 Responsible for engineering design of new products/product enhancements of assigned components, andassemblies of Wind Turbine internal components with standards and customer requirements. Module lead for the various modules of towers like Access and walkways, External staircases, SST platform,and Doors. Researching to inform the design and engineering methods required for the mechanical systems. Ensuring the development of the team by delegating responsibilities and creating an ownership culture amongthe team members. Responsible for design reviews which include drawings, 3d, and quality process documentation. Prepare and contribute to PDP documents and deliverables DDL, BOM, DFMEA, DRA, and materialhandling in SAP. Developing product cost reduction by Design change or component manufacturing methods. Release of drawings and support for fitment assembly and validation for proto development.

 Preparation of solid 3D models like Fuel tank assembly, Fenders, step assembly, and Three-point Linkage assembly. Developed new fenders and Fuel Tanks by benchmarking other variants and their assembly with minimalchanges per variant and tire size. Freezing its envelope and completing its engineering package as per vehicle variant. Technical discussions with the supplier about part feasibility and manufacturing process and makingrecommended changes as per strength, quality, and aesthetic perspective. Create the 2D drawings as per design requirements and control required dimensions by applying GD&T. Internal discussion with the QRC team regarding its material and surface treatment conditions andallowable deviations. ECA/ECP Release the drawings in the Team center as per company standards.

• The objective is to prepare the whole layout of Gear Box Assembly along with its different accessories such as Ring gear, Input and Output shaft, Splines, etc.• Generating the concept to design the gearbox parts like Planetary gears, casings, Shafts, etc., and discussing with the Team Leader and finalizing the Concept.• To adjust the dimensions in the assembly to minimize assembly issues in terms of tolerances, Interference, and fabrication process.