Manufacturing Process Design, Senior Leader
Pubblicato il 17-08-2026 - Vertiv in Piove di Sacco
Job Description
Who are we?
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 global reach spanning nearly 70 countries, we are uniquely positioned to deliver greater value to our customers and create new opportunities for our people.
We are currently looking for a Manufacturing Process Design, Senior Leader to join our dynamic team in Tognana, Italy
Vertiv is seeking a Manager / Senior Leader of Manufacturing Process Design to act as the lead architect of our production ecosystems. In this role, you will be responsible for the "Virtual-to-Physical" transition of our Power and Thermal products, serving as the primary bridge between R&D; and the shop floor. By integrating Full-Line Balancing with high-fidelity Discrete Event Simulation (DES),
you will ensure that our manufacturing lines are mathematically optimized for maximum efficiency long before the start of production. This role requires a blend of deep industrial engineering expertise, leadership acumen, and advanced data modeling to drive a "Right First Time" global launch strategy.
Responsibilities
- Up-Front Design Integration: Lead the New Product Introduction (NPI) process by collaborating with R&D; at the earliest design stages. Ensure manufacturing constraints, plant capabilities, and automation requirements are integrated into the product DNA before design freeze.
- Synchronized Process Design & Bottleneck Neutralization: Drive operational excellence through rigorous Yamazumi modeling, ensuring all manufacturing processes are perfectly balanced to Takt time. By neutralizing bottlenecks and bridging disconnected "islands of automation," you will create a seamless, synchronized flow that eliminates process unevenness and waste, minimizing W