Material Requirement Planning (MRP)

Material Requirement Planning (MRP) in PrismERP is a structured process used to manage and organize the materials needed for production activities within an organization. It focuses on identifying what materials are required, in what quantity, and at what time they should be available based on production plans, demand requirements, and inventory status. The system works by linking production schedules with material availability to ensure that all required inputs are properly planned before manufacturing activities begin.In PrismERP, MRP starts with defining the production plan or demand forecast. Based on this, the system breaks down finished products into their raw materials, components, and sub-assemblies. Each item is analyzed according to its bill of materials (BOM), which specifies the exact structure and quantity of materials required for production. The system then checks existing stock levels to determine what is already available and what needs to be procured or produced.

Purchase requisitions and internal transfer requirements are generated based on material shortages identified during planning. These requisitions are then linked with procurement and inventory modules to ensure materials move through the correct workflow. MRP also considers lead times for purchasing and production so that materials are planned according to their availability timelines.The process includes continuous updates based on changes in production orders, sales orders, or inventory levels. As new requirements are added or existing plans are modified, the system recalculates material needs accordingly. This ensures that material planning remains aligned with operational requirements at all times.

Material Requirement Planning in PrismERP connects production planning, inventory management, and procurement activities into a single coordinated process. It works with structured data from multiple modules to maintain consistency in material flow and planning records across different stages of operations within the system.