Electrical Protection Engineer
Pubblicato il 15-10-2026 - Siemens in Monza
Transform the everyday for everyone At Siemens, we enable sustainable progress through technology, connecting the real and digital worlds to improve how we live, work, and move. Transform the everyday for everyone At Siemens, we enable sustainable progress through technology, connecting the real and digital worlds to improve how we live, work, and move. We put our people first, creating a diverse, global environment where you can grow, take ownership, and make a real impact from day one. Here, your ideas turn into innovative solutions that transform industries, infrastructure, mobility and everyday life. Your next chapter starts here Your role: As an Electrical Protection Engineer, you will be part of our Smart Infrastructure – Electrification and Automation team in Milan, contributing to the development, testing, and commissioning of energy automation systems for medium- and high-voltage electrical substations and power plants. Your day-to-day activities will include protection relay configuration, testing and commissioning activities, fault analysis,
and close collaboration with engineering teams to deliver innovative and reliable energy automation solutions. You'll make an impact by: * Configuring protection relays, including SIPROTEC devices, according to functional and logic diagrams. * Performing Factory Acceptance Tests (FAT) of electrical automation systems. * Supporting and executing Site Acceptance Tests (SAT) during commissioning activities. * Analyzing fault recordings and disturbance waveforms using oscilloperturbographic records. * Collaborating with the engineering team to develop innovative and smart solutions for energy automation systems. What makes you a great match: Core Requirements * Degree in Electrical Engineering or equivalent experience. * At least 3-5 years of experience in protection engineering or substation automation. * Availability for business travel for site activities and commissioning. * Ability to work effectively in a dynamic an