1Z0-1045-26: Oracle Warehouse Mgmt Cloud 2026 Pro Mock Tests

This comprehensive exam content outline is meticulously structured for the 1Z0-1045-26: Oracle Warehouse Management Cloud 2026 Implementation Professional Exam. It covers the updated core competencies, system-level configurations, and AI/advanced technical features validated through the 25A/25B/25C/25D/26A system releases.

Exam Overview & Blueprint

Exam Code: 1Z0-1045-26

Duration: 90 Minutes

Number of Questions: 50

Format: Multiple-Choice Questions (MCQs) — includes standard and complex, scenario-based implementation questions.

Passing Score: 68%

Target Audience: Supply Chain Consultants, WMS Administrators, Warehouse Managers, and Solution Implementers.

Module-by-Module Detailed Content Outline

Module 1: Initial Setup & System Configuration Hierarchy

This module tests your ability to lay down the logical blueprint of an enterprise structure within Oracle WMS Cloud.

1.1 Company and Facility Architecture

Configuring Parent-Child company relationships to handle Multi-Tenant / 3PL (Third-Party Logistics) environments.

Differentiating between Company-level data (items, vendors) and Facility-level data (locations, inventory tasks).

1.2 Locations and Zone Management

Constructing the Location Master: Active, Reserve, Inbound/Outbound Dock, and Stage locations.

Setting up Location Size Types and checking standard capacity parameters (Length, Width, Height, Volume).

Configuring Tiers per Pallet and LPNs per tier to standardize material storage during execution.

1.3 Data Management Foundations

Creating, structuring, and maintaining the Item Master: Unit/Case/Pallet dimensions, weights, and barcode mapping.

Handling Lot Management and Expiry-Date Tracking scenarios (e.g., configuring valid item tracking combinations such as lot-tracked only, expiry-tracked only, or both).

Module 2: Core Inbound Execution Processes

Focuses on how inventory enters the warehouse, is received, validated, and optimally put away.

2.1 Shipment and Purchase Order (PO) Architecture

Differentiating between standard Purchase Orders (POs) and Advanced Shipment Notices (ASNs).

Configuring PO Types and Shipment Types to classify incoming freight.

2.2 Receiving Configurations

Executing PO-based vs. ASN-based receiving sequences via the user interface (UI) and Radio Frequency (RF) handheld screens.

Configuring Controlled Inventory Receiving and Quality Control (QC) holds on receiving stations.

Implementing SKU sorting mechanisms at the receiving dock (mapping Sorting Rules, Break Criteria, and Receive Station Locations).

Handling Serial Number Tracking configurations (setting company-level variables, validation levels, and handling item-level overrides).

2.3 Directed Putaway Optimization

Mapping out the end-to-end logical flow of Directed Putaways.

Configuring Putaway Types on Item Masters and mapping them to Putaway Locations.

Authoring Putaway Rules, defining priority ranking matrices, and adjusting for situational variations.

Executing Cross-Docking rules to bypass putaway and route stock directly to pending outbound orders.

Module 3: Core Outbound Execution & Shipping Processes

Covers how orders are grouped, inventory is allocated, tasks are issued, and shipments are finalized.

3.1 Order Management & Wave Planning

Understanding Order Entry / Interfaces, defining Order Types, and mapping specialized Order Attributes.

Configuring and running Wave Templates to bundle distinct outbound order requirements.

Configuring allocation priorities to ensure the system targets explicit warehouse zones (e.g., isolating allocations strictly to Area A vs. Area B).

Mastering the mechanics of the Only deallocate on Short flag within Order Type configurations to handle short-pick exceptions.

3.2 Picking Methodologies & Task Management

Differentiating between Cubed and Non-Cubed Picking flows.

Configuring and routing Pick Cart and Packing transactions (e.g., executing PackNC vs. PackLPN transactions without opening an inbound LPN).

Evaluating Consolidation Locations during the packing flow for cross-store distributions.

3.3 Load Management & Outbound Shipping

Grouping orders onto specific loads (utilizing parameters like WAVE_ASSIGN_LOAD settings).

Configuring Outbound Load Routes using routing modes mapped directly to Wave Templates or the Carrier UI.

Executing Truck Load (TL) Shipping and Parcel Shipping routines to clear out physical inventory.

Module 4: Inventory Management & Control

Validates the optimization and accuracy of stock status across all facility footprint types.

4.1 Material Movement & Replenishment

Configuring Replenishment Templates and understanding Movement Requests.

Mastering Replenishment Trigger Modes based on spatial metrics (Minimum/Maximum volumes, percentages, and locations).

Setting up Replenishment Rules and enforcing permissions (identifying Parent vs. Child level editing rights).

4.2 Cycle Counting & Discrepancy Auditing

Setting up and initiating Cycle Counting jobs.

Executing detailed cycle counts by scanning physical SKUs using screen configuration parameters like content-count set to sku-scan.

Managing, approving, and resolving inventory count variances.

Module 5: Technical Architecture: Reporting, Integrations & Security

Covers extending WMS capabilities and maintaining system boundaries.

5.1 Reporting & Analytics Engine

Using the internal Document Designer tool to create custom system labels (LPN, Pallet, Shipping labels).

Leveraging the Web Reports UI to configure, schedule, and distribute operations reports.

Configuring distribution channels (e.g., ensuring scheduled report recipients have an email actively registered with an in-system username).

5.2 Application Integration & Extensibility

Using standard, prebuilt APIs and interfaces to sync with host ERP and Transportation Management Systems (TMS).

Managing complex billing routines for Third-Party Logistics (3PL) client billing scenarios.

Extending WMS UI access via the built-in Visual Builder Cloud Service (VBCS) Mobile Framework.

5.3 Security and Access Controls

Defining operational boundaries across users and groups.

Enforcing system security using custom Screen and Menu configurations to isolate user functions depending on their designated roles.

Module 6: Advanced WMS Architecture & AI Capabilities

Validates knowledge of modern SaaS tools deployed in recent Oracle Cloud supply chain patches.

6.1 AI & Predictive Analytics Integration

Leveraging Machine Learning (ML) inside WMS to optimize warehouse slotting based on high-velocity velocity data.

Utilizing predictive models to anticipate task bottlenecks and labor utilization challenges.

Top Strategic Preparation Tips

Understand 3PL Scenarios: Expect a high number of scenario-based questions focusing on the interactions between Parent companies, Child entities, and distinct Multi-Tenant Facilities.

Memorize RF Screen Parameters: Pay careful attention to RF screen configuration parameters (like content-count or sku-scan mode) and how modifying them alters warehouse worker behavior.

Master Allocation Failures: Practice troubleshooting why a wave inadvertently allocates product from an unassigned area (hint: inspect task selection criteria and zone allocation restrictions).