Boeing Quality Assurance (QA) Test Exam
Boeing Quality Assurance (QA) Test Exam
Mostly Tested Exam Coverage Areas:
1. Quality Management Systems and AS9100 requirements
2. Nonconformance handling and corrective action processes
3. Inspection methods, sampling, and acceptance testing
4. Root cause analysis and continuous improvement tools
5. Calibration and measurement system controls
6. Supplier quality and receiving inspection
7. Documentation, traceability, and configuration control
8. Auditing principles and audit follow-up
9. Statistical process control and data analysis
10. Safety, human factors, and regulatory compliance
11. During a final assembly inspection, a technician notices that a torque wrench
calibration sticker expired two days ago, and the team must decide the most
, appropriate immediate action to preserve product conformity and traceability. Which
response best reflects quality assurance best practice?
A. Continue using the tool until the next scheduled shift and note it in the log
B. Quarantine the tool, identify affected work, and initiate containment and
recalibration
C. Recalibrate the tool informally and resume work without documentation
D. Ask the operator to estimate whether the torque values were likely acceptable
Answer: B
Expired calibration requires quarantine, impact assessment, containment, and formal
recalibration to protect conformity and traceability.
2. A supplier delivers composite panels with incomplete material certificates, and
receiving inspection must determine whether to accept, reject, or hold the shipment
while production schedules are tight. What is the most defensible quality assurance
decision?
A. Accept the panels because production pressure outweighs documentation gaps
B. Reject the entire shipment without notifying the supplier or documenting the issue
C. Hold the shipment, request missing certificates, and document the disposition
, decision
D. Release the panels to production and complete paperwork after assembly
Answer: C
Missing certificates require hold and verification; undocumented acceptance
undermines traceability and supplier accountability.
3. An auditor finds that a work instruction references a revision that is two levels behind
the current engineering drawing, and operators have been using the older method
for a week. Which corrective action path is most appropriate?
A. Update the work instruction quietly and backdate the change record
B. Assess affected units, correct documentation, retrain operators, and evaluate root
cause
C. Ignore the issue because the older method produced acceptable parts
D. Replace the drawing with the work instruction to align documents
Answer: B
Documentation mismatches require impact assessment, correction, retraining, and
root cause evaluation to prevent recurrence.
, 4. A nonconformance report shows recurring sealant voids on a fuel tank access panel,
and the team wants to close the issue quickly before the next shift. Which action
best supports effective corrective action?
A. Close the report after rework and note "operator error" without further analysis
B. Perform root cause analysis, verify effectiveness, and monitor recurrence trends
C. Increase inspection frequency temporarily and close the report immediately
D. Reassign the operator and consider the issue resolved
Answer: B
Effective corrective action requires root cause analysis, effectiveness verification, and
trend monitoring rather than quick closure.
5. In a sampling inspection plan, a lot of 500 parts is inspected using a plan that
accepts on 2 defects and rejects on 3, and the inspector finds 3 defects. What is the
most appropriate quality assurance action?
A. Accept the lot because only one defect exceeds the acceptance number
B. Reject the lot, segregate it, and initiate nonconformance processing
C. Re-inspect the same sample until the defect count changes
D. Accept the lot but mark it for skip-lot inspection next time
Boeing Quality Assurance (QA) Test Exam
Mostly Tested Exam Coverage Areas:
1. Quality Management Systems and AS9100 requirements
2. Nonconformance handling and corrective action processes
3. Inspection methods, sampling, and acceptance testing
4. Root cause analysis and continuous improvement tools
5. Calibration and measurement system controls
6. Supplier quality and receiving inspection
7. Documentation, traceability, and configuration control
8. Auditing principles and audit follow-up
9. Statistical process control and data analysis
10. Safety, human factors, and regulatory compliance
11. During a final assembly inspection, a technician notices that a torque wrench
calibration sticker expired two days ago, and the team must decide the most
, appropriate immediate action to preserve product conformity and traceability. Which
response best reflects quality assurance best practice?
A. Continue using the tool until the next scheduled shift and note it in the log
B. Quarantine the tool, identify affected work, and initiate containment and
recalibration
C. Recalibrate the tool informally and resume work without documentation
D. Ask the operator to estimate whether the torque values were likely acceptable
Answer: B
Expired calibration requires quarantine, impact assessment, containment, and formal
recalibration to protect conformity and traceability.
2. A supplier delivers composite panels with incomplete material certificates, and
receiving inspection must determine whether to accept, reject, or hold the shipment
while production schedules are tight. What is the most defensible quality assurance
decision?
A. Accept the panels because production pressure outweighs documentation gaps
B. Reject the entire shipment without notifying the supplier or documenting the issue
C. Hold the shipment, request missing certificates, and document the disposition
, decision
D. Release the panels to production and complete paperwork after assembly
Answer: C
Missing certificates require hold and verification; undocumented acceptance
undermines traceability and supplier accountability.
3. An auditor finds that a work instruction references a revision that is two levels behind
the current engineering drawing, and operators have been using the older method
for a week. Which corrective action path is most appropriate?
A. Update the work instruction quietly and backdate the change record
B. Assess affected units, correct documentation, retrain operators, and evaluate root
cause
C. Ignore the issue because the older method produced acceptable parts
D. Replace the drawing with the work instruction to align documents
Answer: B
Documentation mismatches require impact assessment, correction, retraining, and
root cause evaluation to prevent recurrence.
, 4. A nonconformance report shows recurring sealant voids on a fuel tank access panel,
and the team wants to close the issue quickly before the next shift. Which action
best supports effective corrective action?
A. Close the report after rework and note "operator error" without further analysis
B. Perform root cause analysis, verify effectiveness, and monitor recurrence trends
C. Increase inspection frequency temporarily and close the report immediately
D. Reassign the operator and consider the issue resolved
Answer: B
Effective corrective action requires root cause analysis, effectiveness verification, and
trend monitoring rather than quick closure.
5. In a sampling inspection plan, a lot of 500 parts is inspected using a plan that
accepts on 2 defects and rejects on 3, and the inspector finds 3 defects. What is the
most appropriate quality assurance action?
A. Accept the lot because only one defect exceeds the acceptance number
B. Reject the lot, segregate it, and initiate nonconformance processing
C. Re-inspect the same sample until the defect count changes
D. Accept the lot but mark it for skip-lot inspection next time
