Led the engineering of electric power-train systems, encompassing system-level architecturePower-train sizing, cooling and lubrication requirementsResponsible for the design and development for the drivetrain architecture of the Magna INEOS Grenadier front and rear EDUsSuccessfully converted high-level product requirements into detailed system and subsystem specifications for powertrainManaged system engineering, high-level designs, documentation for efficiency simulations on oil flow and NVH

Responsible for the complete development of electric power-train and axle for 18T vehicle variantsManaged overall implementation of chassis components for optimal performance Ensuring performance durability and safetyCollaborated with cross-functional teams, including electrical and motor design team, ensuring robust product designsHousing, Gears, Bearing , Stator and rotor assemblies, Side shaft, prop shaft , Differential design & development activities.Coordinated with suppliers for drawing approval and technical & manufacturing feasibility closureInterfaced with the material management team for part development and quality controlConcept development with respect to function, manufacturing, Assembly and optimizations , Driveline Layout OptimizationConducted root cause analysis and resolution of field concerns, contributing to improved product qualityActively participated in cost and weight reduction programs

Powertrain sizing and designEV modelling and simulationChassis design for EVTransmission system selection and designs on component level, total assembly and testingDraft and execute DVP for the transmissionTest plans for real-time use casesNegotiation with vendors and suppliers for timely deliveryConducting failure mode and effects analysis (FMEA)

Bicycle frame design and effective and reliable material selectionChain drive developmentTechnical documentationAssist in the design and development of electric bicycle components and systems, including motor, battery, and control systemsData Acquisition system for telematics

Technical requirement documentation Retro - fitment of Maruti 800 t o EV Working on electric drives, controllers and battery management systemsVehicle dynamics, weight distributions Dual Speed AMT for e3W Transmission sub - system design Testing and validation

The transition from sketches to SolidWorks models to rapid prototyping SolidWorks modeling of components and designs Working knowledge on ProE