R&D Electrical Engineer for Global Multi-physics Simulation Team

ordance with relevant international standards (e.g. IEC, IEEE).

• Evaluate transformer performance parameters such as losses, impedance, leakage fields, short-circuit forces, inductances, and transient behavior using circuit-level and electromagnetic finite-element (FEM) simulations.

• Apply circuit-level, electromagnetic, and multi-physics simulations to support a shift-left development strategy, aiming to predict the outcome of Factory Acceptance Tests early in the design phase and reduce design iterations, testing effort, and development risk for dry-type and liquid-filled distribution and traction transformers.

• Develop and maintain automation tools and simulation workflows for circuit-level, electromagnetic, and multiphysics simulations, explicitly focused on early design validation and FAT prediction.

• Develop new multi-physics simulation methodologies by coupling circuit-level and electromagnetic models with: Structural mechanics simulations, Thermomechanical simulations, Acoustic simulations

• Support feasibility studies, development of new technical concepts, and simulation-based assessment of new technologies and product variants related to dry-type and liquid-filled distribution and traction transformers.

• Contribute to the design and performance prediction of dry-type and liquid-filled distribution and traction transformers.

• Support and organize prototyping and testing activities to validate simulation models and new technologies.

• Support product and technology development projects, contributing to delivery in line with agreed scope, time, cost, and quality.

• Support the transfer of technology and know-how from R&D to Engineering by:, Writing design rules and technical guidelines, Preparing and delivering internal technical trainings, Collaborating closely with design tools and engineering teams

• Provide technical support to other departments (Engineering, Product Management, Marketing, Sales) when required.

Your background

• M.Sc. in Electrical Engineering.

• Initial professional experience in electrical engineering, preferably with exposure to transformer design, is an advantage.

• Strong theoretical foundation in circuit theory, electromagnetics, and transformer physics for dry-type and liquid-filled distribution and traction transformers.

• Preferred: knowledge of transformer performance prediction, including: Impedance and transient behavior, Leakage fields, Stray and no-load losses, Short-circuit forces, Mutual inductances and related parameters

• Preferred: experience with electromagnetic finite element analysis (FEA) using one or more tools such as: ANSYS Maxwell, COMSOL Multiphysics, Altair Flux, FEMM, other EM FEM-based tools

• Preferred: experience or familiarity with circuit-level simulation tools, such as: LTspice, PSpice, Ansys TwinBuilder/Simplorer or equivalent circuit simulation environment

• Knowledge of at least one programming language:, Python, MATLAB, C#

• Exposure to or interest in electrical testing of dry-type and liquid-filled distribution and traction transformers is an advantage.

• Basic project management capabilities and willingness to take ownership of tasks.

• Action- and results-oriented mindset combined with strong analytical skills.

• Innovative spirit and motivation to apply simulation-driven, "out-of-the-box" approaches.

• Fluent in English, both written and spoken.

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