When you enroll in this course, you'll also be enrolled in this Specialization.
Learn new concepts from industry experts
Gain a foundational understanding of a subject or tool
Develop job-relevant skills with hands-on projects
Earn a shareable career certificate
There are 5 modules in this course
This comprehensive Six Sigma DMAIC course equips you with the skills to drive data-backed process improvements and sustain quality excellence. Begin by mastering the Define and Measure phases—learn to build project charters, capture customer requirements (VoC), and analyze processes through mapping and capability studies. Progress to the Analyze phase with tools like hypothesis testing, regression, and exploratory data analysis to uncover root causes. In the Improve phase, implement solutions using Design of Experiments (DOE), Lean techniques, and decision tools like SCAMPER and Pugh Matrix. Conclude with the Control phase, applying SPC, control plans, and Lean methods like 5S and TPM for long-term impact.
You should have a background in operations, project management, or quality control, along with a basic understanding of business processes and statistical concepts.
By the end of this course, you will be able to:
- Apply DMAIC: Lead Six Sigma projects from problem identification to solution control
- Use Statistical Tools: Conduct root cause analysis with testing, regression, and capability studies
- Optimize Processes: Apply DOE, Lean tools, and solution selection methods for effective improvements
- Sustain Improvements: Use SPC, 5S, and control plans to maintain long-term results
Ideal for quality professionals, process owners, and team leads.
Master the Define Phase of Six Sigma with a focus on project identification, voice of the customer (VoC), and team dynamics. Learn to build project charters, define CTQs, apply SIPOC and HOQ models, and use planning tools like affinity diagrams and matrix charts. Understand process metrics, risk analysis, and team roles to launch high-impact, customer-focused improvement projects.
What's included
55 videos1 reading7 assignments
Show info about module content
55 videos•Total 157 minutes
Introduction•1 minute
Benchmarking: Types and Best Practices•5 minutes
Process elements•2 minutes
SIPOC Process•5 minutes
Owners and stakeholders•2 minutes
Key Takeaways•1 minute
Introduction•1 minute
Customer Identification•3 minutes
Tips for Effective VoC Questions•4 minutes
VoC and Data Collection•5 minutes
Proactive Data Sources•5 minutes
Proactive Data Sources - Focus Group•2 minutes
Proactive Data Sources - Interview•2 minutes
VoC Proactive Data Collection Methods•2 minutes
Customer Requirements•2 minutes
Critical to Quality Factor•4 minutes
CTQ Example•3 minutes
Quality Function Deployment•4 minutes
Sections of House of Quality (HOQ)•5 minutes
Post HOQ Matrix•1 minute
Key Takeaways•1 minute
Introduction•1 minute
The Project Charter•3 minutes
Problem Statement and Project Objectives•3 minutes
Project Scope and Its Interpretation•4 minutes
Project Scope and Its Interpretation: SIPOC and Process Maps•2 minutes
Project Metrics and Its Types•4 minutes
Project Planning and Documentation•3 minutes
Project Plan•5 minutes
Project Plan Schedule•3 minutes
Project Plan Risks•3 minutes
Benefits of Risk Analysis and Project Closure•2 minutes
Key Takeaways•1 minute
Introduction•1 minute
Affinity Diagram and Interrelationship Diagram•4 minutes
Tree Diagram and Matrix Diagram•4 minutes
Prioritization Matrices, Activity Network Diagrams and Process Decision Program Chart•3 minutes
Key Takeaways•1 minute
Introduction•1 minute
Process Performance•1 minute
Defects per Unit (DPU)•2 minutes
Throughput Yield (TPY) and Rolled Throughput Yield (RTY)•4 minutes
Defects per Million Opportunities (DPMO) and Sigma Level•3 minutes
Cost of Quality (COQ) and Process Capability•5 minutes
Key Takeaways•1 minute
Introduction•1 minute
Team Dynamics•3 minutes
Negative Team Dynamics•1 minute
Team Stages•4 minutes
Types of Challenges•3 minutes
Team Roles and Responsibilities•2 minutes
Team Communication•3 minutes
Team Tools•5 minutes
Key Takeaways•1 minute
Case Study•13 minutes
1 reading•Total 10 minutes
Course Syllabus•10 minutes
7 assignments•Total 130 minutes
Quiz on Project Identification•15 minutes
Quiz on Voice of Customer•15 minutes
Quiz on Project Management Basics•15 minutes
Quiz on Management and Planning Tools•15 minutes
Quiz on Business Results for Projects•15 minutes
Quiz on Team Dynamics and Performance•15 minutes
Assessment for Define Phase•40 minutes
Measure Phase
Module 2•5 hours to complete
Module details
Gain in-depth skills in the Measure Phase of Six Sigma by mastering process analysis, statistical tools, and data collection methods. Learn to map processes, apply probability and statistical concepts, and summarize data using Excel. Explore measurement system analysis, Gage R&R, and process capability studies to assess performance and ensure data-driven decision-making.
