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“Six Sigma will save GE as much as $12 billion over five years and will add $1 to our earnings per share”
Jack Welch, Former CEO, GE
Use our Six Sigma Green Belt training program to realize outstanding benefits:
Ø Bottom line savings averaging $120K per project
Ø Train Green Belts to support your Black Belts
Ø Use PQA as your Black Belt to train Green Belts and implement a Six Sigma project
Ø Build a business case for a full Six Sigma implementation in your organization by obtaining knowledge of the Six Sigma Deployment strategy and actual project data from an improvement project conducted in your organization
· To view our Public training calendar, go to our web-site at www.pqa.net
· 10 Days In-Class Public Training $US 4,500 per person
· PQA Black Belt Support for Project: $US 1,250 per day
PQA’s Six Sigma Green Belt Course Outline
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Phase |
Purpose of Phase |
Program Contents |
|
Define (Week One) |
· Identify the process, product or service that needs to be improved · Prepare a Business Case to identify the impact of the project |
· Overview of 6 Sigma · 6 Sigma Deployment Methodology · Voice of the Customer · SIPOC Diagram · Critical to Quality Tree · Business Case |
|
Measure (Week One) |
· Characterize the defects · Develop baseline data to track the progress of the project
|
· Process Mapping · Basic Statistical Tools · Control Charts · Process Capability · Measurement System Analysis · Process FMEA |
|
Analyze (Week One) |
· Analyze the system to identify ways to eliminate the gap between the current performance of the system or process and the desired goal. · Explore underlying reasons for defects. · Use statistical analysis to examine potential variables affecting the outcome · Identify the most significant root causes. · Develop a prioritized list of factors influencing the desired outcome. |
· Overview of Multi-Vari Studies · Tests for Means/Variances/Proportions · Analysis of Variance (ANOVA) |
|
Improve (Week Two) |
· Seek the optimal solution · Develop and test a plan of action for implementing and confirming the solution. · The process is modified and the outcome is measured to determine whether the revised method produces results within customer expectations. |
· Overview of Design of Experiments (DOE) Ø Full Factorial DOEs Ø Fractional Factorial DOEs Ø Taguchi Robustness Concepts · Evolutionary Operations (EVOP) |
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Control (Week Two) |
· Control the new system. · Ongoing measures are implemented to keep the problem from recurring. · Institutionalize the improved system by modifying policies, procedures, operating instructions, and other management systems. |
· Pre-Control Charts · Short Run SPC · Quality Planning and Control Plans |
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