Illustrative Case Study — Hypothetical Project Scenario

SAP EWM Intelligent Warehouse Transformation: An Illustrative Scenario

A hypothetical manufacturer with multiple warehouses struggles with manual receiving, inconsistent putaway and limited real-time stock visibility.

IndustryManufacturing & LogisticsSAP moduleSAP EWM

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Warehouse operator scanning pallets with a handheld RF scanner

This illustrative case study describes a hypothetical business scenario and proposed consulting approach. It does not represent a verified client engagement or actual project results.

BUSINESS BACKGROUND

The Scenario

A hypothetical manufacturing company operates multiple warehouses with fragmented inventory processes.

The organization manages inbound materials, production supply, finished goods storage and outbound distribution. Warehouse activities rely heavily on manual processes and disconnected records.

The company wants to improve warehouse process control, inventory visibility and operational coordination.

Key challenges

Manual goods receiving
Inconsistent putaway decisions
Limited real-time stock visibility
Picking and packing errors
Delays in warehouse task execution
Incomplete handling-unit tracking
Difficulty reconciling physical and system stock

GRAPHIC A — BUSINESS PROCESS

Inbound-to-outbound warehouse flow

01Inbound delivery
02Goods receipt
03Putaway
04Storage
05Picking
06Packing
07Goods issue

GRAPHIC B — SAP SOLUTION ARCHITECTURE

How the Solution Fits Together

PROPOSED CONSULTING APPROACH

Implementation Phases

Phase 1
Warehouse Process Discovery
Workshops with warehouse operations, inventory, procurement, production and logistics stakeholders to document current processes and identify improvement opportunities.
Phase 2
Solution Blueprint
Define the target warehouse design.
Warehouse structureStorage types and sectionsStorage binsActivity areasWarehouse process typesPutaway and stock removal strategiesHandling-unit processesRF transaction requirements
Phase 3
SAP EWM Configuration
Configure warehouse processes based on the approved design, assessing inbound delivery integration, warehouse tasks, warehouse orders, work centers, packing and outbound execution.
Phase 4
Testing
Unit, integration and user acceptance testing.
Phase 5
Deployment & Hypercare
Prepare cutover, validate opening stock, support go-live and coordinate stabilization.

Relevant master data

Products and warehouse product data
Storage bins
Business partners
Packaging specifications where applicable
Handling-unit information
Warehouse process determination settings

Testing & validation

Stock movements
Handling-unit tracking
RF execution
Exception scenarios

Unit, integration and user acceptance testing across these scenarios.

Illustrative dashboard · sample data only

Open warehouse tasks

Bins in use

68%

HU traceability

90%

Pending putaway

Not a real system or measured result.

Illustrative potential benefits

Improved inventory visibility
More consistent putaway and picking execution
Better handling-unit traceability
Reduced manual reconciliation effort
Improved warehouse process control

No numerical improvements are claimed without verified measurement data.

Key considerations & lessons

Clean bin and product master data before configuration
Involve shift supervisors early in RF design
Rehearse opening stock upload more than once

Related SAP services

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This illustrative case study describes a hypothetical business scenario and proposed consulting approach. It does not represent a verified client engagement or actual project results.

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