Auf einen Blick
- Aufgaben: Entwickle innovative DCDC-Lösungen für die nächste Generation von KI-Infrastrukturen.
- Unternehmen: Führendes Unternehmen in der Halbleiterindustrie mit Fokus auf KI-Technologien.
- Vorteile: Attraktives Gehalt, flexible Arbeitszeiten und Weiterbildungsmöglichkeiten.
- Weitere Informationen: Dynamisches Arbeitsumfeld mit großartigen Karrierechancen.
- Warum dieser Job: Sei Teil eines Teams, das die Zukunft der KI mitgestaltet und echte Lösungen liefert.
- Qualifikationen: Abschluss in Elektrotechnik und umfangreiche Erfahrung in DCDC-Designs.
Das prognostizierte Gehalt liegt zwischen 60000 - 78000 € pro Jahr.
Your Role In this high-impact role focused on AI DCDC power modules, you’ll be at the forefront of powering next-generation AI infrastructure, working directly with hyperscalers, system architects, and our design teams to define cutting-edge DCDC solutions that deliver unmatched efficiency, density, and reliability for massive AI compute demands.
Key Responsibilities Define the next generation of DCDC intermediate bus converters (IBC) using market insights and system expertise; collaborate with system innovation team on schematic, magnetics, and PCB design, simulations, and BOM management, while supporting validation and optimization.
Conduct competitive analysis and benchmarking.
Team up with test and quality engineers for test approval and qualification of the DCDC IBC module.
Support the product (G2M) go‑to‑market activities, including application note, white paper, customer presentations, simulation model and training materials.
Define the firmware requirements of innovation features using digital controller and validate the features in system.
Customer interaction to support design‑ins and ensure design‑wins.
Solve technical issues that may arise in the design‑in and/or production, including the management of the Failure Analysis of parts returned by the customer.
Your Profile Qualifications and skills to help you succeed: University degree in Electrical Engineering, preferably with hands‑on experience in high‑frequency, high‑current, high‑density DC/DC designs including simulation and lab skills for the design and debug of switch‑mode power supplies. 8+ years of professional experience in the semiconductor industry with exposure to engineering, design and applications.
Extensive knowledge of high power density DCDC magnetics, simulation and power loss estimation, including magnetics design and optimization.
Solid background in using digital
