Job Summary Leading modelling and simulation of the powertrain modules in the vehicle and support the engineering team to evaluate the powertrain designs Providing technical direction to Engineering team and managing the team on a daily basis to achieve the company's targets of QCD (Quality, Cost, Deliverables) for Ola program of Passenger vehicle developmentLead technical reviews with designers to ensure design rules and standards are followed while the team is interacting closely/ taking necessary inputs from concerned stakeholdersMeet Engineering and Program milestones as applicable to achieve successful SOP (Start of Production) Ensure that the issues/technical problems encountered during product design, development, test & validation, proto/assembly vehicle built are resolved with the learning captured as TGR/TGW or guidelinesSteer the team at all times ensuring a clear path to achieving QCD (Quality, Cost, Deliverables) includes any other technical deliverables fixed by management (such as Product Durability, Reliability, Warranty) Managerial skills : Strong communication skills with the ability to present and defend technical proposals to the managementShould take initiatives with Proactive approach to resolve technical challenges Good organizational skills, ability to lead, motivate and focus team members and other stakeholdersCapture the learnings/lessons during product development as guidelines for future projectsEncourage the team to work on innovative ideas, file patents, participate in technology seminars, release technical papers in SAETechnical skills:1. Very good hands on experience in various simulation tools on CAE, CFD, NVH, Durability for E-Motor, Inverter & Transmission system 2. Experience in leading & mentoring simulation team 3. Worked in complete product development cycles of design, proto/mass manufacturing, testing & validation (component/vehicle level) of ePowertrain system for high voltage EV application4. In-depth knowledge of design, optimization, Integration & first time right proto development through simulation.
Job Summary Leading modelling and simulation of the powertrain modules in the vehicle and support the engineering team to evaluate the powertrain designs Providing technical direction to Engineering team and managing the team on a daily basis to achieve the company's targets of QCD (Quality, Cost, Deliverables) for Ola program of Passenger vehicle developmentLead technical reviews with designers to ensure design rules and standards are followed while the team is interacting closely/ taking necessary inputs from concerned stakeholdersMeet Engineering and Program milestones as applicable to achieve successful SOP (Start of Production) Ensure that the issues/technical problems encountered during product design, development, test & validation, proto/assembly vehicle built are resolved with the learning captured as TGR/TGW or guidelinesSteer the team at all times ensuring a clear path to achieving QCD (Quality, Cost, Deliverables) includes any other technical deliverables fixed by management (such as Product Durability, Reliability, Warranty) Managerial skills : Strong communication skills with the ability to present and defend technical proposals to the managementShould take initiatives with Proactive approach to resolve technical challenges Good organizational skills, ability to lead, motivate and focus team members and other stakeholdersCapture the learnings/lessons during product development as guidelines for future projectsEncourage the team to work on innovative ideas, file patents, participate in technology seminars, release technical papers in SAETechnical skills:1. Very good hands on experience in various simulation tools on CAE, CFD, NVH, Durability for E-Motor, Inverter & Transmission system 2. Experience in leading & mentoring simulation team 3. Worked in complete product development cycles of design, proto/mass manufacturing, testing & validation (component/vehicle level) of ePowertrain system for high voltage EV application4. In-depth knowledge of design, optimization, Integration & first time right proto development through simulation.
Job SummaryLead and perform FEA, CFD, Dynamics, NVH, Durability simulations of E-Motor, Inverter, Transmission system at component & system level Design and develop new concepts and simulation technologies for ePowertrain application for high voltage EV applicationEnsure all design schedules are accomplished inclusive of providing regular project status updates to all project engineers.Develop and maintain Design Verification Plan and Report (DVP&R.) Perform & execute DFMEA & PFMEAPerform & execute root cause analysis to solve the design & field failure related problemCoach and mentor various engineering professionalsSupport vehicle launches on-site and be able troubleshoot concerns using calibration & diagnostic toolsMonitor and respond to quality indicators and warranty trends to perform root cause analysis. Key ResponsibilitiesLead & guide various types of 1-D & 3-D simulation used for E-Motor, Inverter, Transmission at component level & system level to build first time right protoResponsible for weight & cost optimization at component & system level through simulation without affecting performance, efficiency, range & component life Develop simulation & optimization strategy of E-axle technology used in high voltage EV application Lead and support current model production / design problem solving cross-functional teams to achieve warranty, Cost, and customer satisfaction metrics. Key Skills RequiredVery good hands on experience in various simulation tools on CAE, CFD, NVH, Durability for E-Motor, Inverter & Transmission system Experience in leading & mentoring simulation team Worked in complete product development cycles of design, proto/mass manufacturing, testing & validation (component/vehicle level) of ePowertrain system for high voltage EV applicationIn-depth knowledge of design, optimization, Integration & first time right proto development through simulation. Software ToolsGT Suite, ANSYS, STAR-CCM+, MATLAB, ALTAIR, Abacus1-D & 3-D simulation FEA, CFD, NVH, Dynamics, Durability DFMEAPFMEA
Job SummaryLead and perform FEA, CFD, Dynamics, NVH, Durability simulations of E-Motor, Inverter, Transmission system at component & system level Design and develop new concepts and simulation technologies for ePowertrain application for high voltage EV applicationEnsure all design schedules are accomplished inclusive of providing regular project status updates to all project engineers.Develop and maintain Design Verification Plan and Report (DVP&R.) Perform & execute DFMEA & PFMEAPerform & execute root cause analysis to solve the design & field failure related problemCoach and mentor various engineering professionalsSupport vehicle launches on-site and be able troubleshoot concerns using calibration & diagnostic toolsMonitor and respond to quality indicators and warranty trends to perform root cause analysis. Key ResponsibilitiesLead & guide various types of 1-D & 3-D simulation used for E-Motor, Inverter, Transmission at component level & system level to build first time right protoResponsible for weight & cost optimization at component & system level through simulation without affecting performance, efficiency, range & component life Develop simulation & optimization strategy of E-axle technology used in high voltage EV application Lead and support current model production / design problem solving cross-functional teams to achieve warranty, Cost, and customer satisfaction metrics. Key Skills RequiredVery good hands on experience in various simulation tools on CAE, CFD, NVH, Durability for E-Motor, Inverter & Transmission system Experience in leading & mentoring simulation team Worked in complete product development cycles of design, proto/mass manufacturing, testing & validation (component/vehicle level) of ePowertrain system for high voltage EV applicationIn-depth knowledge of design, optimization, Integration & first time right proto development through simulation. Software ToolsGT Suite, ANSYS, STAR-CCM+, MATLAB, ALTAIR, Abacus1-D & 3-D simulation FEA, CFD, NVH, Dynamics, Durability DFMEAPFMEA