• Business need for end-to-end logistics integration
• Role of TM–EWM integration in supply chain execution
• Overview of outbound, inbound, and internal movements
• End-to-end logistics execution flow
• Deployment options: embedded vs decentralized EWM
• Integration touchpoints between TM and EWM
• Document flow and system responsibilities
• Architecture supports seamless logistics execution
• Business partner, location, and transportation lane setup
• Warehouse, storage location, and door master data
• Product and packaging data relevance
• Master data alignment ensures smooth integration
• Outbound delivery and transportation planning
• Inbound delivery and inbound transportation scenarios
• Stock transfer and intercompany processes
• Cross-docking and direct shipment scenarios
• Scenarios support flexible logistics models
• Transportation requirement generation in TM
• Freight unit creation and planning
• Carrier selection and freight order creation
• Outbound integration ensures optimized transportation
• Inbound transportation planning in TM
• Freight order confirmation and execution
• Inbound delivery creation in EWM
• Yard and dock appointment relevance
• Inbound integration improves receiving efficiency
• Execution events and milestones
• Delay, exception, and deviation handling
• Event-based communication
• Visibility supports proactive logistics control







