C_IBP Exam Questions: Free SAP System Tasks [2026]

Step-by-Step Execution:

1. Open the Attributes app and create UOM-specific attributes including the target UOM ID and the UOM Conversion Factor.
2. Create a simple master data type for UOM To, and a compound master data type for UOM Conversion that combines the Product and UOM To simple master data types.
3. Open your planning area in the Planning Areas Model Configuration app and assign the new master data types and attributes.
4. Set the UOM Conversion Factor attribute as an Attribute as Key Figure at the product and target UOM base planning level.
5. Create a new calculated key figure for the Target Quantity and define the calculation by multiplying the base Target Quantity by the UOM Conversion Factor.
6. Check that the Request level calculation is configured as a SUM of the newly calculated target planning level.
7. Activate the planning area using the Full Scope with Dependencies option.

Example Values:

• Target Planning Level: PERPRODCUSTUOMTO
• Conversion Key Figure: I##UOMCONVFACTOR
• Calculation Definition: TARGETQTY@PERPRODCUSTUOMTO = "TARGETQTY@PERPRODCUST" * "I##UOMCONVFACTOR@PRODUOMTO"

Expected Result: The planning area is activated successfully. When accessing a Planner Workspace, users can dynamically select a target UOM from the settings, and the system instantly converts the quantity key figures according to the configured UOM conversion factors.

Quick Mistakes:

• Creating a time-dependent planning level for the UOM conversion master data, even though units of measure are usually time-independent properties.
• Forgetting to assign the UOM conversion factor as an "Attribute as a Key Figure," preventing it from being utilized in the actual conversion calculation.
• Applying a calculation at the REQUEST level that attempts to average the quantities instead of summing them.

Exam Insight:

• Evaluates the configuration of time-independent key figures and compound master data types.
• Tests the understanding of how attribute-as-a-key-figure logic is used to feed static reference data (like conversion factors) into cross-dimensional planning level calculations.

Step-by-Step Execution:

1. Navigate to the Planning Areas Model Configuration app and select your designated planning area.
2. Create a new calculated key figure for Months of Supply at the monthly product-location planning level (e.g., MTHPRODLOC) and leave the "Stored" option unselected.
3. Navigate to the Add Calculation Definition tab for the new key figure.
4. Enter the calculation using the IBP_COVERAGE function, specifying the demand key figure as the first parameter and the inventory key figure as the second parameter.
5. Set the start of coverage parameter to 'NEXTBUCKET' and the zero coverage parameter to 'USEZEROSTOCK'.
6. Validate the calculation to ensure the inputs are correctly identified as calculated and stored, respectively.
7. Save the key figure and activate the planning area using the Full Scope with Dependencies option.

Example Values:

• Key Figure ID: COVERAGE
• Base Planning Level: MTHPRODLOC
• Name: Months of Supply
• Calculation Definition: COVERAGE@MTHPRODLOC = IBP_COVERAGE("ADAPTEDDEPDEMAND@MTHPRODLOC","INITIALINVENTORYQTY@MTHPRODLOC",1,'NEXTBUCKET', 'USEZEROSTOCK','PASTCURRENTFUTURE')

Expected Result: The system calculates the exact periods of coverage (Months of Supply) by summing the demand periods until it depletes the available initial inventory, displaying this metric in the Planner Workspace.

Quick Mistakes:

• Using different planning level structures for the inputs and outputs, as coverage is not an aggregator function and root attributes must match exactly.
• Forgetting to include single quotation marks around string parameters like 'NEXTBUCKET' and 'PASTCURRENTFUTURE'.
• Attempting to use the IBP_COVERAGE function at the base planning level in a calculation graph that is used as an input or output for a supply planning or forecast consumption operator.

Exam Insight:

• Tests advanced syntax and parameter ordering for the IBP_COVERAGE function, including mandatory and optional parameters.
• Highlights the structural restriction that input and output planning levels must share an identical set of attributes.

Step-by-Step Execution:

1. On the SAP IBP ribbon, choose New View and select From Template.
2. Choose the Consensus Demand template and verify the Scenarios and Versions settings in the dialog box.
3. Choose the Filter tab, select the Product ID attribute, and choose the specific products you manage.
4. Choose the + (Add Filter) icon to name your filter, then choose OK to load the planning view.
5. In the Planning View section of the ribbon, choose Favorites and then choose Add.
6. Enter a unique name for your personalized view and choose Add.

Example Values:

• Template: Consensus Demand
• Filter Name: My Group Products
• Favorite Name: T## Basic Consensus Demand

Expected Result: The planning view loads with only the filtered products displayed, and the specific configuration is securely saved to your user favorites.

Quick Mistakes:

• Applying the filter but forgetting to save the view as a Favorite, causing the configuration to be lost upon closing Microsoft Excel.
• Applying a large, complex filter without naming and saving it, which prevents you from easily reusing the exact same filter criteria in other views or web apps.

Exam Insight:

• Tests the candidate's understanding of the SAP IBP Microsoft Excel Add-in UI, specifically how templates, filters, and favorites are used together to improve planner efficiency.
• Validates the knowledge that saving a filter makes it accessible in the Web UI for application jobs.

Resolution:

1. Locate the cell displaying the padlock symbol in the SAP IBP Excel Add-in
2. Unfix the cell or range of cells completely using the SAP IBP tab
3. Enter the new numerical value and trigger the save or simulate action again

Prevention Tip: Always unfix cells before adjusting their values to prevent the system from automatically reverting your invalid changes

Resolution:

1. Open the Planning Areas app and check existing IDs and master data type prefixes in the system.
2. Return to the source system and adjust the IDs or prefixes to be completely unique.
3. Download a new binary file and re-attempt the upload configuration process.

Prevention Tip: Establish strict, unique three-letter prefix naming conventions for different environments to prevent ID overlap during configuration uploads.