Cloud & DevOps Engineer – ESA Missions
Pubblicato il 12-08-2026 - Etinars in Torino
WHO WE ARE
Etinars is a values-focused company with multi-year experience, specialized in the recruitment of professionals for niche markets - managing the full-life cycle of specialist and executive level hires.
At Etinars, we genuinely care about who you are and what you need.
We place great emphasis on fostering robust, enduring connections built upon trust and transparency.
Our approach ensures a swift journey, leading you hand in hand towards signing your next career step. WHAT WE ARE LOOKING FOR
Cloud & DevOps Engineer - ESA Missions
Location: Rome | Hybrid (2 days on-site, 3 days remote)
Passionate about space technology and cloud infrastructure? Join our client’s elite team in Rome, a trusted partner of European governments and international organizations. With 30+ years of expertise, they specialize in IT and space services, offering operational and engineering support for Earth observation missions, satellite data processing, and applied research.
As a Cloud & DevOps Engineer, you’ll play a critical role in overseeing real-time mission operations,
ensuring system integrity, and optimizing cloud-based infrastructure to support ESA’s satellite missions. You will be responsible for monitoring performance, diagnosing and resolving operational issues, automating workflows, and enhancing system reliability for mission-critical applications. YOUR TASKS
Oversee real-time monitoring and operation of ESA missions to ensure integrity and performance in cloud environments.
Diagnose, resolve, and prevent operational issues, ensuring minimal downtime through proactive monitoring and automated solutions.
Analyze system performance, implement improvements, and optimize cloud-based processes.
Develop and maintain scripts for automation of infrastructure management and mission operations.
Assist with new software deployments, system integrations, and upgrades, ensuring seamless transitions.
Maintain clear operational procedures and technical documentation for cloud-based mi