Job Title

Define and own the technical vision, architecture and roadmap for power electronics systems. Lead the design, simulation, prototyping and validation of high-efficiency rectifier and DC-DC converter systems (10 kW to >5 MW). Drive innovation in cost-effective, scalable and high-efficiency power conversion for electrolyzer stacks. Partner with mechanical, thermal and systems engineering to co-optimize packaging, cooling and integration. Recruit, mentor and lead a multidisciplinary team of power electronics engineers and technicians. Evaluate and manage relationships with component vendors, contract manufacturers and external design partners. Ensure compliance with relevant grid codes, EMC/EMI standards, UL, IEC, IEEE or other regulatory frameworks. Work cross-functionally with Product, Manufacturing and Operations teams to align technical goals with commercial requirements. Support the development of internal and external IP strategy in power electronics and system design Guide the firmware architecture, coding standards, testing and release processes to ensure high reliability and maintainability. Ensure firmware co-development is tightly integrated with hardware design for optimal system-level performance. Collaborate with systems and stack engineering to align control strategies with electrolyzer operational requirements. Desired Candidates : Master’s or Ph.D. in Electrical Engineering or a related field with a focus on power electronics. 18+ years of industry experience in power electronics, including at least 5 years in leadership roles. Deep understanding of AC-DC and DC-DC conversion topologies, especially in multi-kilowatt to multi-megawatt power classes. Experience with medium voltage systems and safe, reliable system design in those domains. Proven success delivering modular, scalable and high-efficiency electrical architectures under cost and performance constraints. Hands-on experience with digital control systems, gate drivers, magnetics design and thermal management. Strong familiarity with grid-connected systems, including solar PV inverters, battery energy storage or similar. Excellent leadership, communication and cross-functional collaboration skills.