GEV Wind Power is seeking experienced Blade Repair Technicians to support internal blade inspections and composite repair projects on SGRE wind turbines at onshore wind farms throughout the United States. This role requires extensive travel and offers the opportunity to work on a variety of projects while maintaining the highest standards of safety, quality, and workmanship.
Location: 100% travel throughout the USA
Job Type: Contract B2B
Job Responsibilities:
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Travel 100% on a rotational basis to wind farms throughout the U.S. - cross country travel by air or truck
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Perform composite blade repair up-tower via platforms, rope access and/or occasionally on the ground
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Epoxy and Polyester resin wet layup
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Vacuum infusion
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Balsa and foam sandwich materials
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Structural repair
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Completing detailed Daily Progress Reporting Documents and QAQC reports
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Completing onsite stock checks
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Assisting site lead and project coordinator as applicable
We are looking for strong, reliable technicians with the following skillset and training:
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2+ years of Composite repair experience
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Platform and/or rope access experience
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Knowledge of fiberglass reinforcement and structural repair methods.
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Ability to safely and properly use powered hand tools.
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Good finger dexterity, including precise use of hand and power tools
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Understanding of repair specifications
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Ability to read and interpret complex technical drawings and processes.
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IT literate, including email, internet, and iPad usage.
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Ability to work well in a team, take guidance, and provide leadership when required.
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Flexibility to adapt to changes in scope and work assignments.
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Physically capable of meeting strenuous job requirements, including climbing ladders and scaffolding, bending, crawling, stooping, and lifting up to 75 pounds.
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Ability to wear a respirator and work safely with protective equipment
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Good vision (with corrective lenses if necessary) to perform detailed inspections, read instructions, and safely operate equipment.
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Valid driver’s license, good MVR report, and must be 21 years of age or older to drive a company vehicle.
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Must successfully pass a criminal background check and maintain a drug-free status.
To be considered for this role, candidates will need the following certifications:
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GWO BST (Basic Safety Training) – fire awareness, working at heights, manual handling, first aid
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GWO ART (Advanced Rescue Training Hub/Nacelle)
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GWO Slinger Signaller or Siemens Rigging Safety
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GWO Blade Repair or Advanced Blade Repair from any of the approved providers: AmuSyd, Team 1, Blade Repair Academy or Green SGBTCF Blade Technician Profile
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Spot Paint certification
- OSHA 10 General Industry (preferred; assistance available to obtain certification)
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EHS Regional Compliance (preferred; assistance available to obtain certification)
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Rigging Safety (preferred; assistance available to obtain certification)
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SGRE Blade C or Blade D certification (preferred but not required)
What are the perks of working with GEV Wind Power?
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Upskilling trusted GEV technicians via GEV Academy
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Bespoke reporting system (time saving with training provided)
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Streamlined communications for our technicians with regular Business and Project updates via GEV technician engagement platform
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We listen to our technicians needs and value their feedback (consistent technician feedback surveys)
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Ongoing work for our top talent
A little bit about us:
A Career Enabling You to Make a Global Impact!
You will have heard about the term ‘energy transition’ and perhaps wondered what this means and even how you can get involved. We can see fundamental changes in our daily lives from the electrification of motor vehicles to reducing our dependency on fossil fuels through the increased use of renewable energy sources.
At GEV Wind Power, we are a key part of this transition and proud to be helping in a small way to accelerate the change. Our role is critical in supporting power generation from wind energy, where we are the market leader for maintaining one of the key components, the rotor blades. If the blades become damaged or simply lose their structural integrity through erosion from wind and rain, their efficiency and ability to produce power reduces dramatically. Our job is to ensure the blades keep their profile and are optimum for producing electricity.
