Oracle 1Z0-1095-26 Real Exam Questions [October 2026 Update]

Work order management is the functional backbone of Oracle Maintenance Cloud, and configuring it correctly is the most consistently tested implementation skill on the 1Z0-1095-26 exam. The challenge is not knowing that work orders exist – every candidate who has touched the product knows that. The challenge is knowing the precise configuration dependencies that must be in place before a work order can be created, executed, and costed correctly: the work area and work center hierarchy must be defined, the maintainable item must have asset tracking fully enabled in inventory setup, and the asset must be linked to that item before any work order for that asset can be generated.

The exam regularly tests what happens when one of these dependencies is missing – not as a troubleshooting scenario, but as a configuration sequencing question. A candidate who knows work order execution thoroughly but has not specifically studied the item-level setup required to make an asset maintainable will choose the wrong answer when the question describes a scenario where work orders cannot be created for a specific asset. The correct root cause is almost always upstream – in Inventory item setup or Asset definition – rather than in the Work Order configuration itself.

This dependency chain (Inventory item setup → Asset definition → Work Center hierarchy → Work Order) is the structural pattern that underlies most of the harder scenario questions on the 1Z0-1095-26 exam. Understanding it gives candidates a diagnostic framework for any described Maintenance Cloud configuration problem, not just the specific scenarios they have practised.

Exam Snapshot

Oracle Maintenance Cloud – What the Product Does

Oracle Maintenance Cloud is part of Oracle Fusion Cloud Supply Chain and Manufacturing. It manages the full lifecycle of enterprise asset maintenance – from capturing maintenance work requests and creating work orders, through scheduling and executing maintenance tasks, to costing the work and tracking the asset’s complete maintenance history.

Oracle Maintenance Cloud is distinct from Oracle Manufacturing Cloud (which manages production work orders for items being made) and from Oracle Field Service (which manages field technician dispatch and mobile execution for customer-facing service). The 1Z0-1095-26 exam tests the Maintenance Cloud module specifically – enterprise asset management for owned assets within an organisation’s own facilities and operations.

Domain 1: Work Order Management

Work orders are the central operational document in Oracle Maintenance Cloud. A work order captures what maintenance must be done, on which asset, by which resources, with which parts, at what cost.

Work order types: Standard work orders (planned maintenance with full resource and material requirements), Express work orders (simplified work orders for quick maintenance tasks with minimal setup), and Work orders generated from Preventive Maintenance programs (system-generated based on forecast triggers).

Work order statuses and lifecycle: Unreleased → Released → On Hold → Completed → Closed. The exam tests which status transitions are valid, which actions require the work order to be in a specific status (parts can only be issued from inventory when the work order is Released), and what happens to costs when a work order is Closed rather than Completed.

Work area and work center configuration: A Work Area is the physical location where maintenance is performed. A Work Center is a group of resources (labour, equipment) within a Work Area. Both must be defined before work orders can be associated with a physical location. The exam tests the hierarchy – Work Area contains Work Centers, and Work Center is the assignment level on the work order operation.

Operations and resources on a work order: Operations represent the individual maintenance tasks within a work order. Each operation can have labour resources (defined by person type and required hours), equipment resources (defined by equipment type), and material requirements (parts to be issued from inventory). The exam tests operation sequencing – operations can be defined with dependencies where one must complete before another can begin.

Work requests: Work requests are informal maintenance capture documents – created by operators or maintenance personnel to report an asset condition requiring attention. A work request is reviewed by a maintenance supervisor who either rejects it or converts it into a work order. The exam tests the work request to work order conversion workflow and the statuses that apply to work requests during review.

Domain 2: Asset Management

Asset definition is the foundational prerequisite for all maintenance activity in Oracle Maintenance Cloud. An asset cannot be maintained through the system until it has been correctly defined and linked to an inventory item with the correct item attributes.

Item setup for maintainable assets: In Oracle Inventory Cloud, an inventory item must have the following attributes set to enable asset maintenance: Specification > Service > Enable Asset Tracking must be set to Full Lifecycle, and Specification > Service > Allow Maintenance Asset must be set to Yes. Additionally, if the asset will be individually serialised, Specification > Serial > Generation must be set to Dynamic Entry at Inventory Receipt. These three item settings are confirmed exam precision points – candidates who know asset setup in general but have not memorised these specific inventory item attributes will answer asset creation failure questions incorrectly.

Asset types: Customer Assets (assets owned by a customer that the organisation maintains as a service – typically used with Field Service integration) versus Enterprise Assets (assets owned and operated by the organisation itself – the primary asset type in Maintenance Cloud enterprise implementations). The exam tests this distinction in scenario questions that describe the asset ownership and the correct asset type to create.

