Wind Energy Engineers
Architecture and Engineering
Most of the work is planning how a wind farm sits on the land and how power moves off it. Layouts, schematics, and other drawings are kept up to date, and models are built to place access roads, crane pads, collection lines, substations, and transmission links so they work together. Underground and overhead collector systems are designed, and site specifications are written for construction. Recommendations follow when a farm's turbines need to produce more, costs need to come down, or rules change. It suits people who like arranging a site on paper, practical math, and weighing performance, cost, and rules.
Typical education: Bachelor’s Degree (4-year)
Annual Median Wage in Field (2025)
$122'930
Median Wage Market Position
$122'930
What you might do
- Plan underground and overhead collector systems
- Prepare and develop wind farm site specifications
- Create wind farm layouts and schematics
- Model access roads, crane pads, and crane paths
- Lay out substations, switchyards, and transmission lines
- Recommend changes that improve turbine performance
Skills that matter
- Laying out wind farm collector systems
- Modeling crane paths and access roads
- Drawing wind farm schematics
- Recommending turbine performance and cost changes
- Placing substations and transmission lines
- Discussing infrastructure changes with others
AI & the future of this role
Layout optimization, load modeling, and collector-system analysis could rely more on automated tools. Site constraints, grid interconnection judgment, and field validation of turbines and cabling still require engineers who can own real-world tradeoffs.
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Includes O*NET® 30.3 Database information by USDOL/ETA under CC BY 4.0; modified by LostInCareer. Wage/outlook from BLS. Attribution details