for internships or placement.
  
  

The U.S. Department of Energy WINDExchange maintains lists of training programs and workforce data that can help you compare options in your region.

Education and Certification

Pathway Typical Duration Outcome Certificate About 1 year Entry-level preparation Associate degree About 2 years Common credential with room to advance Employer on-the-job training Months, paid Manufacturer-specific turbine training

Most employers expect the Global Wind Organisation (GWO) Basic Safety Training, OSHA safety training, and current first aid or CPR certification. Optional skills in electrical systems, hydraulics, or SCADA control can improve your marketability.

Career Growth and Advancement

Projected job growth for wind turbine service technicians Use this chart on your site (free)

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With experience, wind turbine technicians can move into roles such as:

• Lead technician who guides a crew and handles complex repairs
• Site supervisor who manages a wind farm’s maintenance operations
• Specialized electrical or SCADA technician focused on control systems
• Trainer or safety coordinator supporting new hires and compliance
  
  

Cost and Duration of Training

• Program cost: varies by program and school; certificate programs generally cost less than associate degrees. Contact schools for current tuition.
• Time to complete: six months to two years, followed by paid on-the-job training.
• Safety certifications: GWO Basic Safety Training, OSHA, and first aid or CPR are often built into programs.
  
  

Some classroom coursework is available online or in a hybrid format, but hands-on climbing and turbine work must be completed in person.

Pros and Cons of Being a Wind Turbine Technician

Pros

• Strong, fast-growing demand for skilled technicians
• Solid pay without a four-year degree
• Hands-on, outdoor work in renewable energy
• Clear path to lead and supervisor roles
  
  

Cons

• Physically demanding, with frequent climbing and heavy lifting
• Work is often in remote or rural areas, requiring travel
• Exposure to harsh weather and heights
• Potential for irregular hours, including on-call shifts
  
  

Quick Facts: Wind Turbine Technician Salary, Education, and Outlook

Median Pay $64,120 $30.83/hr Top 10%: $92,460

Job Outlook (2024-2034) 50.7% 2,300 openings/yr

Employment (2025) 9,980

Wage Percentiles 25th $58,840 75th $78,010

Typical Education Certificate or associate degree

On-the-Job Training Long-term on-the-job training

Highest Paying States New YorkKansasCalifornia

Top Industries Cross-industry

Certification GWO Basic Safety Training and OSHA expected

2025 data | SOC 49-9081 | Source: BLS OEWS

What wind turbine service technicians earn across the pay scale Use this chart on your site (free)

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Industry Organizations & Certifying Bodies

These are the recognized national organizations, unions, certifying bodies, and regulatory authorities that shape this trade. They issue the credentials, sponsor the apprenticeships, publish the codes, and represent workers and employers.

• American Clean Power Association (ACP) U.S. wind and renewable energy trade association.
• Global Wind Organisation (GWO) Industry-standard safety training certification (Basic Safety Training).
• U.S. Department of Energy WINDExchange Federal resource for wind workforce data and training programs.
  
  

Wage and Employment Charts

Top-paying states for wind turbine service technicians Use this chart on your site (free)

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Workplace Safety Snapshot

BLS Survey of Occupational Injuries and Illnesses data (2023-2024) report approximately 164.2 days-away, restricted, or transfer cases per 10,000 full-time-equivalent workers in wind turbine service technicians (about 1.64 per 100 FTE). Source: BLS Survey of Occupational Injuries and Illnesses, Table R98.

Frequently Asked Questions

How long does wind turbine technician training take?

It typically takes 6 months to 2 years of training. The most common entry path is a certificate or associate degree program, after which employers add paid on-the-job training. A high school diploma or GED is generally required to get started.

Do you need a college degree to work as a wind turbine technician?

No. A four-year degree is not required. Most people enter the field through a certificate or associate degree program in wind energy technology. A high school diploma or GED is typically the only educational prerequisite.

How much does wind turbine technician training cost?

Costs vary by program and school. Certificate programs are usually less expensive than associate degrees, and some employers provide additional paid training on the job. Contact schools directly for current tuition.

Is certification required to work as a wind turbine technician?

No single national license is required, but most employers expect safety training such as the Global Wind Organisation (GWO) Basic Safety Training, plus OSHA and first aid or CPR credentials. Manufacturers often add their own equipment-specific training after you are hired.

Is it hard to train as a wind turbine technician?

Entry is accessible because no four-year degree is required and most people finish training in 6 months to 2 years. The work itself is physically demanding, with frequent climbing, heights, confined spaces, and outdoor weather, so physical fitness and comfort at heights matter.

Is wind turbine technician a growing career?

Yes. BLS projects 49.9% employment growth for wind turbine technicians between 2024 and 2034, much faster than average, with about 2,300 openings nationwide each year over that period.

Can you train to be a wind turbine technician online?

Classroom theory can often be completed online or in a hybrid format, but the hands-on climbing, rescue, and turbine-maintenance training must be done in person. Many programs combine online coursework with on-site labs.

How Wind Turbine Technician Pay Compares to Similar Trades

Side-by-side comparison of Wind Turbine Technician and the closest related careers, based on U.S. Bureau of Labor Statistics data (May 2025 OEWS 2024-2034 Employment Projections).

Career Median Pay 10-Year Growth Annual Openings Wind Turbine Technician this guide $64,120 49.9% 2,300 Solar Installation Professional $53,140 42.1% 4,100 Lineworker $95,320 6.6% 10,700 Tower Technician Training $63,890 -4.2% 13,200 Electrician $63,190 9.5% 81,000

Source: BLS Occupational Employment and Wage Statistics BLS Employment Projections.

Related Careers

• Solar Installation Professional
• Lineworker
• Tower Technician Training
• Electrician
  
  

Advance Your Career with a Degree

Experienced Wind Turbine Technician professionals often step up into degree-track careers where field experience is a hiring advantage:

• Electrical Engineer - median pay $120,630 (BLS OEWS, May 2025); requires a 4-year degree
  
  

See all trade careers that require a 4-year degree.

Sources

• U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (May 2025)
• U.S. Bureau of Labor Statistics, Employment Projections 2024-2034
• U.S. Bureau of Labor Statistics, Survey of Occupational Injuries and Illnesses (2023-2024, Table R98)
• U.S. Department of Labor, Wage and Hour Division, Davis-Bacon General Wage Determinations (2026)
  
  

Wind Turbine Technician Salary by State

BLS OEWS, May 2025

Filter states

State Median annual Top 10% annual California $77,910 $114,270 North Dakota $66,700 $105,330 Iowa $74,880 $100,410 Colorado $74,740 $99,650 North Carolina $66,380 $98,410 New York $81,330 $97,190 Wyoming $62,830 $96,820 Ohio $73,880 $95,050 Kansas $78,240 $94,470 Minnesota $65,000 $93,890 Montana $62,360 $93,430 Arizona $66,330 $92,700 Michigan $62,800 $92,460 Pennsylvania $60,830 $87,950 Oregon $61,820 $87,510 Missouri $65,230 $86,390 Washington $75,880 $85,810 Indiana $76,680 $82,250 Idaho $60,810 $82,160 New Mexico $57,230 $79,400 South Dakota $73,820 $79,300 Maine $59,220 $78,980 Texas $61,950 $78,280 Oklahoma $59,290 $74,080 Mississippi $50,040 $62,590

Source: U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (OEWS), May 2025.