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| Section | Objectives |
|---|---|
| Manufacturing Cloud Fundamentals | - Oracle Manufacturing Cloud Overview - Core Manufacturing Processes |
| Work Definition and Planning | - Items, Structures, and Routings - Work Definitions and Versions |
| Quality and Inspection | - Quality Inspection Integration - Nonconformance Management |
| Supply Chain Integration | - Planning Integration - Procurement and Fulfillment Alignment |
| Costing and Inventory Integration | - Inventory Transactions - Cost Management Integration |
| Reporting and Analytics | - OTBI and Dashboards - Manufacturing Reports |
| Work Execution Management | - Shop Floor Control - Production Execution - Exception and Exception Handling |
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NEW QUESTION # 12
Which three types of item quantities are displayed on the Work Order History tab?
Answer: A,B,C
Explanation:
The Work Order History tab 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 documentation on work order management outlines the key item quantities that are tracked during the production process.
NEW QUESTION # 13
Which three statements are true about managing Units of Measure?
Answer: B,D,E
Explanation:
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.
Oracle Fusion SCM: " Units of Measure Setup " documentation explains the importance of defining a base unit for every UOM class for system consistency and accurate conversions.
Statement B : If you want to transact items in units of measure that belong to classes other than their primary UOM class, you must define conversions between the base units of measure in different UOM classes - This is true. If an item's UOM belongs to one class, but you need to transact in another UOM from a different class, a conversion must be defined between the base UOMs of the two classes. This ensures seamless inter- class transactions and measurement consistency.
Reference : Oracle Cloud SCM Common Setup Guide for " Units of Measure Conversion " states that cross- class UOM transactions require conversion definitions for operational accuracy.
Statement E : A unit of measure conversion is a mathematical relationship between two different units of measure - UOM conversions in Oracle Cloud are defined mathematically, typically by specifying a conversion factor. This relationship is used by the system to automatically convert quantities between different units of measure, whether for inter-class or intra-class conversions.
Reference : Oracle Fusion Cloud SCM Documentation on " UOM Conversions " explains that a mathematical formula or factor is needed to establish the relationship between two UOMs, enabling transactions across different UOMs.
Incorrect Statements:
Statement C : A unit of measure standard conversion specifies the conversion factor by which the unit of measure is equivalent to the unit of measure class - This statement is incorrect because a standard conversion relates two UOMs directly, not between a UOM and the class itself. Conversions operate between specific UOMs, not between a UOM and its class.
Statement D : Conversions between classes are unique for each item; the conversion rate varies for intraclass units of measure - This is not accurate because conversions between UOM classes are not unique for each item. Once a UOM conversion is established between classes, it applies globally unless there are specific item-level conversions.
This ensures a consistent approach to defining, transacting, and converting units of measure across different manufacturing and inventory processes within Oracle Manufacturing Cloud.
NEW QUESTION # 14
A Production Operator needs to load work order operation transactions from an external system into Manufacturing Cloud.
What is the correct sequence of tasks to achieve this?
Answer: B
Explanation:
When loading work order operation transactions from an external system into Oracle Manufacturing Cloud, the correct sequence of tasks is:
* Load data to the data repository : This step ensures the external data is available in Oracle Manufacturing Cloud.
* Export file to UCM server : The data file is then exported to the Universal Content Management (UCM) server, which acts as a staging area for further processing.
* Load file from UCM to interface table : The data from the UCM server is loaded into the appropriate interface table.
* Process import operations transactions : Finally, the system processes the imported transactions and updates the work orders accordingly.
Incorrect sequences:
* Options A, B, C do not follow the correct order, particularly around the interaction between the UCM server and the interface tables.
Oracle Manufacturing Cloud documentation on File-Based Data Import (FBDI) explains the necessary steps and sequence for loading work order transactions from external systems.
NEW QUESTION # 15
Your customer runs production 24 x 7 x 365 and wants to track Overall Equipment Effectiveness (OEE) online.
Which key setup can they use to achieve this?
Answer: E
Explanation:
To track Overall Equipment Effectiveness (OEE) in real-time, Oracle Manufacturing Cloud can integrate with IoT solutions. The correct setup involves:
* Enabling IoT Production Monitoring and turning on synchronization to IoT Production Monitoring in the Inventory 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) and IoT Asset Monitoring (B, D) focus on tracking assets and fleets, which are more relevant for logistics or asset management, not production monitoring for OEE.
Oracle Cloud documentation on IoT Production Monitoring details how to set up the system to track OEE and integrate production data with IoT capabilities.
NEW QUESTION # 16
Which three can you set as Overcompletion Tolerance Type and its value for a subcomponent yield, so that the job order can report the excess production completion?
Answer: B,C,E
Explanation:
In Oracle Manufacturing Cloud, overcompletion tolerance allows for the reporting of excess production completion beyond the planned amount. The overcompletion tolerance type and value determine how much extra production can be reported:
* Percentage, value = 100 allows the system to accept overcompletion of up to 100% more than the planned quantity.
* Amount, value > 0 specifies a fixed amount by which overproduction can be tolerated.
* Percentage, value > 0 allows overproduction by a percentage greater than 0 but less than 100.
Incorrect settings:
* A : Setting the percentage to 0 means no overcompletion is allowed.
* C : An amount of 0 also means no excess production can be reported.
Oracle Cloud ' s work order management guide explains how to configure overcompletion tolerance types and values for accurate reporting of production.
NEW QUESTION # 17
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