Material Requirement Planning

AI agents that autonomously plan material requirements across multiple production facilities

Real-World Scenario

A heavy equipment manufacturer coordinating materials for 8 global assembly plants producing 50 product families with 100,000+ components.

How It Works

  • The AI integrates production schedules, BOMs, supplier lead times, and capacity constraints across all facilities in real-time
  • It identifies synergies: “Plants Mexico and Canada both need steel plates week 15 – combine orders for 12% volume discount totaling $1.2M savings”
  • Manages dependencies: “Hydraulic pump shortage in Germany will impact excavator production – reallocate 500 units from US plant with excess capacity”
  • Optimizes globally: “Shift aluminum extrusion orders from constrained Supplier A to Supplier B with 20% available capacity, maintaining delivery schedules”

Practical Output

The system executes planning delivering: “Weekly MRP run complete: 15,000 purchase orders generated, $4.2M identified in consolidation savings, 23 potential shortages prevented through early intervention, 99.2% on-time material availability achieved. Critical alert: Semiconductor allocation requires CEO approval for Q2 production priorities”

 

1. Business Context and Objectives

2. Practical Example

3. Key Capabilities

4. Functional Workflow

5. Target Users & Stakeholders

6. Technical Architecture

7. Data Flow and Sources

8. Value Delivered

9. Deployment Models

10. Challenges and Considerations

11. Potential Extensions

12. Business Case