Role Overview

Responsible for the design, development, integration, and validation of thermal management systems for BEV and xHEV propulsion systems, including battery cooling, e-motor, inverter, and vehicle-level HVAC integration.

Key Responsibilities
Design and develop thermal management systems for BEV/xHEV platforms.
Define thermal system requirements and component specifications.
Perform thermal simulation and analysis using GT-SUITE, ANSYS, or MATLAB/Simulink.
Support integration of cooling systems with battery packs, e-motors, inverters, and power electronics.
Conduct DFMEA, DVP&R;, and component/system-level validation.
Coordinate with vehicle architecture, controls, calibration, suppliers, and cross-functional teams.
Support prototype builds, rig testing, and vehicle-level commissioning.




Optimize thermal performance, efficiency, reliability, and cooling strategies.

Key Skills
BEV/xHEV Thermal Management
Battery Thermal Management System (BTMS)
Cooling System Design & Development
GT-SUITE / ANSYS / MATLAB Simulink
Thermodynamics, Heat Transfer & Fluid Mechanics
DFMEA / DVP&R;
CATIA / Creo
V-Cycle / APQP
HVAC and refrigerant-based cooling systems

Desirable Experience
Experience in BEV/HEV propulsion system development.
Knowledge of high-voltage system safety requirements.
Exposure to Agile or Model-Based Development settings.

📌 Lead Engineer Cooling System Pune
🏢 Tata Technologies
📍 Pune