Job Description

Summary This opportunity is for a self-motivated Individual contributor with experience and interest in composite Structural design & Analysis and strong fundamentals focused on problem-solving & collaboration.



Roles & Responsibilities:

• Experienced Structural Engineer to contribute to wind turbine Blade design.
• Technical go to person for less experienced Engineers both FE & design aspects
• In daily activities close interaction with all stake holders (Customers, Structural Designers, Detailed design, Process Engineering, Production team, chief Engineers) related to blade design from end-to-end
• To support the production in the startup phase with Engineering Presence. Responsible for quick addressal of issues related to any product deviations in productions, lifting & handling operation of blades.
• Owning the Design ensuring quality towards First time right approach.
• Defines risk mitigation roadmaps and proposes solutions.
• Active participation representing function on cross-functional activities, particularly on new technologies & RCAs.
• Makes decisions independently, particularly in complex scenarios, wherever needs Pulls in experts (principal/ consulting/ chief consulting)
• Finds smarter ways to complete validation plans and leads in breakdown and planning.
• Assist Chief Engineer/s in technical approval of work and documentation.
• Technical Leadership for highly skilled execution team to secure high-quality solutions covering
• FEA &, Methods development.
• Adhering to business standards, practices, procedures, and product / program requirements

Required qualification and skills:

• Masters or PhD in Mechanical/Aerospace/Applied Mechanics or related Engineering Field from Reputed Institute with good Academic record
• 7-12+ yrs. of experience in Structural Analysis, composite structure design & analysis with wide application of FEM Tools & techniques to industrial problems
• Prior experience in Wind Turbine Blades structural Analysis is preferred
• Sound fundamentals in structural mechanics & FEM methods.
• Demonstrated application of Engineering principles to Industrial problems.
• FEM Tools: Any commercial FEM software. Preferred Abaqus & Ansys
• Application of FEM tools in WT Blade design.
• Deep insight in stress engineering subjects e.g.- mechanical design, structural analysis, Fracture
• Mechanics in Composites with a desire to learn and develop more

Desired Characteristics

• Strong oral and written communication skills. Demonstrated ability to analyze and resolve problems. Ability to document, plan, market, and execute programs. Established project management skills
• Demonstrated problem solving approach & self-driven.

Additional Information

Relocation Assistance Provided: Yes