1. A goods receipt creates no inspection lot. How would you troubleshoot the issue?
Ans:
Verify that the material is configured for the relevant inspection type at plant level and that the inspection type is active for the required business process. Check the goods movement, inspection setup, stock posting, and system messages. Correct any confirmed prerequisite or configuration issue, repeat the transaction if appropriate, and verify that the lot is created with the expected status.
2. How would you design inspection controls for a new raw material?
Ans:
Gather the material's quality requirements, supplier conditions, and business acceptance criteria. Review the material master, inspection type, inspection plan, master inspection characteristics, sampling procedure, and specification limits. Test receipt and inspection scenarios in a non-production environment, including result recording and usage decision, before releasing the setup.
3. A supplier's material repeatedly fails inspection. What steps would you take?
Ans:
Review inspection results, defect codes, quality notifications, and supplier delivery history to identify patterns. Compare failed characteristics with approved specifications and check whether the issue is limited to a batch, material, or supplier. Coordinate root-cause analysis, agree on corrective actions, and monitor later deliveries to confirm whether quality has improved.
4. How would you process incoming material that does not meet specifications?
Ans:
Validate the inspection findings and confirm that the recorded values support the rejection. Document the nonconformity and create a quality notification where required. Coordinate with procurement and warehouse teams to determine the approved disposition, such as return, rework, or other authorised handling, and ensure the stock status and documentation reflect the decision.
5. What checks help keep SAP QM master data reliable?
Ans:
Compare material inspection settings, plans, characteristics, sampling procedures, and specification limits with approved requirements. Confirm plant assignments and effective dates, and check for missing or obsolete records. Make changes only after validation with process owners, then test representative inspections to ensure the data produces the expected results.
6. An inspector cannot save measured results. How would you investigate?
Ans:
Check the inspection lot status, characteristic status, required fields, units of measure, authorisations, and system messages. Confirm that the characteristic and sampling settings allow the entered values. Resolve the verified issue using the approved process, enter the results again, and confirm that the saved values and valuations are correct.
7. What would you do if a usage decision appears inconsistent with the inspection results?
Ans:
Review the inspection lot, completed characteristics, valuations, decision code, and applicable decision rules. Check whether required results are missing or whether the selected code matches the inspection outcome. Follow approved correction procedures and verify the resulting stock posting, lot status, and audit trail.
8. How can SAP QM help control quality during purchasing?
Ans:
When configured, SAP QM can create incoming inspections during goods receipt and guide teams through result recording and material valuation. Quality information and inspection history help identify supplier-related problems. Coordination with purchasing and inventory management supports timely decisions about acceptance, rejection, or further handling of delivered materials.
9. Which KPIs would you use to report quality performance to managers?
Ans:
Select indicators that connect inspection outcomes with operational goals. Useful measures may include defect rate, first-pass acceptance, supplier nonconformance, rework frequency, inspection completion time, and quality-notification closure time. Define each measure consistently, validate the source data, and review trends over time rather than relying on a single reporting period.
10. How would you test a change to inspection-type configuration?
Ans:
Document the intended change and identify affected materials, plants, and business transactions. Prepare positive and negative scenarios covering inspection creation, results recording, defects, and usage decisions. Test in the approved quality environment, compare outcomes with acceptance criteria, record defects, and obtain process-owner approval before deployment.
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