Project Technical Engineer
Pubblicato il 01-10-2026 - Hitachi Energy in Milano
Hitachi Energy's Grid & Power Quality Solutions and Service global product group is a world-leading provider of grid connection and power quality solutions that enable customers to build more sustainable, flexible, and secure energy systems. By leveraging long-standing technology leadership, extensive integration expertise, a large installed base, and a global footprint, the team delivers life-cycle value solutions with minimized risk. Customers span utilities, renewable energy, industry, transportation, data centers, and infrastructure sectors.
The European business includes more than 1,000 skilled professionals across 16 countries, working in critical areas of expertise.
At Grid & Power Quality Solutions in Europe (HBUEU), diversity drives a culture of innovation and collaboration. Strong market positioning and leading technology support growth across the energy transition and expanding sectors such as hydrogen, data centers, and e-mobility.
This role is ideal for professionals who are passionate about leading with purpose and contributing to transformative solutions in the energy sector.
How you’ll make an impact
- Lead and coordinate the secondary (electrical design) scope, ensuring the integrity and reliable operation of substation systems from concept through implementation.
- Coordinate multidisciplinary engineering activities across internal and external teams to deliver high-quality project outcomes.
- Prepare, review, and validate technical specifications, equipment selections, and key engineering deliverables such as SLDs, schematics, wiring diagrams, and panel layouts.
- Develop and verify protection and control schemes, perform engineering calculations, and support FAT and SAT activities.
- Ensure compliance with applicable standards, grid codes, and Hitachi Energy quality, health, safety, and environmental requirements.
- Collaborate closely with civil, primary, protection, and control engineers to ensure seamless interfaces, constructability, and effi