Principal Engineer - Power Electronics for Computing Systems (Datacenter, Telecom, ASICs, xPU, HPCs)

As Principal Engineer, you will lead and mentor projects in next-gen BMP, PSiP and VRM for computing systems, shaping roadmaps and technical solutions. You’ll drive innovations in DC-DC, control, magnetics, semiconductors, PMICs and packaging, and contribute patents and publications. You partner with industry and academia to push system-level power architectures for xPUs and HPCs, delivering high-efficiency, high-current power delivery on a global scale.

• company canteen with diverse cuisines
• training opportunities
• language courses in German and Mandarin
• diverse international team
• self-responsible work environment

• Provide technical supervision of projects/work packages for BMP, PSiP, and VRM for computing systems (ASICs, xPU, HPCs)
• Develop roadmaps for power management and power supply for computing systems
• Propose new technical solutions to challenges in power management for xPUs and HPCs (DC-DC topologies, control, magnetic, semiconductors, PMIC, packaging)
• Propose innovations in system-level power management and power architectures for computing systems
• Produce patents and peer-reviewed publications in power management and power supply for xPUs and HPCs
• Create insight reports on DC-DC topologies, control, magnetics, semiconductors, and package used in BMP, PSiP, VRM
• Perform feasibility analyses of cutting-edge DC-DC concepts for computing applications
• Establish collaborations with European industrial institutions and universities
• Represent the center at internal/external events (conferences, workshops)
• Supervise less experienced colleagues

• Ph.D. in Power Electronics (or related field) with minimum 2 years post-graduate R&D
• M.Sc. accepted only with several years (10+) of advanced R&D in computing power domain
• Demonstrated portfolio with granted patents, peer-reviewed publications, or widely adopted open-source projects
• Proven R&D track record in high-frequency, high-efficiency, high-current density power delivery
• Deep expertise in power supply design for xPU and HPCs (architecture, topology, control, magnetics, packaging)
• Professional fluency in English with excellent technical documentation and presentation skills

• strong analytical mindset
• clear technical communication
• leadership and mentoring
• power electronics
• DC-DC converter topologies
• control systems