Six Sigma Green Belt Certification Class

Course Outline

 

Description: This5 day course provides an overview of the American Society for Quality Certified Six Sigma Green Belt exam.  The Six Sigma body of knowledge and the “DMAIC” phases are covered to an extend to sufficiently prepare participants to complete the American Society for Quality Certified Six Sigma Green Belt exam.

Duration: 5 Days

 Objectives:
After completing this course, students will be able to:

·          Understand the requirements for the American Society for Quality Certified Six Sigma Green Belt credential

·          Understand and prepare the American Society for Quality certification application form

·          Introduce and review the structure and contents of the American Society for Quality Certified Six Sigma Green Belt exam

·          Demonstrate application of Six Sigma methodology using case studies showing how real organizations have achieved value through Six Sigma implementation.


Course Contents:  

  1. Introduction
    1. Objectives
    2. Presentation of case study
    3. History of Six Sigma
    4. Six Sigma terms

 

  1. Six Sigma Certifications
    1. Certifications and certification providers
    2. American Society for Quality (ASQ) Certified Six Sigma Green Belt (CSSGB)
    3. Requirements for the CSSGB
    4. The CSSGB certification application

 

  1. Define Phase
    1. Voice of the customer
    2. Project charters
    3. Process mapping
    4. Stakeholder identification
    5. Case study

   

  1. Measure
    1. Types of definition of measurement
    2. Rolled throughput yield
    3. Statistics
    4. Probability and its application
    5. Confidence intervals
    6. Variance
    7. Data collection techniques
    8. Visual presentation of measurements
    9. Six Sigma and quantification
    10. Case study

 

  1. Analyze
    1. Type of analysis
    2. Pareto
    3. Failure modes and effects analysis
    4. Ishikawa
    5. 5 Whys
    6. Statistical testing
    7. Hypothesis testing
    8. Measurement systems analysis
    9. Case study

   

  1. Improve
    1. Selecting improvements
    2. Developing improvements
    3. Implementing improvements
    4. Error proofing processes
    5. Correlation and regression techniques
    6. Analysis of variance
    7. Design of experiments
    8. Randomized blocks
    9. Full factorial experiments
    10. Case study

 

  1. Control
    1. Planning for control
    2. Control charts
    3. Managing according to process
    4. Statistical process control
    5. Project selection
    6. Case study

 

  1. Conclusion
    1. Completing the ASQ CSSGB certification application
    2. Creating a study plan
    3. Test expectations
    4. Test strategies