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A household chemicals warehouse is running SAP S/4HANA Extended Warehouse Management in a web-based mixed landscape with mobile picking. After a recent change to outbound planning, wave creation completes and warehouse orders are visible in the monitor for all scheduled deliveries. Operators assigned to the narrow-aisle picking team can log on to handheld devices and access their picking functions, but they do not receive any executable work automatically.
Standard pallet-picking teams receive work from the same wave without issue. Support confirms there is no RF connectivity alert and no access error. The operations lead wants a targeted correction because the current wave design is already stable for the rest of the warehouse. The consultant must correct the selective work-assignment problem without redesigning release timing or picking quantities.
What should the consultant check first?
Response:

• A. heck whether the narrow-aisle resources are correctly aligned to the queue and activity area used for those warehouse orders.
• B. plit narrow-aisle deliveries into a separate wave so their warehouse orders are released independently from the rest of the outbound workload.
• C. implify the handheld menu profile so narrow-aisle users reach the picking screen more quickly after logon.
• D. educe the number of narrow-aisle warehouse orders released per wave so operators receive smaller work packages.

A regional warehouse is using SAP S/4HANA Extended Warehouse Management in a web-based private-edition environment. After a recent change to morning outbound planning, wave creation succeeds and warehouse tasks are generated for all required deliveries. Team leads can also see valid warehouse orders in the monitor. However, handheld users in one picking zone receive work only after supervisors manually reassign orders, while users in other zones receive work automatically. Device logon, user access, and RF connectivity are all working as expected.
Operations wants the smallest corrective change because the same wave design is already functioning for the rest of the warehouse. The consultant must identify the most likely configuration layer causing the selective assignment failure.
Which action should the consultant take first?
Response:

• A. djust warehouse order sorting so work in the affected zone appears earlier than work in the other zones.
• B. implify the RF menu profile so handheld users in the affected zone see fewer execution choices on logon.
• C. ecreate the outbound wave templates so warehouse orders are regenerated with a more even split across all zones.
• D. heck whether the affected zone’s resources are correctly aligned with the queue and activity-area assignment used for automatic work distribution.

<strong>CHALLENGE 2 &#x2014; Wave Release Timing Across Resource Queues</strong> The warehouse manager wants to release waves earlier to improve picking throughput. The rollout lead wants to confirm that staging lanes and mobile resource queues are aligned before changing the release schedule.
What should the consultant recommend?
Response:

• A. Release waves earlier for all orders and document any staging congestion as an operational training item.
• B. Assign additional users to the affected queues without changing wave configuration or staging coordination.
• C. Confirm staging and queue capacity for the selected wave criteria, then adjust release timing only within the validated execution window.
• D. Remove staging checks from the test scope because picking throughput is the main outbound performance measure.

<strong>CHALLENGE 1 &#x2014; Project Assembly Routing During Inbound UAT</strong> During UAT preparation, prefabricated assemblies can be received and warehouse tasks are created. Some assemblies are proposed for general storage before the expected project-staging route, while experienced users can manually select the intended path.
Which action best validates the configuration dependency before accepting the UAT result?
Response:

• A. Document the manual path as the standard receiving instruction because experienced users can reach the intended staging area.
• B. Release the assemblies to project dispatch earlier so they do not remain in general storage long enough to affect testing.
• C. Route all prefabricated assemblies through the on-premise warehouse until later regional warehouses are activated.
• D. Review assembly handling profiles, warehouse process determination, and storage control behavior for the receipt pattern.

<strong>CHALLENGE 4 &#x2014; Template Classification for Hub Rollout Settings</strong> The rollout planning review shows that repairable-component routing relies on manual redirection, urgent request release crowds mobile queues, and controlled spare movements were completed with broad resource coverage.
Which response is most appropriate?
Response:

• A. Move all repairable components and urgent spare-parts requests back to the on-premise warehouse until all hubs are live.
• B. Continue planning validation until repair routing, urgent release sequencing, and resource-aligned execution evidence are validated as repeatable system behavior.
• C. Accept the rollout plan only if workarounds are documented as local operating instructions for the western hub.
• D. Accept the rollout plan because each process can be completed with available operational workarounds.