EMEA Controls Deployment Leader – Thermal Management
Pubblicato il 13-08-2026 - Vertiv in Piove di sacco
At Vertiv, we're on a mission to empower the people that will power the future. From a simple swipe to life‐changing medicines, from push notifications to generative AI, we design, manufacture, and service the products and solutions that keep the world connected. With $6.9 billion in sales, a strong customer base, and a global reach spanning nearly 70 countries, we are uniquely positioned to deliver greater value to our customers and create new opportunities for our people.
Si assicuri di leggere l'intera descrizione riportata di seguito e di candidarsi immediatamente se è affidabile/a di soddisfare tutti i requisiti. Job DescriptionWe are currently seeking a Controls Deployment Leader – Thermal Management (EMEA) to join our dynamic team in Piove di Sacco (PD), Italy. The role drives standardization, quality, and performance of controls for air‐ and liquid‐based cooling technologies, ensuring reliable operation in mission‐critical environments. The position partners closely with engineering, commissioning, and field teams to deliver scalable, high‐efficiency thermal solutions.
What kind of work will you be doing?
- Lead deployment of control systems across Vertiv Thermal Management solutions, including:
- Chilled water and DX thermal systems
- CRAH/CRAC units
- Air handling and economization systems
- Liquid cooling technologies
- Execute standardized control architectures, sequences of operation, and alarm strategies aligned with Vertiv global engineering standards
- Support cross‐functional teams including Thermal Engineering, Integrated Solutions, Project Management, Commissioning, and Field Service
- Oversee control panel configuration, PLC programming, network integration, and system validation
- Lead FAT, SAT, and Level 3–5 commissioning activities, ensuring systems meet design intent and performance requirements
- Support integration with customer BMS/DCIM platforms when requested
- Drive optimization of thermal performance, redundancy strategies (N+1, 2N), and e