Vehicle CFD and Thermal Simulation Engineer

Role

Vehicle CFD and Thermal Simulation Engineer

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About the UNIT/ Unit Overview

Digital Product Engineering

Location

Pune or Bengaluru

Experience:

more than 3

Number of openings

1

What awaits you/ Job Profile

• Join our innovative Radome development team, contributing to the future of vehicle safety and autonomous driving.
• Design, optimize, and validate radomes (protective, aerodynamic enclosures for sensors and radar systems) to enhance performance in next-generation vehicles.
• Lead and execute CFD, thermal, and electro-thermal-mechanical workflows to optimize aerodynamics, cooling, and sensor functionality.
• Develop electro-thermal and thermo-mechanical coupled workflows, including advanced conjugate heat transfer analyses.
• Drive workflow automation and AI-assisted project documentation and result analysis to boost efficiency.
• Collaborate with cross-functional teams and communicate insights effectively in English, both written and spoken.

What should you bring along

• Passion for cutting-edge vehicle sensing, CFD, thermal, and electro-thermal simulations
• Strong analytical mindset with the ability to investigate, model, and analyze complex physical phenomena
• Proactive, independent worker who thrives in a collaborative team
• Excellent communication skills in English (written and spoken)
• Familiarity with dealing with complex geometries, mesh workflows, and data management

Must have technical skill

• Extensive experience in vehicle CFD, thermal, and electro-thermal simulations
• Proficiency in analyzing complex phenomena: leakage flows, surface cooling, and conjugate heat transfer (CHT)
• Experience with geometry cleaning and mesh modification using tools such as Ansa and Catia
• Scripting skills to automate simulation workflows; comfort with AI-assisted processes
• Ability to work independently and make informed technical decisions

Good to have Technical skills

• Experience with StarCCM+, Abaqus, NASTRAN/ANSA
• Knowledge of analysis systems and databases; proficient in Python for workflow automation and data handling
• Familiarity with multidisciplinary integration (electro-thermal-mechanical coupling) in automotive contexts
• Exposure to radar/ sensor integration challenges or radome-related optimization is a plus
• Understanding of numerical methods for CFD, thermal, and CHT, and validation against experimental data