What a wind turbine technician really does
You keep turbines spinning by climbing them, tracing faults through data and wiring, and making safety calls that nobody gets to rush.
FieldSkilled trades
Preparation (O*NET Job Zone)Medium preparation needed
What the work involves
What fills a typical week for wind turbine technicians, built from O*NET occupation data.
- Start with a crew briefing on weather, wind speed limits and which turbines are down.
- Climb towers to run scheduled maintenance: torque checks, greasing, filters, inspections.
- Read SCADA alarm logs and data trends to narrow down why a turbine faulted.
- Test pitch, converter and generator circuits with meters and infrared tools inside the nacelle.
- Restart turbines after repairs and watch them come back online correctly.
- Log work orders, parts used and findings in the maintenance system, and email the site lead.
- Keep the truck and site stock of tools and spare parts ready for the next fault.
What the days are like
What people in the job know
- Heights are not occasional. They are the job, almost every day. Exposed to high places: 97% every day; Wear specialized protective equipment: 100% every day (O*NET Work Context)
- A lot of the work happens folded into tight spaces inside the nacelle and hub. Exposed to cramped work space, awkward positions: 83% every day (O*NET Work Context)
- There is more paperwork and email than people expect from a tower job. E-mail: 79% every day; Written letters and memos: 36% every day (O*NET Work Context)
- You are responsible for your partner's safety as much as your own, and mistakes can be deadly. Health and safety of other workers: 74% very high responsibility; Consequence of error: 81% extremely serious (O*NET Work Context)
- Hours and schedules shift with weather and outages, and long weeks are common. Work schedules: 50% irregular; Duration of typical work week: 60% more than 40 hours (O*NET Work Context)
How people get into it
O*NET Job Zone 3 (medium preparation). The most common route is a post-secondary certificate from a wind or electromechanical technician program (34% of workers surveyed); others enter with a high school diploma (29%) or some college (22%). Employers add climb, rescue and electrical safety training plus months of on the job work with a lead technician.
The Firstday trial, easy to hard
Three simulated tasks with AI coworkers who message you, react to your work and coach with questions. Nobody scores you.
What the trial can't show: This trial cannot show climbing a 300 foot tower ladder, working in a harness, the cold, wind and heat, fear of heights, tight hub and nacelle spaces, rescue training, or the hands on use of meters, torque wrenches and hydraulic tools. It covers the planning, safety judgment, data based troubleshooting, prioritizing, documentation and crew communication parts of the job. Wind, lightning and lockout limits in the trial are fictional site values; real limits come from each turbine maker's manual and the site's own safety rules.
Reading about it is one thing.
Find out how the work feels to you before you spend on a degree, course or job change. Your first trial is free.
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Job details on this page are built from O*NET OnLine, 49-9081.00. This page includes information from the O*NET 31.0 Database by the U.S. Department of Labor, Employment and Training Administration (USDOL/ETA). Used under the CC BY 4.0 license. O*NET® is a trademark of USDOL/ETA.