IMPLEMENT
THE IMPOSSIBLE
WITH US

This will help you grow:

• Develop and simulate automotive thermal and HVAC systems.
• Build cooling circuits for ICE, HEV, and BEV applications
• Perform battery, electric motor, inverter, and power electronics thermal simulations
• Model cabin HVAC performance, energy consumption, and thermal comfort
• Heat dissipation calculations
• Control logic implementation in vehicle
• Optimize cooling systems (pump/valve strategies, radiator capacity)
• Analyze test data and correlate simulations (software and hardware in loop support)
• Support thermal and drive testing and measurement and validation and analysis of test data with simulation tools
• High voltage and low voltage system thermal analysis
• Collaborate with design, testing, and controls teams in a global environment

This is how you will help us move forward:

• Thermodynamics (refrigeration cycles, HVAC)
• Heat transfer (conduction, convection, radiation)
• Vehicle heat exchanger systems
• Coolant, oil, and refrigerant flow behavior
• EV battery thermal behavior knowledge 
• Transient/steady state heat modeling knowledge 
• ICE thermal systems (radiators, pumps, thermostats)
• EV/HEV thermal systems (battery, motor, inverter)
• Under hood aero-thermal behavior
• Cabin HVAC performance and comfort requirements
• Electric drive and drive system behavior

 Core Simulation Tools (Mandatory)

• GT-Suite
• Simcenter Amesim
• MATLAB / Simulink / Simscape / Stateflow