Maharajan Ramakrishnan

· Collaborating with stakeholders to analyze the Tower internal interface items, and provide solutions

· Led the design and execution of a 5 MW onshore turbine, Supporting on Structural Foundation and Towershell. Also, part of Tower internals such as the Platform, ladder, lift, damper and weld socket

· Evaluate and demonstrate the manufacturing feasibility and technical justification for the design approach (DFMEA Design Failure Model and Effect Analysis)

· Responsible for the complete design cycle, from concept generation to final checking and releasing of the drawings in the Team Center. Conducting and participating the concept and functional design review with Europe counterpart

· Part of the team responsible for automating the tower's internal components. Generating ideas and cost-out activities for both existing and new turbine component

· Experience in Design Risk Assessment (DRA) of Lift guide wire components

· Executed all phases of the design process for numerous products, such as components, parts, assemblies, and sub-assemblies, by managing drafting, dimensioning, tolerance, prototype creation, and documenting outcomes

· The proposed design presentation is intended for the business units and customers.

· Mentoring junior employees to design tower internals, defining project plans, and ensuring that deliverables and timelines are met

· Responsible for mechanical design, CAD model development using CAD software, and engineering drawing development for heavy engineering components (wind turbines).

· Conducting a concept design review with my German counterpart to ensure that the design meets DFMA (Design for Manufacturing and Assembly)

· Conducting a master model review to discuss tower interface components.

· Lead the tower design of new product lines and development projects, manage, and review design work related to those projects

· Estimating the time for the final cut, drawing, and BOM release

· Conducting a cost-out idea for the next cut drawing release

· Designing the new components (3D models) based on the requirements obtained from the application engineer. For prototype building

· Preparation of individual part drawings for manufacturing (casting, machining, sheet metal, and assembly) with GD&T, based on internal standards

· Verifying component drawing with tolerance stack-up calculation

· Preparation and release of BOM and parts lists

· Generating a report and presentation for a technical discussion

· Coordinating with cross-functional team members and detailing the action plan for the smooth implementation of the Engineering Changes

· To support VAVE for the cost reduction of turbocharger components