Pass the SAP Certified Application Associate C_TS414_2023 Questions and answers with ExamsMirror

SAP Fiori apps in QM support usage decisions (UD):

Manage Usage Decisions (A): App ID F2171 is specifically designed for recording and managing usage decisions for inspection lots, a direct tool for this task.

Quality Technician Overview (B): App ID F2173 provides an overview and includes options to perform UD, supporting technicians in lot processing.

Quality Engineer Overview (C): App ID F2174 focuses on analytics and planning, not direct UD execution.

Manage Quality Level (D): App ID F2172 manages quality levels (e.g., skip lots), not UD itself.

Thus, "Manage Usage Decisions" and "Quality Technician Overview" are the correct answers.References: SAP Help Portal - "Fiori Apps for QM"; SAP S/4HANA QM User Guide - "Usage Decision Apps".

Dynamic modification levels in SAP QM determine the granularity at which inspection scope changes (e.g., reduced to full inspection) are applied in an inspection plan (transaction QP01):

Characteristic Level (A): Modification can occur at the individual characteristic level within an operation, allowing specific MICs to skip or intensify based on their quality history.

Inspection Lot Level (C): The entire inspection lot can be modified (e.g., skipped), based on the quality level for the material or combination (e.g., material/supplier).

Operation Level (D): Modification can apply to an operation, adjusting all characteristics within it based on performance (e.g., operation-specific skip).

Inspection Type Level (B): Inspection types define the process (e.g., 01 for GR), but dynamic modification is not set at this level; it’s tied to plans or lots.

Work Center (E): Work centers are execution locations, not a level for dynamic modification in QM.

Thus, "Characteristic level," "Inspection lot level," and "Operation level" are the correct answers.References: SAP Help Portal - "Dynamic Modification in Inspection Planning"; SAP S/4HANA QM Customizing Guide - "Dynamic Modification".

The Document Management System (DMS) in SAP S/4HANA allows users to link documents (e.g., PDFs, drawings, or instructions) to various objects to provide additional context or instructions. In Quality Management, certain basic data objects support this integration natively:

Inspection Methods (A): Inspection methods define how an inspection is performed (e.g., a test procedure). You can assign DMS documents to inspection methods to provide detailed instructions or reference materials (e.g., a calibration guide). This is configured in the inspection method master data (transaction QK01/QK02) where a document link field is available.

Master Inspection Characteristics (D): Master inspection characteristics (MICs) define what is being inspected (e.g., length, weight). DMS documents can be assigned to MICs to include specifications, diagrams, or tolerances directly in the master data (transaction QS21/QS23). This is a standard feature to enhance inspection planning and execution.

Codes from Code Groups (B): Codes and code groups are used for qualitative valuations (e.g., defect types). They do not have a direct field for DMS document assignment in their master data (transaction QS41/QS51), making this option incorrect.

Sampling Procedures (C): Sampling procedures determine how samples are drawn (e.g., fixed sample size). While critical to inspection planning, they do not support direct DMS document assignment in standard SAP configuration (transaction QDV1/QDV2).

Thus, the correct answers are "Inspection methods" and "Master inspection characteristics," as both support DMS integration without additional customization.References: SAP Help Portal - "Document Management in QM"; SAP S/4HANA QM Configuration Guide - "Basic Data for Quality Management".

A sampling procedure in SAP S/4HANA QM (transaction QDV1) defines how samples are calculated and valuated for an inspection lot. Mandatory assignments ensure the system can determine and process the sample:

Sampling Type (C): This is a required field in the sampling procedure header. It specifies how the sample size is determined (e.g., fixed sample, percentage, sampling scheme). Without it, the system cannot calculate the sample size (e.g., "100% inspection" or "Attribute sampling").

Valuation Mode (D): Also mandatory, this defines how inspection results are evaluated (e.g., "Manual valuation," "Attribute inspection nonconforming units"). It’s assigned in the sampling procedure and ensures consistent acceptance/rejection rules.

Inspection Severity (A): This is optional and applies only to sampling schemes (e.g., normal, tightened), not all sampling types.

Unit of Measure (B): The unit of measure is inherited from the material or characteristic, not a mandatory assignment in the sampling procedure itself.

Thus, "Sampling type" and "Valuation mode" are the correct answers, as they are essential components of every sampling procedure.References: SAP Help Portal - "Sampling Procedures in QM"; SAP S/4HANA QM Customizing Guide - "Sample Management".

Certificate profiles in SAP QM (transaction QC01) define the data included in outgoing quality certificates. The characteristic categories allowed are:

Master Inspection Characteristic (A): MICs (transaction QS21) are used in inspection plans and material specs, and their results can be included in certificate profiles to report quality data (e.g., measured values).

Class Characteristic (B): Class characteristics (from the Classification System, transaction CT04) are linked to batches or materials and can be included in certificate profiles to display classification data (e.g., batch properties).

Inspection Characteristic (C): This term refers to characteristics in an inspection lot/plan but is not a distinct category; it’s covered by MICs, so it’s not separately selectable.

Process Instruction Characteristic (D): Used in Process Industries (PI) for production, not applicable to QM certificate profiles in standard SAP.

Thus, "Master inspection characteristic" and "Class characteristic" are the correct answers.References: SAP Help Portal - "Quality Certificates - Certificate Profiles"; SAP S/4HANA QM User Guide - "Outgoing Certificates".

