Picking
Picking is the warehouse execution process of retrieving goods from storage bins to fulfill outbound deliveries, production supply, or stock transfers. This topic covers picking document types (transfer orders in ECC WM, warehouse tasks in EWM), picking strategies, wave and group processing, RF-driven confirmation, pick denial handling, and how picking integrates with packing, staging, and goods issue across ECC WM, embedded EWM, decentralized EWM, and S/4HANA deployments.
Overview
Picking is the warehouse execution process of retrieving goods from storage bins to fulfill outbound deliveries, production supply, or stock transfers. This topic covers picking document types (transfer orders in ECC WM, warehouse tasks in EWM), picking strategies, wave and group processing, RF-driven confirmation, pick denial handling, and how picking integrates with packing, staging, and goods issue across ECC WM, embedded EWM, decentralized EWM, and S/4HANA deployments.
Lessons in this topic
- Wave-Managed Picking and RF Confirmation WorkflowsExplains how wave release generates warehouse tasks for picking and how RF-based confirmation moves goods from storage to staging, including exception handling at the RF screen level.
- Configuring Picking Strategies and Wave/Group ProcessingExplains how picking strategies determine bin proposal logic, how waves and groups batch picking work, and how to configure these for efficient warehouse execution.
- Advanced Picking Optimization: Queues, Resource Management, and Exception HandlingCovers advanced picking design decisions including resource management, queue sequencing strategies, cluster/multi-order picking trade-offs, and structured exception handling for high-volume or automated warehouses.
- Picking Fundamentals: Purpose, Documents, and Process FlowIntroduces why picking exists as a distinct warehouse step, the documents that drive it (transfer orders vs warehouse tasks), and the end-to-end flow from outbound delivery to goods issue.
- Architecting Picking Strategy Across Deployment Models: Trade-offs, NFRs and Migration GovernanceAn architect-level examination of how to choose, govern and migrate between ECC WM, embedded EWM and decentralized EWM picking architectures, covering non-functional requirements, latency, resilience, and long-term operating model decisions.