Problem: Manufacturing defects and process inefficiencies increase production costs and waste.
Outcome: Apply Six Sigma principles to improve quality and reduce defect rates.
Week 1-2: Six Sigma Methodology & Project Selection
Identify a manufacturing process for improvement.
Week 3-4: Data Collection & Process Mapping
Measure current defect rates and efficiency metrics.
Create process flowcharts and identify critical areas.
Week 5-6: Root Cause Analysis & Solution Development
Use Six Sigma tools (Pareto Analysis, Fishbone Diagram) to diagnose problems.
Develop process improvement solutions.
Week 7-8: Pilot Testing & Process Optimization
Implement changes in a test phase.
Monitor defect reduction and efficiency gains.
Week 9-10: Full Implementation & Continuous Improvement
Expand successful changes to full production.
Develop monitoring strategies for sustained improvements.
Week 11-12: Report & Final Presentation
Document Six Sigma results and key learnings.
Present to manufacturing and quality control teams.
