Your next opportunity
Do you want to contribute to the green energy transition and together with colleagues build customized embedded control systems to meet the needs of our customers and the world for sustainable, flexible and secure energy? Then we look forward to meeting you!
In the role of Hardware Designer at HVDC Service, you will be part of a department responsible for the design of our control and protection system in HVDC plant upgrades. You will design our control cabinets, consisting of computers and circuit boards for measurements, control and calculations. Our system also includes user interfaces such as HMI (Human Machine Interface), diagnostic tools and IT infrastructure and IT security. For this, we use our proprietary real-time platform MACH to meet power industry standards.
How you will contribute
Your background
What we offer
We are looking for a Hardware Engineer to join our team in Ludvika! A team with great collaboration and diverse backgrounds is waiting for you to join!
More about us
Join Hitachi Energy and work in a team committed to creating a future where innovative digital technologies enable greater access to cleaner energy. Want to be part of our journey? Then take the chance and apply today!
Recruiting Manager Daniel Moren, daniel.moren@hitachienergy.com, will be happy to answer your questions about the position. Union representatives - Sveriges Ingenjörer: Mikael Hjort, +46 107-38 29 86; Unionen: Fredrik Holmgren, +46 107-38 21 85; Ledarna: Frank Hollstedt, +46 107-38 70 43. All other questions can be directed to Talent Partner Eva Schölin, eva.scholin@hitachienergy.com.
We are convinced that HVDC (High Voltage Direct Current) technology, solutions for energy transmission with direct current at high voltages, is a long-term sustainable solution. The technology is used to transmit energy over long distances and to connect power grids with minimal losses. In addition to energy transmission, HVDC technology also alleviates power quality issues and can contribute to the stability of connected grids. For offshore wind power or long distance submarine transmission, DC is the only realistic option for energy transmission