Most Recent Oracle 1Z0-1075-24 Exam Dumps

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 B is incorrect because, in Oracle Manufacturing Cloud, if the manufacturing plant is enabled for ERES (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.

When setting up movement requests in a project-driven supply chain, you need to manage inventory associated with specific projects and tasks. The two correct types of movement requests in this context are:

Statement A: Transfer project material from one subinventory to another -- This is a standard type of movement request in Oracle Cloud, allowing project materials to be transferred between subinventories. It is essential for managing inventory tied to specific projects and tasks, ensuring that materials are available where needed for project execution.

Statement D: Perform manual pick for such movement requests using the project material, common inventory, or inventory from another project -- Manual picking for project-specific material is another supported operation. It allows users to perform manual picks from various sources, such as project material, common inventory, or even inventory from other projects.

Incorrect Statements:

Statement B: Pick transactions are not interfaced specifically by project costing. Although project costing is relevant for tracking costs, it is not the driving factor behind pick transactions.

Statement C: There is no concept of creating a movement receipt line with the 'Project Costing widget' in Oracle Manufacturing Cloud.

In Oracle Manufacturing Cloud, for a Production Operator to perform scrap and return from scrap transactions during an orderless transaction, they must have the Report Scrap Transactions privilege. This allows them to properly record and reverse scrap transactions for any items that fail to meet specifications.

Report Scrap Transactions grants the operator the necessary permissions to use both the Scrap and Return from Scrap transaction types. Without this privilege, these transaction types will not be available in the system.

Incorrect options:

Return from Scrap Transactions (B) is not the correct privilege; the privilege to both scrap and return from scrap is covered under Report Scrap Transactions.

Print Work Order Traveler (C) and Report Material Transactions (D) are unrelated to scrap transaction reporting.

In Oracle Manufacturing Cloud, production operators can report several types of production exceptions that affect the flow of the production process. The complete list of production exception types that can be reported includes:

Work Area: Issues related to the broader production environment.

Work Center: Problems or exceptions that arise at specific work centers.

Resources: Issues with labor, machines, or tools that are part of the production process.

Components: Exceptions related to materials or components used in manufacturing.

Incorrect options:

Options A, B, C, D are incomplete and miss one or more of the exception types available in Oracle Manufacturing Cloud.

When correcting incorrect move operations such as scrap and reject transactions, and the operations are not count point-enabled and not 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) and Reverse resources charged to a work order (F) are not necessary since the operations are not count point-enabled and not auto-charged.