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

Overview

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

Role for a multinational telecommunications company, based in Nuremberg. This position involves leading and contributing to power electronics research, development, and system-level power management for computing systems including ASICs, xPUs, and HPCs.

Responsibilities

• Technical supervision of projects and/or working packages related to next-generation BMP, PSiP, and VRM products used in computing system applications (ASICs, xPU, HPCs).
• Development of roadmaps for the business of power management and power supply for computing systems (ASICs, xPU, HPCs).
• Propose new technical solutions for main challenges in power management and power supply for xPUs and HPCs, focusing on DC-DC converter topologies, control, magnetic, semiconductors, PMIC, and package.
• Propose innovations in system-level power management and power architectures for xPUs and HPCs.
• Publish patents and other publications in the domain of power management and power supply for xPUs and HPCs.
• Produce insight reports about DC-DC converter topologies, control, magnetic, semiconductor, and package used in BMP, PSiP, and VRM for computing applications (ASICs, xPU, HPCs).
• Conduct feasibility analyses of new cutting-edge concepts related to DC-DC converters in computing applications (ASICs, xPU, HPCs).
• Establish and maintain cooperation with industrial institutions and universities in Europe.
• Participate, representing the local research center, in internal and external events (e.g., conferences, workshops).
• Supervise less experienced colleagues.

Requirements

• Master or Ph.D. degree in power electronics, electrical engineering or related fields.
• Proven experience in research and/or development of high-frequency, high-efficiency, high-current power supplies (BMP, PSiP, VRM) in computing system applications (ASICs, xPU, HPCs).
• Good understanding of power management architecture of datacenters, xPU, and HPCs.
• Knowledge of system-level power supply design (architecture, topology, control, magnetics, package) for xPU and HPCs (system requirements, cutting-edge technologies, and roadmaps).
• Knowledge of power management techniques to improve overall efficiency of xPU and HPCs (system requirements, cutting-edge technologies, and roadmaps).
• Fluent English communication skills and strong ability to prepare presentations.