ALIGNED WITH COUNCIL FOR SIX SIGMA CERTIFICATION (CSSC)

🟢

Certified Lean Six Sigma
Green Belt Course

Master the DMAIC methodology, statistical analysis, and lead real improvement projects. Become a skilled process improvement professional.

⏱️ 35 Contact Hours

📚 14 Modules

🌐 100% Online

📊 Project Included

👥 Mentorship Included

💲 Only $99

Enroll Now - Get Certified View Full Syllabus

Course Overview

Become a capable process improvement leader with advanced Lean Six Sigma skills

📈

Advanced Statistics

Master hypothesis testing, regression analysis, ANOVA, and statistical process control

🎯

Project Leadership

Lead a real improvement project from Define through Control phase

💻

Minitab Training

Learn statistical software for data analysis, charting, and reporting

🚀

Career Accelerator

Qualify for Quality Engineer, Process Improvement Manager, and similar roles

📋 CSSC-Aligned Contact Hours: This Green Belt course provides 35 formal contact hours, meeting the recommended 30–40 hour range for Green Belt certification. Contact hours include live instructor-led sessions, guided exercises, and structured project mentorship.

Who Should Attend?

Designed for professionals ready to lead process improvement initiatives

👨‍💼

Quality Engineers & Managers

Strengthen quality management systems with data-driven improvement methods

📊

Process Improvement Specialists

Add advanced statistical tools and structured DMAIC methodology to your skillset

🏭

Manufacturing Engineers

Reduce defects, optimize production, and improve process capability

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Yellow Belt Certificate Holders

Advance from team member to project leader with deeper analytical skills

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Operations Managers

Drive operational excellence and measurable cost savings in your department

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Consultants & Analysts

Offer clients proven process improvement methodology with recognized certification

Green Belt Syllabus

35 Contact Hours | 14 Modules | Aligned with CSSC Body of Knowledge

1Advanced Six Sigma Overview2.5 hrs

+

1. Six Sigma organizational deployment strategies
2. Financial benefits and ROI calculation methods
3. Project selection criteria and prioritization matrix
4. Team dynamics, facilitation, and conflict resolution
5. CSSC Green Belt Body of Knowledge requirements
6. Green Belt roles and responsibilities in organizations
7. Stakeholder communication and reporting structure

2Advanced Lean Concepts2.5 hrs

+

1. Value stream mapping: current state and future state
2. Kanban systems and pull production principles
3. Quick changeover (SMED) methodology and implementation
4. Total Productive Maintenance (TPM) overview
5. Overall Equipment Effectiveness (OEE) calculation
6. Lean metrics and Key Performance Indicators (KPIs)
7. Cellular manufacturing and line balancing techniques
8. Kaizen event planning and facilitation
9. Hoshin Kanri: policy deployment basics

3Define Phase - Advanced2.5 hrs

+

1. Advanced project charter development with business case
2. Stakeholder analysis and management strategies
3. Voice of Customer (VOC) advanced collection methods
4. Critical to Quality (CTQ) tree development
5. Kano model for customer needs classification
6. Affinity diagrams for organizing ideas
7. Quality Function Deployment (QFD) introduction
8. Project scoping and boundary definition
9. Team selection and project kickoff best practices

4Measure Phase - Statistics Foundation2.5 hrs

+

1. Descriptive statistics: mean, median, mode, range
2. Measures of dispersion: variance, standard deviation
3. Probability distributions: normal, binomial, Poisson
4. Central Limit Theorem and its applications
5. Sample size determination for statistical validity
6. Confidence intervals calculation and interpretation
7. Data types and measurement scales
8. Graphical summary tools: histograms, box plots, dot plots

5Measure Phase - MSA & Process Capability2.5 hrs

+

1. Measurement System Analysis (MSA) fundamentals
2. Gauge R&R studies: crossed and nested designs
3. