Senior Solution Architect – Data Centre Power Solutions
Pubblicato il 13-08-2026 - Altro in Milano
About the Company
Our client is a leading international engineering and industrial technology organisation, expanding its presence within the rapidly growing Data Centre industry by delivering reliable power generation and energy storage solutions for mission‐critical infrastructure.
As part of a long‐term growth strategy, the company is building a high‐performing commercial and technical organisation focused on developing integrated power solutions across Europe.
This role represents a key technical position within the business, supporting the ambition to become a trusted engineering partner within the Data Centre ecosystem by connecting customer requirements, technology capabilities and project execution.
The Opportunity
The Senior Solution Architect will be responsible for designing robust and scalable power system architectures for Data Centre applications across Europe.
Working closely with Business Development, Key Account Management, Product Management and Project Delivery teams,
the role focuses on translating complex customer requirements into integrated technical solutions that combine power generation technologies, energy storage systems and wider critical power infrastructure.
The successful candidate will act as the technical bridge between customers, engineering teams and product development, ensuring solutions deliver the required levels of reliability, resilience, sustainability and operational performance.
Key Responsibilities
Develop integrated power system architectures for hyperscale, colocation and enterprise Data Centre projects.
Design complete critical power solutions incorporating power generation systems, Battery Energy Storage Systems (BESS), switchgear, control systems and grid interfaces.
Ensure technical solutions meet customer requirements in terms of performance, resilience, sustainability and operational efficiency.
Define system configurations and grid connection concepts for mission‐critical power applications.
Develop redundancy s