Asset hierarchy and location: Assets can be structured in a hierarchy – a parent asset (a production line) containing child assets (individual machines on the line). Asset location tracks where the asset is physically deployed using the Inventory Organisation and subinventory location structure.

Asset meters: Meters track measurable asset usage – kilometres driven, hours operated, cycles completed. Meters are defined on the asset and updated with readings. Preventive Maintenance programs use meter-based triggers to schedule maintenance when a meter reading reaches a defined threshold.

Asset history: Oracle Maintenance Cloud maintains a complete history of all work orders completed against an asset, all meter readings recorded, all parts consumed, and all costs incurred – giving maintenance managers full visibility into an asset’s lifetime maintenance profile.

Domain 3: Preventive Maintenance

Preventive Maintenance (PM) programs define rules for automatically generating work orders at specified intervals or upon reaching specified conditions – eliminating the need for manual work order creation for recurring maintenance tasks.

PM trigger types: Time-based triggers create work orders at a defined calendar interval – every 30 days, every 6 months. Meter-based triggers create work orders when a meter reading reaches or exceeds a defined threshold – every 500 operating hours, every 10,000 kilometres. Condition-based triggers (when integrated with Oracle IoT Asset Monitoring Cloud) create work orders when a sensor reading indicates a condition requiring maintenance. The exam tests which trigger type is appropriate for a described maintenance requirement.

PM program configuration: A PM program defines the asset (or group of assets), the work order template (pre-populated with the operations and parts required for the recurring task), the trigger rule, and the lead time for generating the work order before the trigger date arrives. The exam tests PM configuration at the parameter level – knowing that a lead time of 5 days means the work order is generated 5 days before the scheduled maintenance date, allowing parts to be sourced and resources to be scheduled in advance.

Forecast programs: Forecast programs project PM-generated work orders into the future across a defined horizon – giving maintenance planners visibility into upcoming planned maintenance, expected resource demand, and parts requirements before work orders are actually created. The exam tests forecast programs as a planning tool distinct from the PM program itself.

The AI scheduling capability: Oracle Maintenance Cloud includes AI-based maintenance scheduling that optimises work order assignment to resources and time slots – factoring in resource availability, asset location, and maintenance urgency. The exam tests this as an available capability rather than testing the underlying algorithm.

Domain 4: Inventory Management for Maintenance

Parts inventory in Oracle Maintenance Cloud is managed through integration with Oracle Inventory Cloud. Maintenance work orders pull parts from inventory, and parts replenishment is managed through the integration with Oracle Procurement Cloud.

Material requirements on work orders: Parts needed for a work order operation are defined as material requirements – specifying the inventory item, required quantity, and the operation on which the part is needed. Material requirements can be defined manually on individual work orders or automatically from the work order template associated with a PM program.

Parts issuance: When a work order is in Released status, parts can be issued from inventory to the work order. The system creates an inventory transaction (issue from the maintenance subinventory to the work order) and the part quantity is decremented from available inventory. The exam tests that parts cannot be issued to an Unreleased work order – the work order must be Released first.

Serialised and lot-controlled inventory: When a part is serialised or lot-controlled in inventory, the specific serial number or lot number must be identified at the time of parts issuance – the system tracks which specific serialised unit was installed on which asset, supporting full asset parts history and serialised rotable tracking.

Rotable parts management: Rotable parts are repairable components that cycle between installation in assets, removal for repair, repair through their own work order, and reinstallation in the same or another asset. Oracle Maintenance Cloud tracks rotables through their lifecycle – from asset, to repair, to storage, to reinstallation.

Self-service shopping for parts: Technicians can browse available parts from a self-service interface on the work order, without needing direct access to the inventory management module. The exam tests self-service parts shopping as a technician-facing capability designed to reduce dependency on inventory administrators for routine parts sourcing.

Domain 5: Maintenance Cost Management

Cost management in Oracle Maintenance Cloud captures the full cost of each work order – labour costs, parts costs, and equipment costs – and makes them available for analysis by asset, work order type, cost centre, and maintenance programme.

Cost types: Labour costs (calculated from resource hours reported on completed operations multiplied by the resource cost rate), materials costs (the inventory value of parts issued to the work order – using the inventory valuation method, typically average cost), and equipment costs (calculated from equipment hours used multiplied by the equipment cost rate).

Work order cost closure: A work order must be Completed before it can be Closed. When Closed, the work order costs are finalised and written to the cost accounting subledger. The exam tests this two-step sequence – Completed status indicates the maintenance work is done; Closed status indicates the costs have been accounted for and the work order is financially complete.

Cost reporting by project: Work orders can be associated with Oracle Project Costing – allowing maintenance costs to be tracked against specific capital projects or cost centres for financial reporting. The exam tests project-cost association as a configuration option on the work order, not a requirement for all work orders.

