Handled design & development of suspension system, Member Links (frame) & pedals parts.Support to global platform for pre development & design activityMaintaining FTR & OTD for global remote design activity.Responsible for global Workload vs workforce management for complete chassis.Support for Costing & feasibility of sheet metal parts of Pedals & member links components.Managing the project activities from engineering as a core team leaderFinalizing the supplier before nomination from technical & commercial point of view. Identify the parts for localization as per local supplier capability, budget, profitability & payback.Project co-coordinator to ensure the budget, validation & coordination from each commodity (Chassis).Participation in project meeting & cascade the information to each commodity in Chassis.Lead reliability, testing and validation testing internal and local vendorsPreparation of RFQ and technical file for initial sourcing to feasible supplier.Feasibility study of parts & process through simulation or basic need of process. Providing technical support to suppliers by auditing their process for achieving customer & system requirements.Development of sheet metal components (New product development) like Front End Structure, APedals & member link components.Development of parts as per ANPQP system & scheduling the test as per requirement.Handover the developed part s to quality dept with PSW for serial life production.Creation of product definition, scope of works and to give necessary input to supplier.BOM management, localization approval, CAPEX approval, Serial life quality, Cost saving target achievement.Quality issue resolution.

Design & development of Actuation system for passenger vehicles (Pedals).2. Generates alternate design concepts using CAD systems, with clearly defined tasks after studying the product profile requirements. 3. Knowledge in GD&T, DFMEA, DFS. 4. Produces solid models of aggregates in pro-E, Pro piping, including piping & clamping design, Generates drawings and bill of material, release of designs and technical specifications in PLM. 5. Defines and develops packaging design features to improve functionality and overall product performance meeting serviceability and manufacturability requirements.6. Prototype and concept design in product R&D 7. Perform calculations pedal efforts, involving for sizing & selection of components like Master and Slave cylinders. 8. Defines performance and acceptance criterion for clutch characteristics, clutch cables, dampers, Clutch master cylinder, slave cylinder and coordinates with supplier to develop components.9. Carry out DVP sign off and tracking of testing activities, perform field failure tracking / IPTV monitoring and reduction. 9. Works with suppliers in the selection of sub-components, their location and packaging. 10. Prepares project documentation, and participates in design review at various design phases till end of SOP.11. Propose improvement ideas for Internal Cost Reduction on an ongoing basis.12. Weight reduction proposal with improved design and with selection of a particular materials.13. Co-ordinate with supplier for manufacturing feasibly and for cost reduction proposes.14. Preparation of Pre- DFMEA for discussion with CFT.15. Doing Benchmarking for improving performance & seeing potential for cost reduction.16. Looking for field issue and supporting for production line.Key deliverables: 1. Develop design concepts of controls pedals - Clutch actuation systems like hydraulic system, mechanical system,

Concept design for steering system based on doing benchmark study and exist design to improve.Vehicle integration on virtual layout of the vehicle.Prepare the drawing and release for proto parts development.Info. Fitment drawing for mfg. of production line Creating mechanism in pro-e to create lock to lock envelop. Finalization of hard points like pitman arm drag link ball point & steering arm drag link ball point to keep minimum bump and brake steer value. Key Projects Handled:Steering Wheel Modified for Better Grip.Steering System Concept developed for LCV RHD Vehicle.

Key Projects Handled: Modification of steering column upper angle for better ingress and egress. Front Axle Assembly with Corner Module:Rear Axle Assembly With Corner Module:Standardisation of Fuel Tank Assembly:Power steering pipes layout