Job Overview

A Day In The Life

• Collaborate with product design and engineering teams to understand thermal requirements and operating conditions
• Build and execute thermal and electro-thermal simulation models using CFD tools
• Analyze heat transfer phenomena including conduction, convection, radiation, and Joule heating
• Perform steady-state and transient simulations to evaluate temperature rise and thermal performance
• Conduct analytical calculations to validate simulation results and ensure engineering accuracy
• Compare simulation outputs with experimental/test data and refine models accordingly
• Support or participate in thermal testing and validation activities when required
• Document simulation methodologies, assumptions, and results clearly for stakeholders
• Manage multiple simulation projects independently while adhering to timelines and quality standards

What will help you thrive in this role?

• Strong foundation in heat transfer principles (conduction, convection, radiation) and Joule heating effects
• Hands-on experience in thermal or electro-thermal simulations using commercial tools
• Ability to combine analytical calculations with simulation insights for accurate engineering decisions
• Experience working on electrical or electromechanical systems from a thermal perspective
• Problem-solving mindset with the ability to interpret temperature rise behavior and trends
• Exposure to thermal testing, validation, and correlation techniques
• Basic understanding of industry standards (IEEE, IEC, UL) for temperature rise
• Familiarity with CAD tools for geometry preparation and simulation setup
• Knowledge of Python or C# for automation or post-processing is an added advantage
• Curiosity and openness to explore AI-assisted simulation workflows and data-driven approaches
• Strong communication skills and ability to work in cross-functional teams