Cloud Engineer
Pubblicato il 31-08-2026 - Coesia in Italia
About the Company
Coesia is a group of innovation-based industrial and packaging solutions companies operating globally, headquartered in Bologna, Italy, and fully owned.
Coesia’s companies are leaders in automation solutions for multiple industries, ranging from automated processing and packaging machinery, testing and vision systems, to digital printing technologies, factory flow solutions and high-performance transmissions.
Our customers include leading players in a wide range of sectors, including Aerospace, Automotive, Consumer and Luxury Goods, Ceramics, Electronics and Semiconductors, Pharma and Healthcare, Energy Storage Systems, Tobacco and next-generation products.
Coesia develops artificial intelligence solutions based on cloud architecture for industrial applications, supported by a dedicated team focused on transforming these technologies into products and services for machines and production lines.
Coesia operates in 34 countries with 21 different companies and employs over 8,000 people as of 2026.
The Cloud Engineer is responsible for defining,
leading and executing a strategic alignment with the Corporate Cloud strategy. Transform business goals into scalable cloud architectures ready for AI applications, ensuring technology investments support long-term digital technology strategy. Supports business needs, ensuring the success and alignment of the digital services portfolio and AI strategy with Coesia’s overall objectives and guidelines, reporting directly to the IT Cloud Infrastructure Manager.
Design, implement, and maintain the cloud infrastructure required for the development and operation of AI solutions, including networking, compute, storage, and identity services.
Build the cloud infrastructure on which AI solutions are developed, trained, and deployed into production: scalable, secure, and observable environments designed for AI workloads and industrial data.
Define and automate cloud environments using an Infrastructure-as-Code approach