Senior OT Cybersecurity Infrastructure Architect
Pubblicato il 03-09-2026 - Altro in Italia
A career at Hitachi Rail will help create a legacy. With operations in every corner of the world, our work goes to the cutting‐edge of digital transformation and technology. From the multi-cultural strength of our global organisation to the sustainable and innovative ways we work to bring people together, there's something for everyone to get stuck into. And that's where you come in.
Job Description: Hitachi Rail is looking for an enthusiastic, self‐motivated Senior OT Cybersecurity Infrastructure Architect & Engineer.
The successful candidate will have solid experience in the rail industry, managing wayside installation design and routing cables along the track and within technical rooms. This position is based in Naples, Italy.
Mission Design, implement, integrate, and validate a complete OT Cybersecurity Infrastructure for railway and critical‐infrastructure projects.
The role combines security architecture ownership with hands ‐ on engineering and implementation responsibility , ensuring that Cybersecurity platforms and controls are deployed according to international standards,
project requirements, and local regulatory frameworks.
The OT Cybersecurity Infrastructure Architect & Engineer acts as the technical authority for security platforms , from core IT/OT infrastructure to SOC‐enabling technologies, supporting the full lifecycle from design through commissioning and operational handover.
Accountabilities Defines reference architectures, platform designs, and integration patterns
Personally implements, configures, and validates security platforms
Deep understanding of operational constraints, availability, safety, and lifecycle issues
Capable of designing secure solutions independently of specific vendors, while integrating commercial products effectively Design end‐to‐end OT cybersecurity infrastructure architectures aligned with IEC 62443 and TS 50701 principles
Define technical standards, reference architectures, and design patterns for OT cybersecurity p