What's included
45 videos7 assignments
Show info about module content
45 videos•Total 186 minutes
Introduction•1 minute
Process Maps•6 minutes
Flowcharts•4 minutes
Process Documentation•5 minutes
Key Takeaways•1 minute
Introduction•1 minute
Roles of Probability and Statistics•6 minutes
Addition Rules and Multiplication Rules•7 minutes
Permutation and Combination•4 minutes
Key Takeaways•1 minute
Introduction•1 minute
Data, Its types, and Selection•3 minutes
Measurement Scales, Collection Methods, and Sampling•7 minutes
Data Collection Plan and Data Coding•4 minutes
Measures of Central Tendency and Dispersion•8 minutes
Microsoft Excel for Descriptive Statistics•2 minutes
Frequency Distribution•7 minutes
Stem and Leaf Plots and Box and Whisker Plots•5 minutes
Scatter Diagrams•3 minutes
Other Visualization Tools and Normal Probability Plots•3 minutes
Key Takeaways•1 minute
Introduction•1 minute
Classes of Distribution and Key Terms•2 minutes
Types of Statistical Distribution•2 minutes
Binomial and Poisson Distribution•8 minutes
Normal Distribution•10 minutes
Chi-square, T, and F-Distribution•4 minutes
Central Limit Theorem(CLT)•6 minutes
Key Takeaways•1 minute
Introduction•2 minutes
Measurement System Analysis and Its Properties•5 minutes
Measurement System Characteristics•6 minutes
Measurement System Concepts•3 minutes
Gage R&R Study•9 minutes
Attribute Gage R&R•6 minutes
Key Takeaways•1 minute
Introduction•1 minute
Process Stability and Normality•9 minutes
Process Capability Analysis and Studies•5 minutes
Process Capability Index and Example•8 minutes
Process Performance Indices•2 minutes
Process Mean Shift and Variation•8 minutes
Process Capability for Attribute Data•3 minutes
Key Takeaways•1 minute
Case Study•4 minutes
7 assignments•Total 130 minutes
Quiz on Process Analysis and Documentation•15 minutes
Quiz on Probability and Statistics•15 minutes
Quiz on Collecting and Summarizing Data•15 minutes
Quiz on Statistical Distribution•15 minutes
Quiz on Measurement System Analysis•15 minutes
Quiz on Process and Performance Capability•15 minutes
Assessment for Measure Phase•40 minutes
Analyze Phase
Module 3•3 hours to complete
Module details
Master the Analyze Phase of Six Sigma by learning how to identify root causes using data-driven techniques. Gain expertise in hypothesis testing, ANOVA, and T-tests to validate assumptions. Explore correlation, regression, and residual analysis for deeper insights. Learn to apply statistical methods and exploratory data analysis to drive meaningful process improvements.
What's included
20 videos3 assignments
Show info about module content
20 videos•Total 103 minutes
Introduction•1 minute
Hypothesis Testing Basics•5 minutes
Type 1 and Type 2 Errors•6 minutes
Sample Size•6 minutes
P-value and Test Statistics•5 minutes
Tests for Means, Variance, and Proportions•2 minutes
1-Sample Test•10 minutes
2-Sample Test•6 minutes
T-Test•3 minutes
ANOVA and Chi-Square Distribution•7 minutes
Hypothesis Testing with Nonnormal Data•9 minutes
Key Takeaways•1 minute
Introduction•1 minute
Multi-Vari Analysis•7 minutes
Correlation•6 minutes
Regression Analysis•8 minutes
Residual Analysis and Linear Regression•5 minutes
Multiple Regression•8 minutes
Key Takeaways•1 minute
Case Study•4 minutes
3 assignments•Total 70 minutes
Quiz on Hypothesis Testing•15 minutes
Quiz on Exploratory Data Analysis•15 minutes
Assessment for Analyze Phase•40 minutes
Improve Phase
Module 4•3 hours to complete
Module details
Advance through the Improve Phase of Six Sigma by learning how to implement effective solutions using root cause analysis and Lean tools. Explore Design of Experiments (DOE) for process optimization, apply Kaizen for cycle time reduction, and evaluate ideas with tools like Pugh Matrix and SCAMPER. Use cost-benefit analysis and piloting to select and implement impactful improvements.
