/
Browse
/
Courses
/
Executing Processes for Discrete Industries in SAP Digital Manufacturing
/
Collecting Manufacturing Data
Describing Master Data for Production
Describing the Material Master
25 min
Describing Routings
25 min
Describing the Bill of Materials
25 min
Quiz
Processing Production Orders
Explaining the Life Cycle of Production Orders
15 min
Creating and Releasing Production Orders
25 min
Quiz
Performing Production
Perform Different Production Steps
30 min
Using Production Operator Dashboards
35 min
Quiz
Collecting Manufacturing Data
Describing Data Collection Functions
50 min
Quiz
Analyzing Manufacturing Data
Reports in SAP Digital Manufacturing
30 min
Quiz
Describing Master Data for Production
Describing the Material Master
25 min
Describing Routings
25 min
Describing the Bill of Materials
25 min
Quiz
Processing Production Orders
Explaining the Life Cycle of Production Orders
15 min
Creating and Releasing Production Orders
25 min
Quiz
Performing Production
Perform Different Production Steps
30 min
Using Production Operator Dashboards
35 min
Quiz
Collecting Manufacturing Data
Describing Data Collection Functions
50 min
Quiz
Analyzing Manufacturing Data
Reports in SAP Digital Manufacturing
30 min
Quiz
Knowledge quiz
It's time to put what you've learned to the test, get 8 right to pass this unit.
1.
What are possible uses of the information in data collections in SAP Digital Manufacturing?
There are two correct answers.
Monitoring the quality of the production process.
Tracking employee working hours.
Tracking yield and scrap quantities.
Providing input for statistical analysis.
2.
Which options do you have when you record assembly process and quality inspection data using data collections?
There are two correct answers.
After recording, you can let the system automatically evaluate the information and automatically trigger a follow-up process.
You can record the data, but the system does not automatically evaluate the information.
After recording, the supervisor must decide for each data set whether or not the system evaluates the information.
After recording, the supervisor must mass-process the recorded data and then decide whether the system evaluates the information.
3.
How does the system collect information about the components used in each manufacturing step?
Choose the correct answer.
By recording information provided by suppliers during inventory creation.
By collecting data on assembly-related information for each component.
By integrating with SAP S/4HANA to gather manufacturing data.
By adding assembly process data to the as-built record of the SFC.
4.
What is a data collection group in SAP Digital Manufacturing?
Choose the correct answer.
A group of parameters that you record for an assembled component.
A group of parameters that you record for an SFC.
A group of workers responsible for data collection.
A group of workers enabled to perform a specific manufacturing operation.
5.
In the provided manufacturing scenarios for data collection, what is the key difference between the assembly operation data and the quality inspection data?
Choose the correct answer.
The assembly data is irrelevant to the manufacturing process.
The assembly data is linked to the specific component being assembled, whereas the quality inspection data is tied to the bike currently being manufactured.
The quality inspection data is less important than the assembly data.
The quality inspection data is linked to the specific component being assembled, whereas the assembly data is tied to the bike currently being manufactured.
6.
What kind of data can you collect during the quality inspection process?
There are three correct answers.
Numerical results.
Binary values.
Coded values.
The serial number of the assembled components.
7.
Why is it important for the worker to record assembly data when assembling a component?
There are three correct answers.
To ensure efficient inventory replenishment.
To provide full component traceability during the entire manufacturing process.
To track the path from defective components to finished products.
To identify and involve responsible suppliers in case of component defects.
To create warehouse tasks for the finished products.
8.
What is the bottom-up approach in the context of genealogy data?
There are two correct answers.
You analyze customer complaints to identify production defects.
You track the path from defective components to finished products.
You track the path from finished products to defective components.
You identify defective products that are still on stock by analyzing the where-used list of a defective component.
9.
If the in-process inspection is passed, where does the system transfer the SFC to?
Choose the correct answer.
To the previous operation in the routing.
To the next operation in the routing.
To an analysis and repair work station.
To the supervisor who decides how to further process the SFC.
10.
What is the top-down approach in the context of genealogy data?
There are two correct answers.
You analyze customer complaints to identify production defects.
You track the path from defective components to finished products.
You track the path from finished products to defective components.
You provide information about the manufacturing process and assembled components.