GWO Blade Repair Training
The GWO Blade Repair framework delivers advanced engineering competencies in composite structures, fiberglass manipulation, and inspection procedures for wind turbine rotor blades.
Course Overview
Delegates master the safety requirements linked to chemical composites, surface sanding resins, multi-layer laminating processes, and verifying cured composite blade integrity.
Core Modules Included
- Composite Chemistry: Safe processing parameters for epoxy resins, fillers, matrix hardeners, and chemical storage controls.
- Surface Engineering: Mechanical grind methods, removing delaminated structures, paint preparation, and sanding operations.
- Lamination Formats: Core cloth sandwich setups, resin wetting tasks, vacuum packing techniques, and curing controls.
- Structural Inspections: Defect checking parameters, tracking impact damage points, and writing comprehensive blade repair logs.
Course Duration
The intensive aerodynamic repair certification program runs across 5 to 7 consecutive training days based on workshop scheduling.
Certification Validity
Successful completion updates your standard GWO WINDA registry profile. This specialized composite engineering course does not feature a rolling expiration profile.
Course Entry Requirements
- A registered, valid GWO WINDA identity tracking profile.
- Physical capability for handling pneumatic power tools, protective chemical masks, and workshop grinding gear.
Accreditations & Standards
