Oracle 1z0-1075-24 Oracle Manufacturing Cloud 2024 Implementation Professional Exam Practice Test

In light assembly manufacturing environments where shop floor control is not required, a Manufacturing Engineer can automate the creation of work definitions to streamline production processes. The following steps must be performed and verified:

Select a resource to be used in automatic work definitionby enabling the Default attribute. This ensures that the system can automatically assign resources to the work definition without manual intervention.

Ensure the predefined work definition name ORA_MAIN is active, as this serves as the template for automatically generating work definitions in the system.

Select a standard operationfor use in automatic work definition, also by enabling the Default attribute. This ensures that the system knows which operations to include in the work definitions.

Incorrect steps:

C: Secondary item structure is not relevant for automatic work definitions.

D: There can be multiple default operations, so it’s not necessary to limit it to one.

After running the "Process Item Structure Changes to Work Definitions" scheduled process, a series of workflow notifications may be triggered if the automation is not performed properly. The following notifications can be expected in scenarios where manual intervention is needed:

Statement Bis incorrect because, in Oracle Manufacturing Cloud, if the manufacturing plant is enabled forERES(Engineering Release Execution System), it generally implies that any changes in work definitions would still require an approval process for validation and control. The fact that ERES is enabled would not automatically bypass the approval process.

Correct Notifications:

Statement A: You may receive a notification that a replacement component has been assigned as an ad hoc item to the same operation where the original component was assigned.

Statement C: A notification may alert you that the original component is not assigned to any work definition operation, signaling a potential issue that requires manual intervention.

Statement D: It is also possible to receive a notification indicating that the original component has been assigned to more than one work definition operation, which may require review or adjustment.

To ensure thatPushcomponents are automatically defaulted when reporting material consumption on theReport Material Transactionpage, you must configure the system to use theWork Definitionas the default source for transactions.

Setting Default Transaction Mode to Work Definitionensures that the system automatically pulls the component list and quantities as defined in the work order or work definition when operators perform material transactions. This setting streamlines the material consumption process forPushsupply type components.

To create a work definition for an in-house manufactured item in Oracle Manufacturing Cloud, the following entities must be set up:

Resources: Resources such as machines, labor, or tools are required to define what is needed to execute each operation.

Operations: These represent the steps in the manufacturing process. Each operation can have multiple resources and associated work instructions.

Operation Items: These are the items consumed or used during the operation. They include the components and materials needed for production.

WhileProduction Line(C) andManufacturing Lead Time(E) are important for scheduling and capacity planning, they are not mandatory for creating a basic work definition.

Oracle Manufacturing Cloud supports multiple cost accounting methods to help organizations track the cost of their goods and inventory effectively. Below is an explanation of the correct answers:

Statement A:Perpetual Average Cost– This is a commonly used method in Oracle Cloud where the system continuously updates the average cost of an item with each receipt or transaction.This method is useful for organizations that need to track the moving average cost of goods in real-time.

TheExtensible Work Order Traveleris a customizable report that contains detailed information about a work order and travels with the physical material during production. The statement thatis not trueis:

Statement A is incorrectbecause theExtensible Work Order Traveler reportcan be generated from multiple locations within Oracle Manufacturing Cloud, including theManage Work Orders, Review Dispatch List, andManage Supplier Operationspages. It is not limited to only the Review Dispatch List and Manage Supplier Operations pages.

Correct statements:

Statement B: The Extensible Work Order Traveler is a critical document used to communicate work order details during the production process.

Statement C: Production operators can invoke the traveler from several key pages like Manage Work Orders and Review Dispatch List.

Statement D: Operators can use the task "Generate Extensible Work Order Traveler Report" to invoke the report.

Statement E: You can usePage Composerto customize the Extensible Work Order Traveler and display only the required actions, allowing flexibility in what information is presented.

When correcting incorrect move operations such as scrap and reject transactions, and the operations arenot count point-enabledandnot auto-charged, multiple reverse transactions are required:

Reverse material issued to a work order: This is required to correct any incorrect material that was issued to the work order initially.

Reverse at an operation: This transaction allows the production operator to reverse an incorrect operation move to return the product to the previous step.

Reverse from Scrap to Ready: If the operator incorrectly marked an item as scrap, this transaction moves it back to a ready state for further processing.

Reverse from Reject to Ready: This transaction is used to reverse any items incorrectly marked as rejected back to a ready status.

Incorrect options:

Reverse the product at the last operation (E)andReverse resources charged to a work order (F)are not necessary since the operations are not count point-enabled and not auto-charged.

