Principal Engineer – Power Electronics

As a Principal Engineer, you drive cutting-edge power delivery for HPC, AI infrastructure, and data centers. You will shape roadmaps and explore advanced architectures for BMP, PSiP, and VRM technologies, influencing computing power management at scale. This role blends deep technical leadership with collaboration across industry and academia to push high-efficiency, high-density solutions. You will contribute to patents, publications, and strategic R&D initiatives that advance next-generation processors.

• Provide technical leadership for R&D projects on BMP, PSiP and VRM technologies
• Develop power management and power delivery roadmaps for HPC and processor applications
• Identify innovative DC-DC converter topologies, control strategies, magnetics, semiconductors and packaging
• Propose system-level power management concepts and architectures for CPUs, GPUs, ASICs and other platforms
• Evaluate feasibility and performance of emerging power conversion technologies
• Produce insights reports, patents, and publications in power electronics
• Establish collaborations with leading organisations, institutes and universities across Europe
• Represent the company at technical conferences and industry events
• Provide guidance and mentorship to less experienced engineers

• PhD in Power Electronics or related discipline with at least two years of postdoctoral R&D
• or MSc with 10+ years of advanced R&D in computing power delivery at a leading org or research institute
• Strong technical portfolio (patents, peer-reviewed publications, or widely adopted open-source projects)
• Proven R&D experience in high-frequency, high-efficiency, high-current-density power delivery
• Deep expertise in power supply design: converter topologies, control, magnetics, semiconductors, packaging
• Understanding of power delivery needs and roadmaps for advanced processors and HPC systems
• Excellent technical communication, documentation and presentation skills
• Professional fluency in English

• strong communication
• collaboration across industry and academia
• mentorship and leadership
• power electronics design and architecture
• converter topologies
• control strategies