Multiphysics Simulation Engineer (m/f/d)

We are looking for a Multiphysics Simulation Engineer to lead the modelling, analysis and design of complex electro-thermal-mechanical systems. The successful candidate will play a pivotal role in the development and validation of high-performance components and subsystems, with a particular focus on finite element method (FEM)-based multiphysics simulations, thermal and fluid dynamics analysis, transformer design, and high-voltage and dielectric behaviour for advanced R&D applications.
Your Responsibilities

• Develop and perform multiphysics simulations combining electromagnetic, thermal, mechanical, and electrical domains
• Build detailed FEM models to analyze electric fields, magnetic fields, thermal behavior, and mechanical stresses
• Performthermal simulations and CFD analysesto evaluate heat transfer, cooling concepts, and fluid flow behavior
• Design and optimize electromagnetic components such as transformers, inductors, and magnetic assemblies
• Analyse losses, temperature distribution, and thermal limits in power components and systems
• Evaluate electric field distribution, insulation coordination, and dielectric stress in highvoltage systems
• Support the design of insulation systems with consideration of partial discharge, breakdown, and aging phenomena
• Translate simulation results into practical design improvements and engineering recommendations
• Correlate simulation results with experimental measurements and validation data
• Support prototype development, testing, and design verification activities
• Collaborate closely with power electronics, mechanical, thermal, and materials engineers on multidisciplinary projects
• Prepare detailed technical documentation, simulation reports, and design summaries
• Contribute to the continuous improvement of modeling methodologies and simulation workflows
  
  

Your Qualifications & Skills

• Degree inElectrical Engineering, Physics, Mechanical Engineering, or a closely related field
• Previous professional experience in a similar role
• Strong expertise inmultiphysics simulation and FEMbased analysis
• Hands-on experience with FEM tools such as COMSOL Multiphysics, ANSYS, Abaqus, or equivalent
• Experience withthermal simulation and CFD toolsfor heat transfer and fluid flow analysis
• Proven experience in thedesign and simulation of transformers or electromagnetic components
• Solid knowledge of electromagnetics, heat transfer, and mechanical fundamentals
• Strong background indielectric materials and high-voltage physics
• Understanding of insulation systems, electric field control, and high-voltage design principles
• Experience working in an R&D or advanced engineering development environment
• Passion for research and innovation, and a willingness to learn and adapt quickly
• Excellent written and verbal communication skills in English, German is a plus
  

OUR COMMITMENT

• Innovative work environment in a young, dynamic team
• High-tech projects in the future-proof sector of e-mobility
• Opportunities for advancement in a growing company
• A wide range of further training opportunities
• Attractive bonus system and performance-related pay
• Additional company benefits
  

WHY ALPITRONIC
Together with our customers, we are driving the world towards sustainable mobility – with cutting-edge technology, we inspire with the most innovative and reliable solutions. With our roots in South Tyrol, we are market and innovation leaders and set the future charging infrastructure standards from our locations in Bolzano/Bozen, Bergamo, Bologna, Munich and Charlotte (USA).
WHAT MAKES WORKING FOR US SPECIAL
We are excited to meet individuals who are enthusiastic about making things happen, take personal responsibility and appreciate seeing the direct results of their work in the final product. We are a fast-growing company and offer our top teams a diverse and challenging range of tasks in a respectful corporate culture. Your contributions matter, are appreciated and have a significant impact! Join us and be part of our team!

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