This project focuses on implementing an end-to-end production planning and control process using SAP PP. It manages the complete manufacturing lifecycle from demand forecasting to finished goods production. Master data such as Bill of Materials, Work Centers, Routings, and Production Versions are configured to support accurate planning. MRP is executed to generate planned and production orders, followed by capacity planning and shop floor execution. The project reflects real-world discrete manufacturing workflows used by enterprise production organizations.

This project focuses on developing an automated material planning solution using SAP PP integrated with SAP MM. It manages demand requirements, material availability, and procurement proposals through MRP runs. Planning strategies, lot sizing, lead times, and safety stock parameters are configured to optimize inventory levels. Exception messages are analyzed to resolve shortages and planning inconsistencies. The project reflects real-world inventory-driven manufacturing scenarios used by large-scale industrial enterprises.

This project focuses on designing a capacity planning and scheduling framework using SAP PP to balance production demand with available resources. It manages work center capacities, shift models, and scheduling parameters to identify bottlenecks and overload situations. Capacity evaluation and leveling techniques are applied to optimize production timelines and resource utilization. Production orders are scheduled and monitored to ensure timely execution. The project reflects real-world capacity optimization practices used by enterprise manufacturing companies.