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Ctrl, a leader in drone-based inspection for renewable energy, seeks a Senior Turbine Reliability Engineer. This role involves ensuring the visual and structural integrity of wind turbines through innovative data analysis and drone technology, contributing to the industry's advancement in asset management and reliability assessments. The ideal candidate will leverage their engineering background and experience in visual diagnostics to drive impactful data-driven decisions.
1 week ago Be among the first 25 applicants
Remote (North America-based preferred) | Travel up to 25% as needed
About Ctrl:
Ctrl is a leader in drone-based inspection, sensing, and GIS-integrated intelligence for renewable energy and infrastructure. Our technology enables high-fidelity, real-time visibility into the condition of assets across wind, solar, and transmission networks. We’re hiring a Senior Turbine Reliability Engineer to help lead our visual inspection and data analysis efforts, with a particular focus on turbine blade condition, structural integrity, and geospatial asset monitoring.
About the Role:
This role focuses on the visual health and structural reliability of wind turbines. Using drone imagery, LiDAR, thermal data, and GIS-based tools, you’ll help identify defects, prioritize maintenance, and support clients in protecting their renewable infrastructure. You will play a critical part in developing Ctrl’s inspection workflows and geospatial condition models, helping shape how the industry sees, interprets, and acts on turbine integrity data.
Key Responsibilities:
• Lead the assessment of turbine blades, towers, nacelles, and foundations using drone-captured RGB, LiDAR, and thermal imagery
• Interpret damage and deterioration patterns—such as erosion, cracks, lightning strikes, and coating failures
• Drive the creation and standardization of GIS-based inspection layers, asset tags, and defect classifications
• Collaborate with Ctrl’s drone ops and GIS teams to ensure quality, consistency, and traceability of inspection data
• Generate actionable reports for asset managers, including annotated imagery, condition scoring, and repair recommendations
• Contribute to the continuous improvement of Ctrl’s drone-based workflows, mapping outputs, and visual analytics platform
• Support warranty documentation, insurance claims, and long-term reliability tracking
Qualifications:
• Bachelor’s or Master’s in Mechanical, Aerospace, Civil, or Geomatics Engineering (or related field)
• 5+ years in wind turbine reliability, inspection, or asset management, with a strong focus on blades and visual diagnostics
• Proficient in interpreting visual and thermal inspection data—especially for blade and tower damage
• Experience with drone-captured data (RGB, LiDAR, photogrammetry) and post-processing workflows
• Familiarity with GIS tools such as ArcGIS or QGIS
• Excellent communication, reporting, and project coordination skills
• Willingness to travel to field sites (~25%)
• Experience with drone platforms and inspection tools (DJI, Skydio, Pix4D, DroneDeploy, etc.)
• Knowledge of turbine OEM platforms and inspection protocols (GE, Vestas, Siemens Gamesa)
• Background in digital twin modeling, visual AI defect detection, or SCADA-integrated inspection tools
• Experience guiding cross-functional teams across engineering, GIS, drone ops, and software
Why Ctrl?
• Work on real-world energy challenges using drones, AI, and spatial analytics
• Be part of a founder-led team with strong industry momentum and technical depth
• Enjoy remote flexibility, gear and travel stipends, and opportunities to lead innovation
• Help shape how wind reliability is measured, visualized, and acted on
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