Simulation Engineer

About the job

B.E.S. (Business & Engineering Solutions) is growing and is therefore welcoming a new Simulation Engineer within a technology-focused research and development environment.

As a Simulation Engineer, you will contribute to the development of advanced multiphysics models and thermal simulations , supporting device performance prediction and technology development for next-generation sample preparation.

You will work at the intersection of multiphysics modelling, thermal engineering, MEMS device design and computational simulation , providing simulation-based insights to support engineering decisions and explore innovative AI-driven modelling workflows.

Context:

Join a multidisciplinary R&D environment focused on the development of advanced technologies and next-generation sample preparation solutions.

You will contribute to the development of 2D and 3D multiphysics models , using COMSOL or equivalent simulation tools to predict device performance under different operating conditions.

The role focuses particularly on thermal and electro-thermal modelling , including the implementation of temperature-dependent material properties and physics-based thermal models. You will also contribute to experimental validation, data analysis and model correlation to ensure the accuracy and reliability of simulation results.

Working closely with multidisciplinary R&D teams, you will provide simulation-based insights to guide design decisions and technology development , while exploring the potential of AI-driven modelling workflows.

Your Responsibilities:

• Develop 2D and 3D multiphysics models using COMSOL or equivalent simulation tools.
• Implement temperature-dependent material properties and physics-based thermal models to accurately predict device performance.
• Contribute to design decisions and technology development by providing simulation-based insights for next-generation sample preparation.
• Explore and contribute to AI-driven modelling workflows .
• Perform experimental validation, data analysis and model correlation to assess the accuracy and reliability of simulation results.
• Apply knowledge of thermal, electro-thermal and MEMS device design to support engineering and R&D activities.

Your Profile:

• Master’s degree in Engineering , preferably in Electrical Engineering, Mechanical Engineering or Physics.
• A PhD is preferred , and an engineering degree is considered more suited than a purely scientific degree.
• Experience or knowledge in multiphysics modelling and simulation , using COMSOL or an equivalent tool.
• Knowledge of thermal and electro-thermal modelling and MEMS device design .
• Understanding of experimental validation, data analysis and model correlation .
• Understanding of microfabrication processes and device physics .
• Strong problem-solving skills and the ability to work effectively within multidisciplinary R&D teams.