Asset valuation and capitalisation: For capital assets, maintenance costs that improve the asset’s useful life or increase its value can be capitalised – added to the asset’s book value in Oracle Fixed Assets. The exam tests capitalisation as a distinct posting type available on certain work order cost transactions.

Domain 6: Integrations and Reporting

Oracle Maintenance Cloud does not operate in isolation – its value in enterprise implementations comes from the integrations that connect it to the broader Oracle Fusion Cloud ecosystem.

Integration with Oracle Inventory Cloud: The core integration – parts availability, parts issuance, and inventory transaction creation are all processed through Oracle Inventory. This integration must be configured (the Maintenance Organization must be mapped to an Inventory Organization) before any parts-related functionality works.

Integration with Oracle Procurement Cloud: When a required part is not in stock, the maintenance work order can trigger a purchase requisition through Oracle Procurement – enabling automatic parts sourcing directly from the work order without the maintenance team needing to operate in the Procurement module. The exam tests purchase requisition creation from work order material requirements as a configuration and workflow question.

Integration with Oracle Field Service: Field Service integration enables mobile work order execution – field technicians use the Oracle Field Service mobile app to receive work assignments, update work order status, report parts usage, and record labour hours from mobile devices in the field. The exam tests which user roles require a Field Service licence versus which roles require a Maintenance Cloud licence.

Service request integration: Service requests raised in Oracle CX Service (customer service) can be escalated to Maintenance Cloud work orders when a customer-reported asset issue requires physical maintenance intervention. The exam tests the service request to work order escalation flow and the data that transfers between systems.

OTBI and Maintenance Analytics: Oracle Transactional Business Intelligence (OTBI) provides pre-built maintenance analytics – work order completion rates, asset reliability metrics, maintenance cost by asset, planned vs. actual resource utilisation. The exam tests OTBI as the embedded analytics tool for Maintenance Cloud reporting and names specific subject areas relevant to maintenance managers.

5 Study Tips for Oracle 1Z0-1095-26

• Study the inventory item setup attributes (Enable Asset Tracking = Full Lifecycle, Allow Maintenance Asset = Yes) as a mandatory prerequisite checkpoint – treat them as the first question to ask whenever a scenario describes an inability to create or manage an asset in Maintenance Cloud.
• Study the work order status lifecycle and the actions that are gated by status – particularly parts issuance (requires Released), cost closure (requires Completed before Closed), and the valid status transitions.
• Study Preventive Maintenance trigger types (time-based, meter-based, condition-based) at the configuration parameter level – know what each parameter controls and which trigger type is correct for each described maintenance scheduling requirement.
• Study the integration points (Inventory, Procurement, Field Service, Service Requests) as configured dependencies, not optional features – the exam presents scenarios where a described failure is caused by a missing integration configuration.
• Practice with Cert Empire’s 1Z0-1095-26 exam questions covering all six domain areas with Oracle Maintenance Cloud implementation scenario depth – including asset setup dependency chains, PM trigger configuration, and integration workflow questions.

Best Study Resources

• Cert Empire 1Z0-1095-26 exam questions PDF and practice simulator (October 2026 edition).
• Oracle official 1Z0-1095-26 exam page (education.oracle.com – search “1Z0-1095-26”).
• Oracle Maintenance Cloud Getting Started Implementation Guide (docs.oracle.com/en/cloud/saas/maintenance/).
• Oracle University: Implementing Oracle Maintenance Cloud course.
• Oracle Maintenance Cloud online help and feature documentation (docs.oracle.com).

Why Candidates Choose Cert Empire for Oracle 1Z0-1095-26 Preparation

Free Practice Tests

Sample our 1Z0-1095-26 questions before purchasing. Test your work order configuration knowledge, asset setup prerequisite understanding, and PM trigger selection reasoning before committing to the full question bank.

Regular Updates

Oracle refreshes the Maintenance Cloud exam annually – the -26 suffix marks the 2026 version. Our question bank is continuously reviewed against the current Oracle exam objectives and the latest Maintenance Cloud feature set to ensure every question reflects current platform behaviour.

Free Exam Guides

Every purchase includes our free 1Z0-1095-26 exam guide covering all six domain areas, the asset setup prerequisite chain, the work order status lifecycle, PM trigger type reference, and a structured study plan.

PDF Exam Questions – Study Anywhere, Anytime

Download your 1Z0-1095-26 questions instantly after purchase. Study on any device or print the PDF for desk study. No login required after download, no expiry on the file.

24/7 Chat Support

Available at any hour for questions about your materials, your order, or specific Oracle Maintenance Cloud concepts – including asset item setup attributes, PM trigger configuration, and integration dependency questions.

