Pass the Oracle Manufacturing Cloud 1z0-1075-24 Questions and answers with ExamsMirror

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.

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.

In theWork Executionarea of Oracle Manufacturing Cloud, severalinfoletsprovide users with quick access to critical data. The following infolets are available for immediate access:

Work Order Performance: Provides an overview of the performance of work orders against the planned schedule, showing progress and efficiency.

Operation Exception: Highlights any exceptions or issues encountered during operations, enabling quick identification of problems.

Work Order Exception: Displays any issues or exceptions related to work orders, such as delays or material shortages.

Incorrect options:

ScrapandOperation Efficiencyare important metrics, but they are not available as standard infolets in the Work Execution area.

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.

When pick release creates movement requests for project-based work orders, there are several key points regarding expenditure information:

Statement D:The expenditure type and the expenditure organization from the work order are not referenced onto the shop floor movement requests– This statement is correct because the expenditure type and organization are not typically included in the shop floor movement requests. These requests focus more on the material movement aspects, while expenditure details are managed elsewhere in the system.

The following reports providecost-related informationto Costing users in Oracle Manufacturing Cloud:

Work Order Operational Analysis (A): This report provides detailed information on the operations performed in a work order, including cost-related data, helping costing users analyze production efficiency and associated costs.

WIP Balance by Plant (C): This report gives costing users insight into work-in-progress (WIP) balances for each plant, showing the costs associated with incomplete work orders and materials in the production process.

Incorrect options:

Receipt Accounting Dashboard (B)is used for receipt-related accounting, not work order costs.

Purchase Variance Summary (D)focuses on purchase price variances, not work order-related costs.

In Oracle Manufacturing Cloud, when defining a standard operation such as visual inspection, marking it as aCount Pointensures that its completion will be tracked and reported for all work orders referencing it. ACount Pointoperation is one where progress must be explicitly recorded, allowing visibility into work order completion.

Selecting the Count Point check boxensures that this operation becomes a mandatory checkpoint where users must report completion in all related work orders. This is essential for operations like visual inspection, where reporting completion is critical to production quality.

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.

To establish a relationship between the work definitions of Engine Finished Good and Pallet Finished Good, you can create a common subinventory. This subinventory will serve as the completion subinventory for the Pallet Finished Good and the supply subinventory for the Engine Finished Good. This ensures that the Pallet Finished Good is completed in one process and is then available as a component for the Engine Finished Good.

Subinventory Linking: Using a common subinventory ties the output from one work definition as an input to another. The Pallet becomes an inventory item that is consumed in the production of the Engine.

To set up cost estimates for multiple purchased items in Oracle Manufacturing Cloud, the following tasks can be performed:

Import a spreadsheet (A): You can import cost estimates for multiple items at once using a preformatted spreadsheet, which allows for efficient data entry.

Enter cost estimates directly into the UI (E): Cost estimates can also be manually entered directly through the user interface for individual items, providing flexibility when fewer items need to be updated.

Incorrect options:

Calling a web service (B)is not the correct method for setting up cost estimates.

Mass Edit functionality (C)andUpdate Item Cost Estimate process (D)do not directly apply to entering new cost estimates for purchased items.