Application of Material Handling Engineering in the T/C/F (Trim, Chassis and Final Line) Tent & BIW areas, establishing continuous improvement in receiving, warehouse, kitting and return processes for containers, planning material distribution on the line and in warehouses, sequencing and/or modular kitting systems, as well as developing projects to optimize Material Handling resources and coordinating New Product Launches. 1\. Application of Material Handling Engineering to solve material distribution and material flow issues, applicable to T/C/F (Trim, Chassis and Final Line) Tent and BIW areas. 2\. Implementation of Kanban material supply systems in their various forms: small container supply method, large container supply method, and parts supplied in sequence. 3\. Planning, fabrication, and installation of material handling facilities such as loading docks, kitting tables, sequencing carts, kitting platforms, conveyors. 4\. Implementation of lean manufacturing concepts in material handling operations (WCM). 5\. Application of packaging engineering in the development of reusable racks and containers during pre-concept, prototype, testing, and production phases. 6\. Application of packaging engineering in the development of disposable backup containers during pre-concept, prototype, testing, and approval processes. Approval of unit load device (ULD) data sheets. 7\. Optimization of material handling resources, kitting routes, mobile equipment, warehouses, transportation, personnel, etc. 8\. Control, monitoring, and improvement of the return process for reusable containers through the Container Management System (CMS), aiming to eliminate costs due to excess transportation and disposable packaging affecting the cost indicator performance (clause 092\). 9\. Preparation of all capital plan projects impacting material handling operations, such as rental of mobile equipment, loading ramps, etc. 10\. Active participation in meetings and workshops related to new product projects, coordinated by AME (Advanced Manufacturing Engineering) and the Assembly General Coordinator. 11\. Understand and support Quality and Environmental policies. 12\. Additionally, responsible for understanding and participating in the implementation of ISO 9001, I4001, 50001, OHSAS 18001, SPW, and other systems and initiatives that the organization decides to implement at STAP. 2 years in production control area. Supply Chain, Logistics, strong knowledge of WCM, material handling, and inventory control. Corporate procurement systems, Planning, Material Tracking, Office, SPW knowledge