1z0-1075-24 Sample Questions Answers

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.

In Oracle Manufacturing Cloud, managing Units of Measure (UOM) is critical to ensuring that transactions, measurements, and conversions are handled accurately. Below is a detailed explanation of the correct statements:

Statement A:You must define the unit of measure class with a base unit of measure– This is a fundamental setup in Oracle Manufacturing Cloud. Every UOM class must have a base unit of measure defined because it serves as the reference for all conversions within the class. The base UOM acts as a standard, and all other UOMs within the class are defined relative to it.

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 allocate specific units of the LATHE resource to morning and evening shifts in Oracle Manufacturing Cloud, you need to configure the resource availability per shift as follows:

Deselect the Available 24 Hours check box– This ensures that the resource availability is limited to specific shifts instead of being available 24/7.

Enter 3 in the Morning Shift column– Assigning 3 units of LATHE to the morning shift allocates those units for use only during the morning.

Enter 2 in the Evening Shift column– Assigning 2 units to the evening shift ensures that the remaining LATHE units are available for the evening shift.

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.

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.

In Oracle Manufacturing Cloud, setting up the Manufacturing master data involves a series of required tasks to enable production operations. The following are the key setups:

Manage Production Resources: This setup task is essential for defining resources such as labor, equipment, and tools that are used in the manufacturing process. Resources are vital to the production planning and scheduling functions.

Manage Plant Parameters: This task is required to define how the plant will operate in terms of material handling, scheduling, costing, and other key operational metrics. These parameters control important aspects of how manufacturing will function at the plant level.

Manage Work Centers: Work centers represent the physical or logical locations where manufacturing operations occur. They must be set up for scheduling and executing production activities.

Manage Work Areas: Work areas are required to group related work centers and define operational zones within a plant. This is important for organizing production and ensuring efficient material flow.

Manage Plant Profiles: This task isnotrequired for setting up manufacturing master data. Plant profiles are typically used for broader plant-level settings but are not directly tied to the manufacturing execution setup.

When implementing the functionality for checkingQualified Operatorsduring labor usage reporting in Oracle Manufacturing Cloud, it is important to enforce validation for operator qualifications. The following explains why statement C isnot true:

Quick Complete is not allowedfor operations that have resources with associated job profiles. This is because operations with specific job profile requirements must go through a more detailed validation process to ensure that the assigned operator has the necessary qualifications before the operation can be completed. Quick Complete bypasses detailed validations, making it unsuitable for operations with strict qualification checks.

Correct statements:

Statement A: Operator qualification is enforced when reporting operation completion through the dispatch list to ensure compliance.

Statement B: A qualified operator is required to manually report resource transactions when the resource has an associated job profile.

Statement D: Labor for qualified operators must be reported at the resource train stop to ensure the resource's qualifications are properly validated before continuing with the operation.

TheWork Order Travelerin Oracle Manufacturing Cloud provides detailed information about work orders to help users track and manage work orders across various work centers. The following types of information are especially useful:

Work definition details (D): This provides detailed information about the operations and resources required to complete the work order, helping users understand the manufacturing process and requirements.

Product serial information (E): Tracking serial numbers for products is critical, especially in industries where traceability and product lifecycle management are important.

Reservation against sales orders (A): This information links work orders to specific sales orders, providing clarity on how the work order aligns with customer demand.

Incorrect options:

Hard pegging of items (B)andItem on-hand quantity (C)are not typically tracked through the Work Order Traveler report, as this report focuses more on the work order's execution rather than inventory management.

To trackOverall Equipment Effectiveness (OEE)in real-time, Oracle Manufacturing Cloud can integrate with IoT solutions. The correct setup involves:

Enabling IoT Production Monitoringand turning onsynchronization to IoT Production Monitoringin theInventory Organization. This allows real-time data from the shop floor to be captured, processed, and used to monitor equipment effectiveness, performance, and availability.

Incorrect options:

IoT Fleet Monitoring (A)andIoT Asset Monitoring (B, D)focus on tracking assets and fleets, which are more relevant for logistics or asset management, not production monitoring for OEE.

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.