At ABB, we help industries run leaner and cleaner, empowering every person to lead, grow, and make an impact together. Join us to contribute to a greener future by utilizing advanced and highly efficient power-electronic solutions for various applications. The mission of this team is to bring modern and disruptive power electronic solutions from research into product development, improving products through holistic optimization and novel converter topologies.
Tasks
- Simulate, compare, and optimize power electronic topologies and converter systems for a wide range of applications, including system-level studies and performance evaluations.
- Collaborate closely with colleagues within the team and across disciplines, sharing expertise, mentoring team members, and contributing to a culture of innovation and continuous learning.
- Design, implement, commission, and experimentally validate advanced power converter systems, from proof-of-concept models to full-scale demonstrators.
- Develop and advance innovative power electronic topologies, control strategies, and converter solutions for emerging applications.
Requirements
- PhD in Engineering, or a Master's degree with at least 3 years of relevant experience in power electronic converter design, optimization, and testing, or in system-level studies, including architecture trade-offs for large power converters, scaling across varying voltage and power levels, and/or grid interactions under dynamic operating conditions.
- Fluency in English, both written and spoken.
- Hands-on experience in commissioning and testing full-scale converter systems, including back-to-back power flow setups.
- Experience in the design, implementation, and validation of high-power medium-voltage converters and/or grid-connected three-phase inverters.
- Strong knowledge of applied control theory and power converter control, including experience with embedded hardware development and programming of FPGAs (VHDL) and/or microcontrollers for power electronic applications.
- Experience in optimization-driven power stage design, supported by simulation and experimental validation.
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Über uns
Das Team
A talented, multinational team looks forward to welcoming a new member, fostering collaboration and continuous learning.