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Senior Power Electronics Design Engineer
Socomec Group
Designs and manufactures solutions for availability, control and safety of low‑voltage electrical networks.
Design, simulate, test high-power converters and control systems for UPS/ESS applications.
HIL Testing: Conduct Hardware-in-the-Loop (HIL) testing using real-time simulation platforms such as OPAL-RT and Typhoon HIL to ensure seamless integration and system validation.
High-Power Test Execution: Develop and carry out detailed test plans for high-capacity UPS systems (~3 MVA), covering functional, performance, reliability, and safety verification in compliance with regulatory standards.
Converter Design: Design and analyze a broad range of converter topologies (AC/AC, AC/DC, DC/AC, DC/DC), including their controllers and modulation strategies, filters, gate drivers, etc.
PCBA Development: Design and optimize printed circuit board assemblies (PCBAs) using Altium Designer, ensuring reliable and high-efficiency circuit performance.
Advanced Control Design: Engineer advanced control strategies for multilevel inverters targeting high-performance applications, including large-scale UPS and Energy Storage Systems (ESS).
Standards Compliance: Ensure all design and development efforts adhere to applicable industry standards such as UL1778, UL60950, UL1008, IEC 62040, FCC Part 15, and so on.
Root Cause Analysis: Diagnose and resolve technical issues in power electronics systems using simulation and analytical techniques to identify and implement effective solutions.
Innovation & Continuous Learning: Stay current with emerging trends in power electronics and simulation technologies. Integrate innovative techniques to enhance product performance and reliability.
Documentation & Reporting: Generate clear, detailed technical reports and presentations to communicate modeling methodologies, test outcomes, and key insights to internal and external stakeholders.
Simulation Modeling: Develop and implement simulation models using MATLAB/Simulink, PSpice, PSCAD, PSIM, and other relevant tools to accurately represent power electronic systems and components.
Power Module Engineering: Evaluate, design, and characterize IGBT-based power modules, optimizing for efficiency, reliability, and thermal performance.
What you bring
electrical engineering
power electronics
matlab/simulink
eplan
comsol
7+ years
Ability to work both independently and within multi-disciplinary teams.
Bachelor’s degree in Electrical Engineering, Power Electronics, or a related field (Master’s or Ph.D. preferred).
In-depth knowledge of high-power systems such as converters, UPS, STS, ESS, and their control architectures.
Analytical skills to interpret simulation outcomes and translate them into actionable designs.
Excellent verbal and written communication skills.
Hands-on experience with magnetic component design (transformers, inductors, chokes, filters, etc.).
At least 7 years of industrial experience in power electronics design and simulation.
Proficiency with MATLAB/Simulink, PSpice, PSCAD, PSIM, and equivalent simulation tools.
Familiarity with battery management systems (BMS), energy storage solutions, and renewable energy technologies.
Solid understanding of hardware design fundamentals and collaborative cross-functional development.
Proficiency in creating and maintaining schematics using EPLAN Electric.
Hands-on experience with COMSOL for multiphysics simulation, including thermal and electromagnetic modeling.
Experience with communication protocols relevant to power system integration.
Experience with design optimization, including thermal analysis, reliability engineering, and cost-performance trade-offs.
Strong expertise in modeling and simulation of power converters and inverters across a range of applications.
Familiarity with digital control methods, microcontroller systems, and embedded firmware development.
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