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Engineer BEV (M1) Thermal System

BMW TechWorks

Job Location:

Pune - India

Hourly Salary: INR 6 - 6

Posted: 11 September 2026 (23 hours ago)

Application Deadline: 9 December 2026

Vacancies: 1 Vacancy

Job Summary

Role	Engineer BEV (M1) Thermal System
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About the UNIT/ Unit Overview	Digital Product Engineering
Location	Pune
Experience:	3 to 6 years
Number of openings	2
What awaits you/ Job Profile	Support BEV thermal system development from requirement definition through production release. Design cooling circuits for battery e-motor inverter onboard charger and DC-DC converter. Perform heat-load coolant-flow pressure-drop and cooling-capacity calculations. Support sizing and selection of pumps valves radiators chillers and heat exchangers. Prepare system schematics component specifications interface documents and engineering reports. Develop packaging and routing of hoses pipes manifolds and cooling-system components. Coordinate with CAD CAE battery e-drive controls testing and supplier teams. Support DFMEA design reviews DVP&R preparation and technical risk-closure activities. Execute component system-rig vehicle durability and environmental validation tests. Support design release prototype builds supplier development PPAP and production launch.
What should you bring along	Bachelors or Masters degree in Mechanical Automobile Thermal or related Engineering. 3 to 6 years of automotive thermal-system design or product-development experience. Experience in BEV cooling-system or automotive liquid-cooling component development. Understanding of battery e-drive inverter and charging-component thermal requirements. Hands-on experience in design calculations component selection testing and issue resolution. Ability to manage assigned components design deliverables and validation activities independently. Experience working with suppliers manufacturing quality and vehicle-integration teams. Structured problem-solving capability using 8D 5 Why and root-cause analysis. Good technical documentation communication coordination and presentation skills. Willingness to support supplier visits prototype builds vehicle tests and production trials.
Must have technical skill	Knowledge of BEV cooling systems for battery e-drive inverter and charging components. Capability in heat-load estimation heat-balance and cooling-capacity calculations. Experience in coolant-flow pressure-drop and basic hydraulic-network calculations. Knowledge of pump valve radiator chiller heat-exchanger and reservoir selection. Understanding of coolant properties material compatibility corrosion and contamination control. Experience in hose and pipe routing sealing mounting filling bleeding and leak prevention. Knowledge of metals polymers elastomers seals joints and cooling-plate manufacturing. Practical understanding of DFM DFA and DFS for production assembly and serviceability. Experience preparing DFMEA DVP&R specifications test plans and validation reports. Support compliance with BEV requirements affecting battery cooling over-temperature protection thermal propagation and coolant-system integrity. Proficient with CATIA V5/V6 CAD tools for packaging and routing reviews and Teamcentre PLM tool
Good to have Technical skills	Exposure to multi-loop cooling circuits and integrated coolant-distribution modules. Knowledge of battery cold plates thermal interface materials and direct-fluid cooling concepts. Understanding of battery pre-conditioning for fast charging and low-temperature operation. Knowledge of thermal controls temperature sensors actuator diagnostics and derating strategies. Experience with GT-SUITE Amesim KULI MATLAB/Simulink or equivalent simulation tools. Exposure to CFD or conjugate heat-transfer analysis for coolant and component performance. Awareness of ISO 26262 interfaces for thermal sensors pumps valves and control functions. Awareness of AIS-038 Rev.2 UN R100 and ISO 6469 requirements relevant to thermal-system design.