Step into a role where artificial intelligence meets advanced power conversion. Join a Germany-based R&D team exploring how AI can transform the way DC power systems are conceived, designed, and optimized for next-generation digital infrastructure. You’ll help pioneer data-driven design approaches that rethink magnetics, control, and converter architectures for high-performance, high-current power applications.
This position blends deep power electronics expertise with modern AI techniques, offering the chance to influence future design methodologies while collaborating with leading European research partners and academic institutions.
What You’ll Do
* Explore and develop AI-assisted methodologies for power converter design, including magnetics, control schemes, and circuit architectures.
* Collaborate with local engineering teams to solve complex performance challenges in power supply systems using data-driven approaches.
* Build and lead technical collaborations with universities and research organizations across Europe.
* Track and assess emerging trends in both academia and industry at the intersection of AI and power electronics.
* Produce regular technology insights, define forward-looking concepts, and shape AI-enabled roadmaps for power conversion applications.
What You Bring
* Master’s or PhD in Power Electronics, Control Systems, AI Applications, or a related discipline.
* Experience in power electronics R&D with the ability to translate advanced concepts into practical design innovation across magnetics, control, and topologies.
* Hands-on experience developing and training AI models using frameworks such as PyTorch or TensorFlow.
* Familiarity with deep learning approaches including CNNs, Transformer models, and related architectures.
* Strong awareness of how AI can address current and future challenges in power electronics design.
* Exposure to high-current power supply systems for data center environments is an advantage.
* Fluency in English for effective technical communication.
If you’re motivated to shape the future of AI-driven power electronics within a collaborative European research setting, apply now or send your profile to nk@eu-recruit.com.