What's included
17 videos5 assignments
Show info about module content
17 videos•Total 66 minutes
Introduction•1 minute
DOE Regression and Basic Terms•6 minutes
DOE Error•8 minutes
Key Takeaways•1 minute
Introduction•2 minutes
Root Cause Analysis (RCA)•10 minutes
Key Takeaways•1 minute
Introduction•1 minute
Lean Tools and Techniques•14 minutes
Cycle Time Reduction, Kaizen, and Kaizen Blitz•5 minutes
Key Takeaways•1 minute
Introduction•1 minute
Pugh Analysis and Solution Prioritization Matrix•5 minutes
SCAMPER Tool•3 minutes
Brainstorming, Cost Benefit Analysis, Solution Screening, and Piloting•4 minutes
Key Takeaways•1 minute
Case Study•4 minutes
5 assignments•Total 100 minutes
Quiz on Design of Experiments•15 minutes
Quiz on Root Cause Analysis•15 minutes
Quiz on Lean Tools•15 minutes
Quiz of Selecting a Solution•15 minutes
Assessment for Improve Phase•40 minutes
Control Phase
Module 5•3 hours to complete
Module details
Learn to sustain Six Sigma improvements in the Control Phase by applying Statistical Process Control (SPC) and control plans. Understand control charts like XĚ„, I-MR, p-chart, and c-chart, and use CUSUM and EWMA for advanced monitoring. Develop effective control plans, use Lean tools like 5S, TPM, and visual factory to maintain process stability and ensure long-term quality performance.
What's included
22 videos4 assignments
Show info about module content
22 videos•Total 91 minutes
Introduction•1 minute
SPC Basics•8 minutes
Control Charts and Analysis•7 minutes
Choosing an Appropriate Control Chart•5 minutes
Xbar Chart and Principles•5 minutes
I-MR Chart and Principles•3 minutes
Control Charts for Attribute Data•2 minutes
np-Chart and P-Chart •5 minutes
c-Chart and u-Chart•4 minutes
CUSUM and EWMA Charts•5 minutes
Key Takeaways•2 minutes
Introduction•1 minute
Control Plan and Response Plan•5 minutes
Cost Benefit Analysis, KPIV, and KPOV•7 minutes
Control Level and Transactional Control Plan•9 minutes
Key Takeaways•1 minute
Introduction•1 minute
Total Productive Maintenance•6 minutes
Visual Factory•4 minutes
5S•7 minutes
Key Takeaways•1 minute
Case Study•3 minutes
4 assignments•Total 85 minutes
Quiz on Statistical Process Control (SPC)•15 minutes
Quiz on Control Plan•15 minutes
Quiz on Lean Tools for Process Control•15 minutes
Assessment for Control Phase•40 minutes
Earn a career certificate
Add this credential to your LinkedIn profile, resume, or CV. Share it on social media and in your performance review.
Instructor
Instructor ratings
Instructor ratings
We asked all learners to give feedback on our instructors based on the quality of their teaching style.
Simplilearn is a global leader in digital upskilling, offering highly specialized training in emerging technologies and processes shaping the digital economy's future. We focus on innovations transforming the digital landscape while significantly reducing costs and time compared to traditional methods. More than one million professionals and 2,000 corporate training organizations have benefited from our award-winning programs to achieve their career and business goals.
Lean Six Sigma Green Belt training equips professionals with the skills to lead moderate-level process improvement projects. It focuses on applying the DMAIC methodology, data analysis, and Lean tools to reduce defects and improve efficiency.
How long is Lean Six Sigma Green Belt training?
The duration typically ranges from 2 to 6 weeks, depending on the training format (self-paced, live online, or in-person). Some programs also include project work and assessments for certification.
Is Lean Six Sigma Green Belt worth it?
Yes, it’s highly valuable for professionals looking to advance in operations, quality management, or project leadership. It enhances problem-solving skills and boosts career opportunities across industries.
Is Six Sigma Green Belt exam difficult?
The exam can be moderately challenging, requiring a solid understanding of DMAIC, statistics, and Lean concepts. With proper training and practice, most learners pass successfully.
How much does Six Sigma cost?
Costs vary based on the provider and format. Green Belt certification typically ranges from $500 to $2,000. Some programs include the exam fee, while others charge it separately.
When will I have access to the lectures and assignments?
To access the course materials, assignments and to earn a Certificate, you will need to purchase the Certificate experience when you enroll in a course. You can try a Free Trial instead, or apply for Financial Aid. The course may offer 'Full Course, No Certificate' instead. This option lets you see all course materials, submit required assessments, and get a final grade. This also means that you will not be able to purchase a Certificate experience.
What will I get if I subscribe to this Specialization?
When you enroll in the course, you get access to all of the courses in the Specialization, and you earn a certificate when you complete the work. Your electronic Certificate will be added to your Accomplishments page - from there, you can print your Certificate or add it to your LinkedIn profile.
Is financial aid available?
Yes. In select learning programs, you can apply for financial aid or a scholarship if you can’t afford the enrollment fee. If fin aid or scholarship is available for your learning program selection, you’ll find a link to apply on the description page.