Six Sigma Foundations
- Offered byLinkedin Learning
Six Sigma Foundations at Linkedin Learning Overview
Duration | 2 hours |
Total fee | ₹1,150 |
Mode of learning | Online |
Difficulty level | Beginner |
Credential | Certificate |
Six Sigma Foundations at Linkedin Learning Highlights
- Earn a sharable certificate
Six Sigma Foundations at Linkedin Learning Course details
- Learn how to apply Six Sigma to drive improvements in the performance of your processes, products, and services
- Dr. Richard Chua explains the fundamentals of Six Sigma—a customer-focused, data-driven approach to improvement
- The course go over the basic concepts, including critical-to-quality (CTQ) requirements, variation, defects per million opportunities (DPMO), the roles and belts of Six Sigma professionals, and the criteria for identifying Six Sigma projects successfully
- The rest of the course walks through the five phases of Six Sigma DMAIC—Define, Measure, Analyze, Improve, and Control—and the steps, data, and key deliverables involved in each phase
Six Sigma Foundations at Linkedin Learning Curriculum
Introduction
Improve performance with Six Sigma
Introduction to Six Sigma
What is Six Sigma?
An overview of DMAIC
Key roles of executives and champions
Levels of expertise
Key Concepts in Six Sigma
Critical to quality metrics
Variation and the normal curve
Defects per million opportunities
Sigma levels
Selection of Six Sigma Projects
Identify potential projects
Select the Six Sigma team
Define Phase
Steps in the Define phase
Problem and goal statements
Complete the project charter
How to use SIPOC diagrams
Measure Phase
Steps in the Measure phase
How to map the current process
Plan for data collection
Types of data and graphs
Measurement system analysis
Process capability and sigma level
Analyze Phase
Steps in the Analyze phase
How to use the cause-effect diagram
Introduction to hypothesis testing
Data collection in the Analyze phase
How to analyze graphs and charts
How to analyze process maps
Improve Phase
Steps in the Improve phase
Generate, evaluate, and select solutions
Reduce the risk of failure through FMEA
Mistake proofing
Pilot test and implement
Control Phase
Steps in the Control phase
How to use SPC charts
The control plan
Conclusion
Engage in Six Sigma projects