If a mistake is made in acompleted work order, supervisors have the ability to perform certain corrective actions to reverse transactions or correct errors:

Reverse from Scrap to Ready (C): This action allows the supervisor to reverse a product that was incorrectly marked as scrap back to a ready state, making it available for further operations.

Reverse at an operation (D): If the mistake occurred during a specific operation, the supervisor can reverse the transaction at that operation and correct the mistake.

Reverse the product at the last operation (E): The supervisor can reverse a transaction at the last operation to make corrections to the final product before closing the work order.

Incorrect options:

A (Reverse a Closed order to Open): Once a work order is closed, it cannot be reopened. Reversing transactions must happen before the order is officially closed.

B (Correct the Product entered at work order): The product specified in a work order cannot be changed once the order has been processed and completed.

In Oracle Manufacturing Cloud, to make a resource (R1) available outside the regular shift for a specific day, you need to create aresource exception. This allows you to override the default shift schedule and make additional units of the resource available.

Click outside the existing shift timeensures that the exception applies to non-working hours.

Select Create Resource Exceptionfrom the Actions menu to initiate the exception.

Populate the Start and Duration fieldsto define the non-working period during which the resource will be available.

Enter 4 units in the Availability Override columnto ensure that 4 units of resource R1 are made available for use during the exception period.

Nonstandard work orders in Oracle Manufacturing Cloud are used for specialized tasks that do not follow typical production processes. The following are the main requirements fulfilled by nonstandard work orders:

Repair: Nonstandard work orders can be used for maintenance and repair tasks to fix or refurbish defective or damaged items.

Rework: These work orders are also used for rework processes, where a product needs to be reprocessed to meet quality standards or specifications.

Prototype: Nonstandard work orders can handle prototype production, where items are produced in small quantities for testing and development before mass production.

Rescheduling(A) is typically handled by standard work orders in the production schedule rather than through nonstandard work orders.

To ensure that work orders for the previous month are closed with the correct costs, the Production Supervisor must:

Include all costs and variancesin the work orders before closing them. This ensures that the work orders reflect the true cost of production, including any deviations from the expected costs. However, if there are work orders that are still in progress or expected to receive updates (such as material or labor transactions), those work orders should not be closed until all costs are finalized.

Incorrect options:

A: Excluding cost variances would result in inaccurate costing.

B: All costs, including variances, must be included before closing.

D: Costs cannot be updated after the work order is closed, so all updates must occur before closing the work order.

In Oracle Manufacturing Cloud, executing rework work orders with manual control requires certain steps and restrictions to ensure proper tracking of rework activities:

Statement A: You can perform operation completion only after the assembly item has been issued to the work order. The quantity that can be completed is limited to the quantity of the assembly issued.

Statement C: The assembly item must be manually issued to the work order, allowing for flexibility to issue either a partial or full quantity depending on the rework requirements.

Statement D: Once a work order is released and transactions have been performed, it cannot be canceled. This ensures that work orders already in progress are tracked properly.

Incorrect options:

Statement B: This is incorrect because you cannot cancel the work order after performing transactions.

Statement E: This statement is irrelevant in the context of executing rework work orders with manual control.

TheWork Order Historytab in Oracle Manufacturing Cloud provides a summary of different item quantities related to the lifecycle of a work order. The following quantities are displayed:

In Process: This shows the quantity of items currently being processed in the production cycle.

Scrapped: This quantity reflects the number of items that have been discarded due to defects or other issues during the production process.

Completed: This quantity shows the number of items that have successfully been completed in the work order.

Incorrect options:

Remaining: The system does not specifically display a "Remaining" quantity on the Work Order History tab.

Total: The total quantity is not shown as a standalone metric in the Work Order History tab but is implied by other metrics.

In Oracle Manufacturing Cloud, theManufacturing Engineerrole is responsible for dealing with various manufacturing practices, processes, machines, tools, and equipment that transform raw materials into finished products. This role focuses on defining and managing production processes, resources, and operations in manufacturing plants.

Manufacturing Engineer: This role involves creating and maintaining manufacturing processes, production resources, and work instructions. It ensures that products are manufactured efficiently and in compliance with quality standards.

Supply Chain Orchestration (SCO) plays a vital role in managing project-specific work orders, particularly for outside processing. Here’s how it enriches supply requests with project details:

Statement B:Expenditure Item Date is set to the requested need-by date and Expenditure Organization is set to the manufacturing plant– In project-specific work orders, Supply Chain Orchestration assigns the need-by date as the Expenditure Item Date. The Expenditure Organization is typically set to the manufacturing plant handling the work order.