Search Results wip_discrete_jobs




The WIP_DISCRETE_JOBS table is a fundamental data structure within Oracle E-Business Suite (EBS) 12.1.1 and 12.2.2, serving as the primary repository for discrete manufacturing job information. This table is part of the Work in Process (WIP) module, which manages production orders, tracks material consumption, labor, and overhead costs, and facilitates shop floor control. Below is a detailed analysis of its structure, functionality, and integration within Oracle EBS. ### **Overview of WIP_DISCRETE_JOBS** The WIP_DISCRETE_JOBS table stores metadata and transactional data for discrete manufacturing jobs, which represent individual production orders for specific items. Each record corresponds to a job that defines what to produce, the quantity, routing, and associated costs. Key attributes include: - ORGANIZATION_ID: Links the job to an inventory organization. - WIP_ENTITY_ID: A unique identifier for the job. - JOB_NAME: User-defined job identifier (e.g., "JOB-001"). - STATUS_TYPE: Indicates job status (e.g., Released, Complete, Cancelled). - PRIMARY_ITEM_ID: References the item being manufactured (MTL_SYSTEM_ITEMS_B). - START_QUANTITY and QUANTITY_COMPLETED: Track production progress. - DATE_RELEASED, DATE_COMPLETED: Timestamps for job lifecycle. ### **Functional Role in Manufacturing** 1. **Job Creation & Scheduling** Jobs are created manually or via interfaces (e.g., MRP, ASCP). The WIP_DISCRETE_JOBS table stores scheduling details like FIRST_UNIT_START_DATE and LAST_UNIT_COMPLETION_DATE, enabling capacity planning. 2. **Material & Resource Tracking** The table integrates with WIP_REQUIREMENT_OPERATIONS (component demand) and WIP_OPERATIONS (routing steps), ensuring material availability and labor/resource allocation. 3. **Cost Management** Fields like MATERIAL_VARIANCE, RESOURCE_VARIANCE, and OVERHEAD_VARIANCE capture cost deviations, linking to CST_COST_DISTRIBUTIONS for GL reconciliation. 4. **Integration with Other Modules** - Inventory (INV): Component issues/receipts update MTL_TRANSACTIONS. - Costing (CST): Job costs flow to CST_ACTUAL_COSTS. - BOM & Routing (BOM): References BOM_BILL_OF_MATERIALS and BOM_OPERATIONAL_ROUTINGS. ### **Technical Considerations** - **Indexes**: Key indexes like WIP_DISCRETE_JOBS_U1 (on WIP_ENTITY_ID) optimize queries. - **APIs**: Oracle provides PL/SQL APIs (WIP_JOB package) for safe CRUD operations. - **Concurrency Controls**: Status fields enforce workflow rules (e.g., a "Completed" job cannot be modified). ### **Customization & Extensions** - **Descriptive Flexfields (DFFs)**: Allow custom attributes (e.g., "Customer Priority"). - **Triggers/Workflow**: Can enforce validations (e.g., prevent job closure if QC pending). ### **Performance & Maintenance** - Partitioning by ORGANIZATION_ID improves query speed in multi-org setups. - Purge strategies (via WIP_JOB_PURGE_PKG) archive historical jobs to maintain performance. ### **Conclusion** The WIP_DISCRETE_JOBS table is central to Oracle EBS’s discrete manufacturing functionality, bridging planning, execution, and costing. Its design supports scalability, integration, and compliance with manufacturing best practices. Understanding its schema and relationships is critical for customization, reporting (via WIP_DISCRETE_JOBS_V views), and troubleshooting in Oracle EBS environments.