3 Months of Unlimited Access

Three full months of unlimited access to the 1Z0-1095-26 question bank and simulator. Revisit asset management scenarios, work order lifecycle questions, and cost management topics as many times as needed.

Official Vendor Resources – Learn from the Source

Every solution in our 1Z0-1095-26 question bank links directly to the relevant official Oracle documentation – the Maintenance Cloud implementation guide, the Oracle Help Center feature documentation, or the Oracle University course reference – so every answer connects you to the authoritative Oracle source behind it.

Deep Knowledge – Every Answer, Every Option, Fully Explained

Every 1Z0-1095-26 question includes a complete explanation covering not just why the correct asset configuration, work order status, or PM trigger is right, but precisely why each incorrect option fails – whether it is a missing inventory item attribute, an incorrect status for parts issuance, or the wrong PM trigger type for the described maintenance schedule. Each explanation references the specific Oracle documentation behind the answer.

Interactive Practice Simulator – Think Like the Exam

Our simulator presents Oracle Maintenance Cloud implementation scenarios exactly as the real 1Z0-1095-26 exam does – describing a configuration requirement or a described system behaviour problem and testing which configuration, setup prerequisite, or workflow step correctly addresses it. Per-question feedback explains the full technical reasoning behind every correct and incorrect option.

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FAQ’s

What is the Oracle 1Z0-1095-26 certification?

1Z0-1095-26 is the Oracle Maintenance Cloud 2026 Implementation Professional exam. It validates the ability to configure and implement Oracle Maintenance Cloud – covering work order management, asset definition, preventive maintenance scheduling, parts inventory management, maintenance cost management, and integration with other Oracle Fusion Cloud modules.

What is the difference between Oracle Maintenance Cloud and Oracle Manufacturing Cloud?

Oracle Maintenance Cloud manages the maintenance of assets – tracking asset condition, scheduling preventive and corrective maintenance, managing parts, and costing maintenance work orders. Oracle Manufacturing Cloud manages production – executing work orders to produce manufactured items using bills of materials and routings. The two modules share some infrastructure but serve distinct business processes and require separate certifications.

What inventory item attributes must be set before an asset can be maintained in Oracle Maintenance Cloud?

In Oracle Inventory Cloud, the item must have Enable Asset Tracking set to Full Lifecycle, Allow Maintenance Asset set to Yes, and – if the asset will be individually serialised – Serial Generation set to Dynamic Entry at Inventory Receipt. All three must be correctly set for the asset to be created and maintained through the system.

What is a Preventive Maintenance program in Oracle Maintenance Cloud?

A PM program defines rules for automatically generating work orders at defined intervals or upon reaching defined conditions – time-based (every 30 days), meter-based (every 500 operating hours), or condition-based (sensor threshold). PM programs use work order templates so that recurring maintenance tasks are pre-populated with the correct operations, resources, and parts without manual configuration each time.

What does the -26 suffix in exam code 1Z0-1095-26 mean?

The -26 suffix indicates the 2026 version of the Oracle Maintenance Cloud Implementation Professional exam. Oracle refreshes this exam annually to align with the latest Fusion Cloud Maintenance feature set. Candidates holding a prior-year certification (1Z0-1095-25) can use the Delta exam (1D0-1095-26-D) to upgrade to the current version rather than sitting the full exam again.

What is a work request in Oracle Maintenance Cloud?

A work request is a lightweight maintenance notification – typically created by an operator or non-maintenance employee to report an asset condition. A maintenance supervisor reviews the work request and either rejects it or converts it into a formal work order. Work requests are not the same as work orders and cannot directly drive resource scheduling or parts issuance.

What is the passing score for the 1Z0-1095-26 exam?

The passing score is 68%. Oracle Maintenance Cloud Implementation Professional exams are multiple-choice format, delivered through Pearson VUE either online-proctored or at a test centre.

How does Oracle Maintenance Cloud integrate with Oracle Procurement?

When a work order has a material requirement for a part that is not in stock, the system can automatically generate a purchase requisition in Oracle Procurement Cloud – allowing the required part to be sourced from a supplier directly from the work order. This integration requires the Maintenance Organization to be configured with a linked Purchasing Business Unit and the correct sourcing rules to be in place.

Related Certifications Worth Exploring

Oracle Maintenance Cloud implementors building out their Oracle Supply Chain credentials will find the Oracle 1Z0-1073-26 (Inventory Cloud 2026 Implementation Professional) exam questions page covers the closely related inventory module credential – the item setup, stock control, inventory transactions, replenishment, and material management expertise that supports maintenance parts and asset-related operations. For those extending their knowledge across broader Oracle SCM business processes, the Oracle 1Z0-1125-2 (SCM Business Process Foundations Associate Rel 2) exam questions page covers core supply chain workflows and cross-functional SCM concepts that complement Maintenance Cloud implementation expertise.