Blade Specialist
NeXHS Renewables · Chennai · onsite · Posted 1d ago
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About this role
We are seeking an experienced Blade Specialist with expertise in wind turbine blade inspection, condition assessment, defect evaluation, and repair methodologies. The ideal candidate should possess strong technical, analytical, and problem-solving skills to support blade integrity assessment, maintenance planning, failure analysis, and engineering documentation while ensuring compliance with industry standards and best practices.
- Bachelor s / Master s in Mechanical, Aerospace, Materials, Renewable Energy, or any related engineering discipline.
- Minimum 3+ years of experience in wind turbine blade inspection, condition assessment, composite blade repair, or wind turbine O&M.
- Hands-on experience in evaluating blade defects including leading edge erosion, gelcoat damage, cracks, delamination, bond line defects, lightning strike damage, trailing edge separation, and coating degradation.
- Hands-on experience in blade failure analysis, root cause investigation, remaining life assessment, and repair methodology evaluation.
- Hands-on experience with Non-Destructive Testing (NDT) techniques including Thermography, Ultrasonic Testing (UT), Tap Testing, Shearography, and Visual Inspection.
- Experience in composite materials, rotor blade construction, manufacturing processes, composite repair techniques, and maintenance planning.
- Experience in technical reporting, engineering documentation, and maintenance recommendations.
- Knowledge of IEC 61400-1, IEC 61400-5, IEC 61400-23, and IEC 61400-24 standards.
- Knowledge of DNV-ST-0376, DNV-SE-0438, and relevant DNV Recommended Practices.
- Strong analytical, technical problem-solving, client interaction, technical documentation, and cross-functional collaboration skills.
- Perform technical inspection, condition assessment, and structural integrity evaluation of wind turbine blades using inspection data and field observations.
- Identify, classify, and evaluate blade defects and recommend appropriate repair methodologies and maintenance strategies based on industry best practices.
- Review, validate, and document inspection findings by preparing technical inspection reports, defect assessment reports, maintenance recommendations, and engineering documentation.
- Support client technical discussions and provide expertise on blade structures, failure mechanisms, maintenance practices, and inspection technologies.
- Evaluate emerging blade inspection technologies, composite materials, Non-Destructive Testing (NDT) methods, repair techniques, and industry best practices to enhance inspection quality and maintenance effectiveness.
- Bachelor s / Master s in Mechanical, Aerospace, Materials, Renewable Energy, or any related engineering discipline.
- Work on advanced wind turbine blade inspection and integrity assessment projects.
- Collaborate with experienced renewable energy and O&M professionals.
- Gain exposure to advanced NDT technologies, composite repair methodologies, and international wind industry standards.
- Opportunities for continuous learning, technical specialization, and career growth in the renewable energy sector.
- Location: Chennai, Tamil Nadu, India
- Experience: Minimum 3+ Years
- Job Type: Full-Time
- Work Mode: On-site
- Domain: Wind Turbine Blade Inspection / O&M / Renewable Energy
Disclaimer: This job posting has been aggregated from external source. Role details, content, and availability are subject to change. Applicants are advised to confirm the latest information directly on the company website before applying.
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About NeXHS Renewables
NeXHS Renewables
Engineering & Construction
36
employees
2018
8 years old
Chennai, Tamil Nadu
India
₹9.9L PA avg
Avg at NeXHS Renewables
About
We are a team of Renewable Professionals with core strength in Structural(Civil,Mechanical,Electrical) and Geotechnical having extensive experience in structural designs of Metro, Airports, Hydel power projects, Bridges, Projects involving Complex Geotechnics, Wind Turbine structures, Rehabilitation / Retrofitting of Structures, Solar structures and many more. We are experts in the optimal design of structural systems of wind turbines subjected to dynamic loading by using state-of-the-art finite element methods.
We use in-house developed tools and programmes for dynamic analysis of the structural systems of wind turbines. Our design strategy is based on optimisation of foundation design considering structures as interacting elements with soil and analysing them as finite elements using the best FEA tools such as ABAQUS Unified, ANSYS Fluent, MATLAB, etc.,
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