CAP-0350 · Engineering practice
CAPABILITY SUBJECT 54
Lean Six Sigma, Quality Systems, and Governance Maturity
Open an entry to see its technical meaning, associated activities, and related cases.
Complete Subject Index
CAP-0351 · Engineering practice
Use A3, 8D, Kaizen, Root-Cause Analysis, Corrective-Action Verification, and Standard Work ↗
CAP-0352 · Engineering practice
Apply Documented FIFO and Takt Experience, Scheduling-Team FMEA, First-Hours Production Reviews, Backlog Control, and Changeover Improvement to Bottling-Line Work ↗
CAP-0353 · Engineering practice
Develop Error-Proofing, Poka-Yoke, Visual Controls, Interlocks, and Layered Procedural Safeguards ↗
CAP-0354 · Engineering practice
Link Monitoring, Triggers, Escalation, Periodic Review, Recalibration, and Evidence Retention into Closed-Loop Quality Systems ↗
CAP-0355 · Engineering practice
Apply SPC/Capability Concepts to Delivery KPIs, AFE Cycle Times, SPI/CPI, and Repeatable Governance Processes ↗
CAP-0356 · Engineering practice
Use PMMM Benchmarking and DFSS Modular Playbook Concepts in Improvement Planning ↗
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All capability subjects ↗All portfolio connections (7)
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsStructure Process-Improvement and Control Methods
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsApply Root-Cause and Corrective-Action Methods
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsImprove Production Flow and Changeovers
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsDesign Error-Proofing and Layered Safeguards
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsConnect Monitoring to Corrective Action
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsApply Statistical Concepts to Delivery Performance
- Lean Six Sigma, Quality Systems, and Governance MaturitycontainsBenchmark Maturity and Reusable Improvement Methods
Analytical Methods & Quantitative Decision Support
SIPOC and process maps establish boundaries and handoffs. FMEA prioritizes failure modes, while control plans translate requirements into monitoring, triggers and corrective action. DMAIC, structured problem solving, error-proofing and verification support improvements that can be sustained in day-to-day operation.