Lead Engineer - Thermal

Company :

Mahindra & Mahindra Ltd Responsibilities & Key Deliverables

• Should have Domain knowledge and design experience of Engine cooling system for LCV / Pickup / MPV as per Product Development System
• Proficient in base level heat load calculations for engine cooling components and systems sizing.
• Should be conversant with system layout creation and release
• Packaging of the system taking skeleton from DMU
• DVP targets for performance, durability and reliability
• Interaction within departments and Supplier Design Assessment with Part Development Support to finalise the design
• Should be able to interpret CAE / CFD results for required corrective actions
• Should be good in CATIA V5 for 3D modelling and 2D DWG preparation
• Should be conversant with DMU / vehicle level packaging / Team centre / Design release and DFMEA.
• Should have knowledge of benchmarking vehicles and create a database.
• Should be conversant with GD&T and Tolerance stack up analysis
• Should be conversant with radiator / CAC / Degassing Tank / Electrical fan & Viscous Fan technical proposals / specification sheet
• Experience in 1D Simulation for radiator top tank temperature prediction.
• Cooling trails and fan duty cycle measurement
• Should have knowledge on product development life cycle.
• Experience in Teamcenter / PLM for system layout creation will be added advantageExperience 8-10 yearsIndustry Preferred Automotive Industry Qualifications M.E. / M.Tech. (Design) B. E. / B.Tech (Mechanical / Automobile Engg)General Requirements Trained on Catia V5, cooling system design experience for LCV & Pickup,
• Should be conversant with GD&T and drawing / drafting
• Should be conversant with radiator / CAC / Degassing Tank / Electrical fan & Viscous Fan technical proposals / specification sheet
• Experience in 1D Simulation for radiator top tank temperature prediction.
• Cooling trails and fan duty cycle measurement
• Experience in Teamcenter / PLM for system layout creation will be added advantage
• Proficient in base level heat load calculations for engine cooling components and systems sizing.