SSGB: Six Sigma Green Belt

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Get ready for your exam by enrolling in our comprehensive training course. This course includes a full set of instructional videos designed to equip you with in-depth knowledge essential for passing the certification exam with flying colors.

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Video Courses

Take a Yellow Belt Test

Lectures	Duration
1. Introduction to Six Sigma and Lean	19m 25s
2. Selecrt an Improvement Project	16m 33s

1. Introduction to Six Sigma and Lean

19m 25s

2. Selecrt an Improvement Project

16m 33s

Lean Principles in the Organization

Lectures	Duration
1. Muda, Mura and Muri (Types of Wastes)	8m 17s
2. Eight Types of Wastes Explained	3m 5s
3. Types of Wastes Explained - Transport & Inventory	8m 38s
4. Types of Wastes Explained - Motion & Waiting	3m 47s
5. Types of Wastes Explained - Overprocessing and Overproduction	4m 36s
6. Types of Wastes Explained -Defects and Under-utilized Skills	4m 56s
7. Kaizen	14m 53s

1. Muda, Mura and Muri (Types of Wastes)

8m 17s

2. Eight Types of Wastes Explained

3m 5s

3. Types of Wastes Explained - Transport & Inventory

8m 38s

4. Types of Wastes Explained - Motion & Waiting

3m 47s

5. Types of Wastes Explained - Overprocessing and Overproduction

4m 36s

6. Types of Wastes Explained -Defects and Under-utilized Skills

4m 56s

7. Kaizen

14m 53s

Define Phase - Organization and Customers

Lectures	Duration
1. Section Introduction	4m 12s
2. Business Organizations	4m 29s
3. Owners and Stakeholders	9m 12s
4. Identifying Customer	4m 27s
5. Collecting Customer Data	14m 53s
6. Analyzing Customer Data	4m 37s
7. Translate Customer Requirements - VoC and CTQ	6m 48s
8. Translate Customer Requirements - QFD	17m 44s

1. Section Introduction

4m 12s

2. Business Organizations

4m 29s

3. Owners and Stakeholders

9m 12s

4. Identifying Customer

4m 27s

5. Collecting Customer Data

14m 53s

6. Analyzing Customer Data

4m 37s

7. Translate Customer Requirements - VoC and CTQ

6m 48s

8. Translate Customer Requirements - QFD

17m 44s

Define Phase - Project Management Skills and Tools

Lectures	Duration
1. Project Planning Tools - Gantt Chart	4m 4s
2. Project Planning Tools - CPM and PERT	16m 9s
3. Project Charter and Problem Statement	9m

1. Project Planning Tools - Gantt Chart

4m 4s

2. Project Planning Tools - CPM and PERT

16m 9s

3. Project Charter and Problem Statement

Define Phase - Team Dynamics

Lectures	Duration
1. Section Introduction	2m 21s
2. 5 Stages All Teams Go Through	10m 23s
3. Team Tools - Brainstorming, NGT, Multi-voting Technique	14m 51s

1. Section Introduction

2m 21s

2. 5 Stages All Teams Go Through

10m 23s

3. Team Tools - Brainstorming, NGT, Multi-voting Technique

14m 51s

Measure Phase - Probability and Statistics

Lectures	Duration
1. Section Introduction	2m 47s
2. What is Statistics?	3m 6s
3. Descriptive vs Inferential Statistics	4m 6s
4. Descriptive Statistics	3m 34s
5. Calculating Mean	5m 57s
6. Calculating Median	3m 27s
7. Calculating Mode	1m 34s
8. Calculating Range	6m 40s
9. Calculating Standard Deviation	14m 33s
10. Histogram	4m 40s
11. Modality	4m 19s
12. Symmetry	7m 53s
13. Why to learn about Probability?	6m 55s
14. Definitions of Probability	7m 24s
15. Probability Related Terms	4m 1s
16. Union and Intersection	6m 23s
17. Mutually Exclusive, Independent and Complementary Events	6m 31s
18. Marginal, Union and Joint Probabilities	4m 15s
19. Addition Laws	4m 59s
20. Multiplication Laws	9m 10s
21. Factorial, Permulation and Combination	12m 19s
22. Central Limit Theorem	17m 8s

1. Section Introduction

2m 47s

2. What is Statistics?

3m 6s

3. Descriptive vs Inferential Statistics

4m 6s

4. Descriptive Statistics

3m 34s

5. Calculating Mean

5m 57s

6. Calculating Median

3m 27s

7. Calculating Mode

1m 34s

8. Calculating Range

6m 40s

9. Calculating Standard Deviation

14m 33s

10. Histogram

4m 40s

11. Modality

4m 19s

12. Symmetry

7m 53s

13. Why to learn about Probability?

6m 55s

14. Definitions of Probability

7m 24s

15. Probability Related Terms

4m 1s

16. Union and Intersection

6m 23s

17. Mutually Exclusive, Independent and Complementary Events

6m 31s

18. Marginal, Union and Joint Probabilities

4m 15s

19. Addition Laws

4m 59s

20. Multiplication Laws

9m 10s

21. Factorial, Permulation and Combination

12m 19s

22. Central Limit Theorem

17m 8s

Measure Phase - Collecting and Summarizing Data

Lectures	Duration
1. Section Introduction	1m 26s
2. Levels of Data - Nominal	4m 5s
3. Levels of Data - Ordinal	5m 5s
4. Levels of Data - Interval	3m 59s
5. Levels of Data - Ratio	3m 15s
6. Levels of Data - Summary of the topic	4m 12s
7. Calculating PPM, DPU, DPMO, RTY etc.	11m 4s

