Our R&D engineers and scientists develop breakthrough technologies that change the way the world works, and industries do business. We constantly push the limits of convention, while retaining our focus on delivering quality products and solutions to our customers.
Power Electronics in Hitachi Energy has over 100 years of history, it’s started from development and manufacturing of Mercury-Arc Valves; introduction of breakthrough technologies like HVDC; pioneering power semiconductor manufacturing; bringing electricity to transportation; and enabling Smarter, Stronger and Greener Power Grids.
Hitachi Energy has committed to Net-Zero in the 2050 strategy, focusing R&D development to deliver technologies which support achieving The Carbon-Neutral Future. The backbone for the grid transformation is Power Electronics, where we are developing new efficient solutions for: integrating renewables, providing energy storage, improving power quality, and enabling green transportation & eMobilty solutions.
The Power Electronics team has being established in Krakow in 2021, as part of this team, you will be working in a small, cross-functional team of highly skilled engineers consisting of Power Electronics, Control Engineers, HW Electronics and Mechanical Engineers. You will develop a new breakthrough modular converter platform based on wide bandgap semiconductors (e.g. SiC) for a range of grid and DC applications. You are expected to push the technology boundaries in terms of efficiency, size and operational performance. If you are ready for the challenge, then join us.
Reporting to Lukas Ramming Technology Manager Valve Development and supported by Daniel Szary Head of Research Center, you will cooperate with global R&D teams, in case of technical questions you will get direct support from Simon Round Corporate Executive Engineer – Power Electronics & Digital. A creative environment allows you to utilize your knowledge and skills in technology and product development to identify and implement innovative solutions for a new Product Platform.
- Be part of design process starting from idea generation, simulations, circuit design, control system design, prototyping and verification of converter products.
- Development and implementation of digital closed loop control systems for new Power Electronic converter platforms.
- Modeling & simulation of converters, and selection of optimal control strategy for each topology.
- Contribute to development of HW control circuit, setting the limits for control system.
- Validation of control strategies on Proof of Concepts and functional prototypes, setting up test systems.
- Support a fast, iterative design process in a cross-functional, dedicated team. Use fast prototyping and lab mockups to close learning loops and achieve results quickly.
- Working in modern laboratories; bringing up prototypes; evaluating design limits.
- We offer an exciting job in an international environment where you will get great possibilities to develop further within Hitachi Energy.
- Living Hitachi Energy’s core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business.
- BSc/MSc degree in Electronics/Electrical Engineering or related field.
- Proficient in applying modern control theory to Power Electronics applications.
- Experience with simulation tools (Spice, SIMetrix, Simulink, PLECS…).
- Practical knowledge of implementing digital control systems for Power Electronics converters (based on DSP & FPGAs, and test systems using LabView, signal generators & data acquisition equipment).
- Experience with working with laboratory equipment and converter prototyping and testing.
- Strong commitment to safe work practices and dedication to following all relevant workplace safety guidelines.
- A high level of self-motivation, curiosity and desire to learn about new technologies.
- A collaborative, solutions-oriented approach and strong communication skills.
- As you will be part of a global business, fluency in written and spoken English is required.