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| 1 – What is Six Sigma? |
The Six Sigma philosophy recognizes that there is a close relationship between the number of product defects, wasted operating costs, and the level of customer satisfaction.
Six Sigma is a process that uses statistical tools and techniques to reduce defects to virtually zero as a means of achieving total customer satisfaction.
Quality is taken to a higher level not in parts per hundred, but in parts per million or billion.
2 – Benefits After successfully completing the course participants will:
- Be able to use the comprehensive tools and methods of Six Sigma including DMAIC.
- Receive a copy of MINITAB software.
- Be prepared to help their companies see immediate returns. The average cost saving for Six Sigma project is $175,000.
- Receive a Black Belt Training Certification.
3 – Course Description
The Lean Six Sigma Black Belt Certification program consists of three one-week sessions. It concludes with a training certificate of completion. Black Belt Certification is attained after the completion of two successful projects. During this project phase Black Belts are available for on-site coaching. The Six Sigma strategy involves a series of steps that are specially designed to lead the organization through the gauntlet of process improvement. These major steps include the following:
| Define | Learn how to define a project well in terms of scope, expectations, resources and timeline. |
| Measure | Quantify the “problem” using actual data. |
| Analyze | Apply statistical tools to validate root cause of problems. |
| Improve | Understand various methods of solution: identification, prioritization, and implementation. |
| Control | Develop process control systems, so that once a project is over the process does not revert back to the “old” way of doing things. |
Key Topics to Six Sigma Black Belt Training include the following:
- Description Statistics
- Process Flow Charting
- Basic Tools
- Probability
- Distributions and Statistical processes
- Measurements
- Control Charts
- Process Capability
- Measurement Systems Analysis (Gage R&R)
- Cause and Effect Analysis
- Failure Mode Effects and Criticality Analysis (FMEA)
- Inferential Statistics
- Analysis of means
- Sampling
- Correlation and Regression
- Analysis of Variance
- Multiple Regression
- Goodness of Fit Testing
- Design of Experiments
- Factorial Design
- Variability Reduction using Design of Experiments
- Simulation
- Cost Analysis and Justification
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Who should attend? Note: Minitab will be provided as part of the cost of the course. |