Senior Supply Planner
Pubblicato il 02-10-2026 - Linkedin in Italia
Alpinestars is the leading global performance motorsports apparel, protection and footwear manufacturer. For over 55 years the company has been providing the world's best athletes and motorsports enthusiasts in the pursuit of performance excellence with the most technologically advanced products which fuse protection, innovation and style.
Thanks to the outstanding quality and continuous innovation of our products, we are currently going through a solid expansion phase on the global market, for w hich we aim to reinforce our strongly international teams with top talent from anywhere in the world.
La preghiamo di leggere attentamente i seguenti dettagli prima di inviare la sua candidatura.
Position
We are currently on the lookout for a skilled Senior Supply Planner to join our Planning Department, located in Asolo. In this role, you will be responsible for translating Demand into precise Supply Plans, balancing seasonality of products with suppliers capacity.
This hands-on role is perfect for someone who is looking to introduce advanced planning methods and external best practices in a dynamically growing work environment.
Main Responsibilities
Supply Planning:
- You will build medium (6-12 months) and long-term (12-24 months) supply plans for the assigned product categories (eg. Racing Helmets), across a significant portfolio of Asian suppliers.
- You will translate demand forecast into purchase plans (including issuing PO), considering product seasonal peaks, MOQs, lead times, tooling constraints into all your capacity decisions, so to prevent cost escalation and minimize surcharges.
- You will work with Make-to-Stock and Make-to-Order flows, including replenishment for eCommerce.
- You will identify supply risks (capacity, delays, constraints), report on capacity utilization, highlighting inefficiencies and proposing continuous improvements in order to reduce wasted capacity.
- You will collaborate with Demand Planning to challenge the plan when capacity constrain