Expert in Distributed Solar PV/BESS Power Conversion

Join Huawei’s Digital Power research hub focused on solar and energy storage power conversion. You will shape the technology roadmap and develop next‑generation PV/BESS architectures and converter structures. You’ll lead R&D on novel power conversion concepts and collaborate with institutes to advance control algorithms and hardware. Your work will directly impact high-efficiency, green power solutions for data centers, EVs, and embedded systems. Expect cross‑functional collaboration, international exposure, and opportunities to drive IP and industry impact.

• healthy meals in company canteen
• broad range of training opportunities (online and face‑to‑face)
• language courses in German and Mandarin
• diverse and welcoming environment with ~40 nationalities
• self‑responsible work in a motivated team
• opportunities for international collaboration

• Identify and refine technical requirements with internal and external stakeholders
• Develop technology roadmap for Solar PV and Battery Energy Storage solutions and converter forms
• Lead R&D on new power conversion architectures and control solutions
• Collaborate with external institutes and universities on joint projects
• Design parameter sets, hardware layouts, and prototype verification for novel converters
• Generate and protect IP through filings
• Represent Huawei at international power electronics conferences
• Mentor junior staff
• Travel to Huawei China for internal alignment as needed

• PhD in power electronics or electrical/electronic engineering with relevant post‑university experience
• Strong knowledge of inverter topologies, modulation, and control algorithms
• Experience with PV/BESS applications and power conversion hardware
• Understanding of magnetic design, magnetic simulation, and power semiconductor devices (including wide bandgap)
• Ability to lead R&D activities and work autonomously
• Excellent English proficiency; international experience preferred

• highly motivated
• autonomous and result‑oriented
• strong analytical and problem‑solving skills
• inverter topologies
• modulation and control algorithms
• magnetic simulation tools