Demand Planning Manager
Pubblicato il 07-10-2026 - Magnum Ice Cream in Roma
Demand Planning ManagerApply: Uffici Roma: Tempo pieno: Posted Today: End Date: October 15, 2026 (9 days left to apply): R-1184063Life tastes better with ice creamWith 19.000 expert ice cream colleagues and iconic brands like Wall’s, Cornetto and Ben & Jerry’s, loved in 76 countries, we are the world’s largest Ice Cream company leading the industry. We create iconic ice cream brands that are part of everyday life, bringing moments of joy to millions of people around the world. Everybody loves ice cream. And as the world’s biggest pure‐play ice cream company, we have the scale and ambition to make a real difference. What truly sets us apart is how we work.We move fast and keep things simple. We turn ideas into action, trust people to take ownership, and work as one team to win together with integrity. Our culture is high‐performance, collaborative and focused on getting things done.We’re curious and ready for what’s next. We embrace digital, use data to make better decisions, and keep learning,
including how AI can help us work smarter and serve consumers better.The role Italy Ice Cream Demand Planning Manager is local lead role responsible to balance the triangle Cash / Cost / Service by giving correct input in demand and ensuring successfull execution in market. This role is responsible for local E2E demand and supply planning process, leading local collaboration with service provider on short term supply and enhancing the Sales and Operations Planning (S&OP; / IBP) for Italy Ice Cream & Frozen Food business. Italy Ice Cream Demand Planning Manager is leading the demand forecasting process and ensures alignment between commercial, supply chain, and finance teams. This role is critical in driving forecast accuracy, ensuring right service levels, optimizing inventory levels, minimizing business waste and supporting strategic decision-making to meet customer demand efficiently. This role is vital in ensuring that the company can meet customer demand efficiently while min