Material Planner Internship
Pubblicato il 16-09-2026 - FERRARI in Modena
Descrizione lavoro:
Ferrari has a most desirable track record, in F1 and Endurance Racing, for built-to-order Sports cars with Desing R&D;, Production and commercial activities, as well as in LifeStyle and Fashion activities. And delivers record business results and confirmed one of the “World’s most powerful brands”.
Above all Ferrari is an international team (with 60+ nationalities) working with the highest level of professionalism and dedication, based on performance, meritocracy and continuous development, with innovation at the heart of our future.
We are looking for a dedicated intern in our Industrial Logistics Area, with specific activities in managing a supplier portfolio, ensuring the procurement of required components within the contractual lead times and in compliance with the requests and requirements generated by the MRP. You may manage different categories of components, each with distinct procurement logics, such as project-based management, generic, and consumption-based items.
Also,
you are responsible for maintaining the logistics parameters set for various suppliers, to ensure proper planning of procurement schedules and to maintain appropriate stock levels in the warehouse.
You will cooperate in different activities, including:
• Management of a supplier portfolio using MRP and SIC order systems;
• Analysis of monthly cycle counts for both accounting and subcontracting warehouses;
• Management of transportation in cases where dedicated pickups need to be organized, either from suppliers to Ferrari or, if necessary, between Ferrari’s tier suppliers;
• Identification and monitoring of supply issues that could impact the vehicle production plan, interfacing with relevant departments to resolve problems;
• Verification that supplier production capacity is consistent with the planned production ramp-up and the expected daily peak for the vehicle model, with particular attention to OPT components, for which they communicate production constraints t