1. Section Introduction

1m 26s

2. Levels of Data - Nominal

4m 5s

3. Levels of Data - Ordinal

5m 5s

4. Levels of Data - Interval

3m 59s

5. Levels of Data - Ratio

3m 15s

6. Levels of Data - Summary of the topic

4m 12s

7. Calculating PPM, DPU, DPMO, RTY etc.

11m 4s

Analyze Phase - Probability Distributions

Lectures	Duration
1. Section Introduction	2m 30s
2. Analyze Phase - Introduction	3m 21s
3. Discrete vs Continuous Variables	3m 4s
4. Binomial Distribution	16m 13s
5. Poisson Distribution	5m 37s
6. Discrete vs Continuous Distributions	7m 9s
7. Normal Distribution	14m 32s
8. Process Capability Basics	9m 14s
9. Process Capability Explained - Cp Cpk	17m 9s
10. 1.5 Shift in Six Sigma DPMO Calculation	4m 30s

1. Section Introduction

2m 30s

2. Analyze Phase - Introduction

3m 21s

3. Discrete vs Continuous Variables

3m 4s

4. Binomial Distribution

16m 13s

5. Poisson Distribution

5m 37s

6. Discrete vs Continuous Distributions

7m 9s

7. Normal Distribution

14m 32s

8. Process Capability Basics

9m 14s

9. Process Capability Explained - Cp Cpk

17m 9s

10. 1.5 Shift in Six Sigma DPMO Calculation

4m 30s

Analyze Phase - Correlation, Hypothesis Testing and ANOVA

Lectures	Duration
1. Section Introduction	4m 6s
2. Correlation and Regression - Introduction	6m 59s
3. Correlation and Regression - Draw a Scatter Diagram	4m 11s
4. Correlation and Regression - Coefficient of Correlation	19m 24s
5. Linear Regression	14m 19s
6. Hypothesis Testing - Introduction	3m 34s
7. Hypothesis Testing - Null and Alternate Hypothesis	12m 57s
8. Hypothesis Testing - Level of Confidence and Level of Significance	6m 20s
9. Hypothesis Testing - Types of Errors	9m 28s
10. Hypothesis Testing - Z Test Explained Visually	7m 48s
11. Hypothesis Testing - t Test Explained	15m 54s
12. Analysis of Variance - ANOVA	29m 49s

1. Section Introduction

4m 6s

2. Correlation and Regression - Introduction

6m 59s

3. Correlation and Regression - Draw a Scatter Diagram

4m 11s

4. Correlation and Regression - Coefficient of Correlation

19m 24s

5. Linear Regression

14m 19s

6. Hypothesis Testing - Introduction

3m 34s

7. Hypothesis Testing - Null and Alternate Hypothesis

12m 57s

8. Hypothesis Testing - Level of Confidence and Level of Significance

6m 20s

9. Hypothesis Testing - Types of Errors

9m 28s

10. Hypothesis Testing - Z Test Explained Visually

7m 48s

11. Hypothesis Testing - t Test Explained

15m 54s

12. Analysis of Variance - ANOVA

29m 49s

Improve Phase

Lectures	Duration
1. Section Introduction	2m 16s
2. Improve Phase - Introduction	1m 43s
3. Design of Experiments	19m 49s

1. Section Introduction

2m 16s

2. Improve Phase - Introduction

1m 43s

3. Design of Experiments

19m 49s

Control Phase

Lectures	Duration
1. Section Introduction	3m 26s
2. Control Phase - Introduction	2m 24s
3. Control Charts - Introduction and Types of Charts	14m 39s
4. Control Charts - X Bar R Chart - Detailed Calculations	13m 28s
5. Control Charts - X bar s, p, np, c and u charts	6m 53s
6. Control Charts - Interpreting Charts	6m 35s

1. Section Introduction

3m 26s

2. Control Phase - Introduction

2m 24s

3. Control Charts - Introduction and Types of Charts

14m 39s

4. Control Charts - X Bar R Chart - Detailed Calculations

13m 28s

5. Control Charts - X bar s, p, np, c and u charts

6m 53s

6. Control Charts - Interpreting Charts

6m 35s

Quality Gurus

Lectures	Duration
1. About Edwards Deming	2m 27s
2. Edwards Deming is best known for	3m 16s
3. Quality Chain by Deming	1m 58s
4. Deming's Fourteen Points for Management (Part 1)	8m 36s
5. Deming's Fourteen Points for Management (Part 2)	11m 24s
6. About Joseph Juran	1m 16s
7. Joseph Juran is best known for	1m 50s
8. Quality Trilogy	4m 6s
9. About Philip Crosby	1m 14s
10. Philip Crosby is best known for	1m 51s
11. Four Absolutes of Quality	8m 47s

1. About Edwards Deming

2m 27s

2. Edwards Deming is best known for

3m 16s

3. Quality Chain by Deming

1m 58s

4. Deming's Fourteen Points for Management (Part 1)

8m 36s

5. Deming's Fourteen Points for Management (Part 2)

11m 24s

6. About Joseph Juran

1m 16s

7. Joseph Juran is best known for

1m 50s

8. Quality Trilogy

4m 6s

9. About Philip Crosby

1m 14s

10. Philip Crosby is best known for

1m 51s

11. Four Absolutes of Quality

8m 47s