Certification Course Details
Course Title | Lessons | Quizzes | Tests |
Exam Attempts | Questions |
Pass Score |
Time Limit |
Pass Rate |
Sat. Rating | PDU |
Earned Designation |
Avg. Completion | Price |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|
Lean Six Sigma Black Belt | 21 | 21 | 5 | 2 | 150 | 80% | 3Hrs. | 92.6% | 96.3% | 105 | LSSBB | 51 Days | $995 |
Lean Six Sigma Green Belt | 17 | 17 | 5 | 2 | 100 | 80% | 2Hrs. | 94.2% | 94.5% | 85 | LSSGB | 51 Days | $795 |
Lean Six Sigma Yellow Belt | 11 | 11 | 3 | 2 | 50 | 80% | 1Hr. | 97.9% | 96.4% | 50 | LSSYB | 27 Days | $595 |
. | |||||||||||||
Six Sigma Black Belt | 19 | 19 | 5 | 2 | 150 | 80% | 3Hrs. | 92.6% | 96.3% | 100 | SSBB | 51 Days | $795 |
Six Sigma Green Belt | 15 | 15 | 5 | 2 | 100 | 80% | 2Hrs. | 94.2% | 94.5% | 80 | SSGB | 51 Days | $595 |
Six Sigma Yellow Belt | 9 | 9 | 3 | 2 | 50 | 80% | 1Hr. | 97.9% | 96.4% | 45 | SSYB | 27 Days | $395 |
Courses Do Not Require Projects | Statistical Software is Not Required | Default Statistical References: Minitab
SigmaXL and JMP Versions are Available on Request | Curriculum Compatibility: Minitab v.22, SigmaXL v.10, JMP v.18
KEY: LSS = Lean Six Sigma | SS = Six Sigma | BB = Black Belt | GB = Green Belt | YB = Yellow Belt | PDU = Professional Development Units
Core Curriculum
Lean Six Sigma Becomes Six Sigma by Removing: Lean Fundamentals and Lean Controls
-
Define Phase
Overview of Six Sigma
Six Sigma Fundamentals
Lean Six Sigma Projects
Lean Fundamentals
Define Phase Test
-
Measure Phase
Process Definition
Six Sigma Statistics
Measurement Systems
Process Capability
Measure Phase Test
-
Analyze Phase
Patterns of Variation
Inferential Statistics
Hypothesis Testing
Hyp. Tests Normal
Hyp. Tests Non-Normal
Analyze Phase Test
-
Improve Phase
Simple Linear Regression
Multiple Regression
Design of Experiment
Full Factorial DOE
Fractional Factorial DOE
Improve Phase Test
-
Control Phase
Statistical Process Control
Six Sigma Control Plans
Lean Controls
Control Phase Test
Certification Exam
-
Define Phase
-
Overview of Six Sigma
What is Six Sigma
Six Sigma History
Six Sigma Approach Y = f(x)
Six Sigma Methodology
Roles & Responsibilities -
Six Sigma Fundamentals
Defining a Process
VOC & CTQ's
QFD
Cost of Poor Quality
Pareto Analysis (80:20 rule) -
Lean Six Sigma Projects
Six Sigma Metrics
Rolled Throughput Yield
Business Case & Charter
Project Team Selection
Project Risk Management
Project Planning -
Lean Fundamentals
Lean and Six Sigma
History of Lean
Seven Deadly Muda
Five-S (5S)
Define Phase Test
-
Measure Phase
-
Process Definition
Cause & Effect Diagram
Cause & Effect Matrix
Process Mapping
FMEA
Theory of Constraints -
Six Sigma Statistics
Basic Statistics
Descriptive Statistics
Distributions & Normality
Graphical Analysis -
MSA
Precision & Accuracy
Bias, Linearity & Stability
Gage R&R
Variable & Attribute MSA -
Process Capability
Capability Analysis
Concept of Stability
Attribute vs Discrete
Monitoring Techniques
Measure Phase Test
-
Analyze Phase
-
Patterns of Variation
Multi-Vari Analysis
Classes of Distributions -
Inferential Statistics
Understanding Inference
Sampling Techniques
Sample Size
Central Limit Theorem -
Hypothesis Testing
Hypothesis Testing
Statistical Significance
Risk; Alpha & Beta
Types of Hypothesis Tests -
Hyp. Tests Normal
1-sample t-test
2-Sample t-test
Paired t-test
1-sample variance
One Way ANOVA -
Hyp. Tests Non-Normal
Mann-Whitney
Moods Median
Kruskal-Wallis / Friedman
1 Sample Sign & Wilcoxon
1 & 2 Sample Proportions
Chi-Squared
Test of Equal Variances
Analyze Phase Test
-
Improve Phase
-
Simple Linear Reg.
Correlation
X-Y Diagram
Regression Equations
Residuals Analysis -
Multiple Regression
Non-Linear Reg.
Multiple Linear Reg.
Confidence Intervals
Residuals Analysis
Box-Cox Transformation
Stepwise Regression
Logistic Regression -
Design of Experiment
Experiment Objectives
Experimental Methods
DOE Design Considerations -
Full Factorial DOE
2k Full Factorial Designs
Linear & Quadratic Models
Orthogonal Designs
Fit, Model & Center Points -
Fractional Factorial DOE
Fractional Designs
Confounding Effects
Experimental Resolution
Improve Phase Test
-
Control Phase
-
SPC
Data Collection for SPC
Individuals Charts
Xbar Charts
Proportions Charts
CumSum, EWMA Charts
Control Chart Anatomy
Subgroups & Sampling
Control Limits -
Lean Controls
Control Methods for 5S
Kanban
Poka-Yoke -
Six Sigma Control Plans
Cost Benefit Analysis
Control Plan Elements
Response Plan Elements
Control Phase Test -
Certification Exam
Six Sigma and Lean Six Sigma Course Compositions
Lesson | Course --> | LSSBB | SSBB | LSSGB | SSGB | LSSYB | SSYB |
---|---|---|---|---|---|---|
DEFINE PHASE | ||||||
Six Sigma Overview | ||||||
Fundamentals of Six Sigma | ||||||
Lean Six Sigma Projects | ||||||
Lean Fundamentals | ||||||
Define Phase Test | ||||||
MEASURE PHASE | ||||||
Process Definition | ||||||
Six Sigma Statistics | ||||||
Measurement Systems Analysis | ||||||
Process Capability | ||||||
Measure Phase Test | ||||||
ANALYZE PHASE | ||||||
Patterns of Variation | ||||||
Inferential Statistics | ||||||
Hypothesis Testing | ||||||
Hypothesis Tests Normal Data | ||||||
Hypothesis Tests Non-Normal Data | ||||||
Analyze Phase Test | ||||||
IMPROVE PHASE | ||||||
Simple Linear Regression | ||||||
Multiple Regression | ||||||
Design of Experiment | ||||||
Full Factorial Experiments | ||||||
Fractional Factorial Experiments | ||||||
Improve Phase Test | ||||||
CONTROL PHASE | ||||||
Lean Controls | ||||||
Statistical Process Control | ||||||
Six Sigma Control Plans | ||||||
Control Phase Test | ||||||
CERTIFICATION EXAM |
KEY: LSS = Lean Six Sigma | SS = Six Sigma | BB = Black Belt | GB = Green Belt | YB = Yellow Belt