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Six Sigma: Black Belt

Six Sigma: Black Belt

2h 30mIntermediate2024-01-12

Authors

Richard Chua

Richard Chua

Professor and certified Lean Six Sigma Master Black Belt trainer

Course details

Demonstrate your mastery of Six Sigma principles, philosophies, and related tools by becoming a Certified Six Sigma Black Belt. Black Belts operate under Master Black Belts to apply Six Sigma methodology to specific projects. They devote all of their valued time to Six Sigma. In this course, operational excellence expert, master Black Belt trainer, and professor Dr. Richard Chua explains how to use Six Sigma and its quality and statistical tools as he prepares you to become a Black Belt.

Dr. Richard Chua builds upon his Six Sigma: Green Belt, Six Sigma Foundations, and Learning Minitab courses—which are prerequisites to this course—and covers an array of topics, including measurement system analysis, hypothesis testing, response surface methods, displaying improved process capabilities, and more.

Learning objectives
Process flow metrics
Measurement system analysis
Calculating process capability
Hypothesis testing
Confidence intervals
Testing for normality
Designing, conducting, and analyzing full-factorial experiments
Using fractional factorial experiments for screening
Displaying improved process capability

Skills covered

MinitabOperations ManagementAdvancedProject ManagementBusiness Analysis and Strategy

Concepts

0. Introduction

  • 01 - Welcome to Six Sigma - Black Belt
  • 02 - The Six Sigma roadmap
  • 03 - Six Sigma certification information
  • 04 - Exercise files

1. Define Phase

  • 05 - Overview of the Six Sigma Define phase

2. Measure Phase

  • 06 - Overview of the Six Sigma Measure phase
  • 07 - Process flow metrics
  • 08 - Six Sigma data sample sizes
  • 09 - Key terms for measurement system
  • 10 - Conduct measurement system analysis
  • 11 - Measurement system analysis (MSA)
  • 12 - Process capability for continuous data

3. Analyze Phase

  • 13 - Overview of the Six Sigma Analyze phase
  • 14 - Hypothesis testing roadmap
  • 15 - Sample size determination
  • 16 - Confidence intervals
  • 17 - Test for normality
  • 18 - Compare variances
  • 19 - T-tests
  • 20 - ANOVA test
  • 21 - Contingency tables
  • 22 - Nonparametric tests
  • 23 - Correlation in Six Sigma projects
  • 24 - Linear regression
  • 25 - Multiple regression

4. Improve Phase

  • 26 - Overview of the Six Sigma Improve phase
  • 27 - Two-level fractional factorial experiments
  • 28 - Full factorial experiments
  • 29 - DOE with curvature
  • 30 - Response surface methods

5. Control Phase

  • 31 - Overview of the Six Sigma Control phase
  • 32 - SPC chart selection
  • 33 - SPC chart analysis
  • 34 - Display improved process capability

Conclusion

  • 35 - Next steps

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