Complex problem-solver with analytical and driven mindset. Dedicated to achieving demanding development objectives according to tight schedules while producing impeccable code.
· Experience in functional Mechanical Designs, analysis, and product documentation.
· Ability to work effectively with as part of a team or on individual basis. To communicate effectively with various cross functional teams.
· Able to communicate at all levels of the organization both formally and informally. Strong, analytic, and decision-making skills.
The ability to contribute to new initiatives and to identify opportunities for improvement, self-initiative, responsible and ownership mindset
Core Competency
· Non-conformities (NCs) and Deviation request (DR) Report from SAP application solution proposal given for supplier issue, site construction issue, or production issue on the shop floor.
· Collaboration and communication with the product owner, the project manager, and other stakeholders. We focus more importance on the ECM/SGRE standard process and the Product Life Cycle Management process.
· Expertise in gearbox design, as well as hands-on knowledge in product design and development for casting and machining components, as well as sheet metal and composite panels from concept to manufacturing.
· Hands-on experience with GD&T and tolerance stack-up, as well as handling engineering change management (ECM) (Engineering change request(ECR)/Engineering change note(ECN)) is required.
Initiate cost-out seminars and develop a Design to Cost Culture/Mindset. Motivate and engage teams to create solutions to possible ideas. Review the drawing and implement it in the Nacelle, Hub Module level, and Operational Process according to Siemens Gamesa requirements. Mechanical structure for factory support Wind turbine-related HUB/Nacelle Backend. supporting PLM/CAD tools – experience in managing Team Center and NX application.
· Worked as a Mechanical Planarization Equipment's- Polishing and cleaning product for wafer Module, Structural design, Sheet metal, Mechanical routing, and Finite Element Analysis for new Product support, Delivery meets drawing quality for customer expectation and project completion timeline.
· Understanding customer input requirements for new concept design and evaluating results in FEA (Finite Elements Analysis) for optimum design in CMP tools design and drawing tech review for self, meets drawing quality. Developing and visualizing new ideas, as well as implementing engineering solutions.
Contribution to FEA (Finite Element Analysis-Static, Dynamic, and Thermal) optimum structural design in CMP tool, Sheet metal panel, Optimization of mechanical system, Standard ASME Y14.5(ISO) apply in (GD & T)Tolerance Stack up analysis, and design review with supplier's appropriate manufacturing department.
Design calculations shrink, recommended fits, and calculation of forces acting on the gear box foundations. To build the assembly as per clients’ requirements and Revision the exiting assembly and generated the drawing. Selection of Clearance holes, Metric thread, tapped blind holes, counter bores, case hardening and heat treat.
Product development
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