The quality level in SAP QM tracks inspection history (e.g., for dynamic modification) and is updated at specific process steps:

Making the Usage Decision for an Inspection Lot (B): The usage decision (UD, transaction QA11) updates the quality level based on inspection results (e.g., accept/reject), determining future inspection scopes (e.g., skip or reduced). This is configured in SPRO > QM > Quality Inspection > Dynamic Modification.

Creating an Inspection Lot (C): Lot creation (e.g., for type 01 or 03) can update the quality level if it’s the first lot or if prior levels are reset, especially with dynamic modification rules active.

Creating a Quality Notification (A): Notifications document issues but don’t directly update the quality level unless tied to a UD.

Creating a Quality Certificate (D): Certificates report results but don’t influence the quality level.

Thus, "Making the usage decision for an inspection lot" and "Creating an inspection lot" are the correct answers.References: SAP Help Portal - "Quality Level in QM"; SAP S/4HANA QM User Guide - "Dynamic Modification".

For an existing inspection lot tied to a delivery item (e.g., inspection type 10) with no results recorded:

Change the Actual Lot Quantity of the Current Inspection Lot (A): If the delivery item quantity changes (VL02N), the system updates the inspection lot’s quantity to match (status CRTD or INSP), as long as no results are recorded. This maintains synchronization without creating a new lot (SPRO > QM > Quality Inspection > Inspection Lot Creation > Define Inspection Lot Update).

Cancel and Create a New One (B): Cancellation and recreation occur only if the item is deleted, not just quantity-changed.

Create a New Inspection Lot (C): A new lot isn’t created for a quantity change; the existing lot adjusts.

Block the Current Inspection Lot (D): Blocking isn’t triggered by quantity changes in this scenario.

Thus, "Change the actual lot quantity of the current inspection lot" is the correct answer.References: SAP Help Portal - "Inspection Lot Updates"; SAP S/4HANA QM User Guide - "Delivery Integration".

In SAP S/4HANA QM, an inspection plan group contains multiple inspection plans, each identified by a unique group counter. When an inspection lot is created (e.g., for goods receipt or production), the system must select the appropriate plan from the group:

Lot Size (D): The lot size of the inspection lot is the primary determinant for selecting an inspection plan. In the inspection plan header (transaction QP01/QP02), you define a "usage" and "lot size range" for each plan within the group. The system matches the inspection lot’s size to the applicable lot size range in the plan, ensuring the correct plan is chosen. This is standard behavior in QM (e.g., for inspection lot origin 01 or 03).

Sample Size (A): Sample size is determined by the sampling procedure within the inspection plan, not the other way around. It doesn’t select the plan.

Material Type (B): Material type influences material master settings but does not directlydetermine the inspection plan selection within a group.

Procurement Type of the Material (C): Procurement type (e.g., in-house vs. external) might influence the inspection type, but it doesn’t select between plans in a group.

Thus, "Lot size" is the correct answer, as it aligns with SAP’s logic for task list selection.References: SAP Help Portal - "Inspection Planning with Task Lists"; SAP S/4HANA QM User Guide - "Inspection Lot Creation".

The 8D methodology in SAP QM is an internal problem-solving process triggered by quality issues:

Defects Recording for an Inspection Lot (A): Recording defects in an inspection lot (e.g., transaction QE51N) can initiate an 8D process via a linked notification (e.g., Q2), a standard starting point (SPRO > QM > Quality Notifications > 8D Methodology).

Item of a Quality Notification (C): The notification item (e.g., in QM01) directly supports 8D by documenting the problem (D1) and subsequent steps, a primary entry point.

Defect of Defect Category Generic Defect (B): "Generic Defect" isn’t a standard category; defect types are specific (e.g., production, supplier).

Defect of the Defect Category Production Defect (D): While relevant, it’s the act of recording (A) or notification (C) that starts 8D, not the category alone.

Thus, "Defects recording for an inspection lot" and "Item of a quality notification" are the correct answers.References: SAP Help Portal - "8D Methodology in QM"; SAP S/4HANA QM User Guide -"Problem Solving".

When creating an operation in an inspection plan (transaction QP01/QP02), certain fields aremandatory to define the operation’s purpose and execution in SAP S/4HANA QM:

Control Key (B): The control key is a mandatory field in the inspection plan operation. It determines the operation’s behavior, such as whether inspection characteristics are required, whether it’s a milestone, or if it triggers specific actions (e.g., QM01 for quality inspection). Defined in Customizing (SPRO > Quality Management > Quality Planning > Inspection Planning > Define Control Keys), it ensures the system knows how to process the operation. Without it, the operation cannot be saved.

Activity Type (A): This is relevant for cost accounting (e.g., in Production Planning or QM orders) but is not mandatory in the inspection plan operation itself.

Work Center (C): The work center (e.g., a test station) is optional in QM inspection plans unless specified by the control key. It’s common but not universally required.

Standard Text Key (D): This provides predefined descriptions for operations but is optional and not required to create an operation.

Thus, "Control key" is the correct answer, as it’s the only mandatory assignment in standard SAP QM for inspection plan operations.References: SAP Help Portal - "Inspection Planning with Task Lists"; SAP S/4HANA QM User Guide - "Operations in Inspection Plans".