Table of Contents Process Improvement Cycle Benefits of Lean Manufacturing Process Improvement Benefits 5-S Analysis Business Process Mapping Kaizen for Continuous Process Improvement Roadmap Benefits of Six Sigma Improvement Areas of Improvement Gap Analysis Chart Kaizen Implementation Root Cause Analysis (Fishbone) Gap Analysis Matrix Business Process Redesign Cycle Root Cause Analysts (5-Why) BPI Complexity & Business Process Redesign Deming Cycle (PDCA) Uncertainty Strategies Six Sigma Analysis (DMAIC) Building Dynamic Range Implementation Process Six Sigma Analysis (DMADV) Strategy Alignment Implementation Gantt chart Benefits of Six Sigma Risk Identification Improvement Timeline Risk Management Plan Ongoing Monitoring & Reflection Run Charts ...

 

PDCA cycle describes an iterative four-phase problem-solving process 1. Plan that has its origins in quality assurance. PDCA stands for Plan-Do- Check-Act, which in German is also translated as planning-doing- The respective process must be checking-implementing or planning-implementing-checking-acting. The planned before it is actually PDCA cycle is used in the continuous improvement process. implemented: the plan includes the recognition of potential for improvement (usually by the worker or team leader on site), the analysis of the current status and the development of a new concept (with 1 intensive involvement of the worker). Act Plan 2. Do 4 Contrary to widespread ...