Junior Thermal Engineer

We are seeking a Junior Thermal Engineer to support thermal design, simulation, and validation activities for advanced products and technologies.

This position is ideal for a recent graduate or early-career engineer who wants to build practical experience in heat transfer, computational modeling, and product development.

The engineer will work with experienced simulation specialists and cross-functional teams, receiving guidance while gradually taking ownership of thermal analyses and technical deliverables.

What will you do?



* Support the creation and improvement of thermal and fluid-flow simulation models for components, assemblies, and systems.


* Prepare and simplify 3D geometry, generate computational meshes, define materials, and apply boundary conditions under guidance.


* Run steady-state and basic transient thermal analyses using tools such as Ansys Icepak or Fluent.


* Evaluate conduction, natural and forced convection, radiation, and heat generation in electrical or mechanical products.


* Review solver convergence, check model quality, and document assumptions, inputs, and limitations.


* Post-process results to identify temperatures, hot spots, airflow behavior, and design improvement opportunities.


* Compare simulation results with laboratory measurements and help update models based on test data.


* Support sensitivity studies and design comparisons involving materials, geometry, operating conditions, or cooling approaches.


* Prepare clear technical reports and presentations with results, conclusions, and recommendations.


* Collaborate with mechanical, electrical, product, laboratory, and manufacturing teams.


* Follow team methods for model quality, file management, documentation, and peer review.


* Continue developing technical skills through coaching, training, and hands-on project work.

What are the key skills we are looking for?



* Physics - intermediate level; applying core principles to model and predict electromechanical system behavior


* Problem Solving - developing level; breaking down engineering challenges and proposing simulation-based solutions


* Design Optimization - developing level; refining designs through iterative simulation and analysis


* Failure Mode and Effects Analysis (FMEA) - developing level; identifying potential failure points and assessing risk in product designs


* Multiphysics Simulation - foundational level; building models that integrate thermal, electromagnetic, and structural analysis


* Electromechanical Engineering - foundational level; understanding the integration of mechanical and electrical components in system design


* Data Analysis and Interpretation - foundational level; extracting actionable insights from simulation results to guide design decisions

What qualifications will make you successful?



* Strong analytical mindset with attention to detail and accuracy in technical work


* Eager...