C_IBP_2502 Exam Dumps - SAP Certified Associate - SAP IBP for Supply Chain

The SAP IBP S&OP module focuses on demand, supply, and inventory alignment using time-series planning, per its standard functionality documentation.

Option A: Review critical resources against demandThis is incorrect. Resource capacity planning (e.g., finite scheduling) is part of Supply or Response modules, not standard S&OP, which uses infinite heuristics by default.

Option B: Conduct Sales and Operations Planning meetings with cross-functional representativesThis is correct. Facilitating S&OP meetings to align demand and supply (e.g., via Consensus Demand Plan) is a core S&OP process, per SAP IBP’s documentation.

Option C: Build what-if scenarios for breaching supply-demand gapsThis is correct. What-if analysis using versions/scenarios (e.g., adjusting supply plans) is standard in S&OP, per SAP IBP’s capabilities.

Option D: Prepare versions of S&OP plan based on different optimizer modeling costsThis is correct. The S&OP optimizer can model cost-based scenarios (e.g., varying non-delivery costs), a standard feature, per SAP IBP’s documentation.

Option E: Get system-solving recommendations on how to react to production bottlenecksThis is incorrect. Detailed bottleneck resolution is part of Response or finite planning, not standard S&OP functionality.

Thus, B, C, and D are covered by S&OP, per SAP IBP’s official module scope.

Lag-based snapshots in SAP IBP capture historical key figure values with a specified time offset (lag), useful for tracking past data (e.g., demand from 3 weeks ago). Their configuration and behavior are defined in SAP IBP’s time-series planning framework.

Option A: The number of lag-based snapshots are limited to nine levelsThis is incorrect. There’s no documented limit of nine snapshots in SAP IBP; the number depends on configuration and performance, not a fixed cap.

Option B: Lag-based snapshots are created in the Configuration app for a fixed time rangeThis is incorrect. Snapshots are configured in the Planning Areas app (via key figure settings), not a generic "Configuration app," and they dynamically adjust based on lag, not afixed range.

Option C: Target key figures for these snapshots are exposed to the user in planning viewThis is correct. Lag-based snapshot key figures (e.g., SNAPSHOT_LAG1) are visible and usable in planning views (e.g., Excel), allowing users to analyze historical data, per SAP IBP’s documentation.

Option D: Target key figures for these snapshots must have lag as a root attribute in the base planning levelThis is correct. The lag attribute (e.g., LAG = 1, 2) must be part of the base planning level (e.g., PERPRODLOCLAG) to store snapshot values distinctly, a requirement in SAP IBP’s snapshot setup, per official guides.

Thus, C and D are features of lag-based snapshots, per SAP IBP’s official functionality.

Local Members in SAP IBP’s Excel add-in are user-defined calculations (e.g., summing two key figures) within a planning view, not stored in the system.

Option A: Use Excel Cell reference in the Report Editor option is selectedThis is incorrect. Cell references are used in local member formulas, but this isn’t a prerequisite setting; it’s an action during creation.

Option B: Users should have authorization for template administrationThis is correct. Creating Local Members requires permissions tied to template administration (e.g., via a business role), ensuring control over UI modifications, per SAP IBP’s security model.

Option C: Activate Local Member recognition setting is selectedThis is correct. The "Local Member Recognition" setting must be enabled in the Excel add-in options to allow Local Members to be created and recognized, per SAP IBP’s Excel documentation.

Option D: A key figure is selected in the Key Figures tab in the SAP IBP, add-in for Microsoft ExcelThis is incorrect. Selecting a key figure is part of building a view, not a specific condition for Local Members.

Thus, B and C are prerequisites for Local Members, per SAP IBP’s Excel UI guidelines.

Planner Workspaces in SAP IBP is a Fiori-based UI that integrates planning tools, analytics, and workflows, enhancing planner productivity. Its value drivers are outlined in SAP IBP’s UI documentation.

Option A: Issues can be identified and solved with special functionsThis is correct. Alerts and playbooks in Planner Workspaces help identify and resolve issues (e.g., supply shortages), a key value driver, per SAP IBP’s features.

Option B: It combines various components into one user interfaceThis is correct. It integrates planning views, charts, and alerts into a single UI, streamlining workflows, a core benefit, per SAP IBP’s documentation.

Option C: It can trigger SAP S/4HANA transactions in real timeThis is incorrect. Planner Workspaces focuses on IBP planning, not real-time S/4HANA transaction execution, which requires integration tools like CI-DS.

Option D: It combines the data from multiple planning areas into one user interfaceThis is incorrect. It operates within one planning area; combining multiple areas requires separate configurations or views, not a native feature.

Option E: Application jobs can be started from this user interfaceThis is correct. Planners can trigger jobs (e.g., Copy Operator) directly from Planner Workspaces, enhancing efficiency, per SAP IBP’s UI capabilities.

Thus, A, B, and E are value drivers, per SAP IBP’s official Planner Workspaces description.

In SAP IBP, key figures can be time-dependent (e.g., forecast quantities over weeks) or time-independent (static values not tied to time periods). Time-independent key figures are often used for constants or attributes in planning calculations.

Option A: A special key figure marked as an aggregate key figure (aggregate constraint)This is incorrect. Aggregate key figures (e.g., summing demand across products) are typically time-dependent, as they reflect data over a planning horizon, not static values.

Option B: A unit of measure key figure, such as UoM Conversion FactorThis is incorrect in this context. While UoM Conversion Factor is time-independent (e.g., 1 kg = 1000 g), it’s technically a master data attribute, not a key figure in SAP IBP’s standard terminology. Key figures are editable or calculated, whereas UoM factors are static settings.

Option C: Any attribute as a key figureThis is correct. In SAP IBP, attributes (e.g., Product Category, Customer Priority) can be configured as time-independent key figures via the "Attribute as Key Figure" feature. For example, a Product’s "Safety Stock Target" could be a static key figure used across all periods, a common practice in supply planning, as per SAP IBP’s configuration options.

Option D: A currency conversion key figure, such as Exchange RateThis is incorrect. Exchange rates can vary over time (e.g., monthly rates), making them time-dependent in most cases. Even if static, they’re typically master data or external inputs, not a "commonly used" key figure example in SAP IBP.

Thus, C is the best example of a commonly used time-independent key figure, aligning with SAP IBP’s flexibility to model attributes as static key figures.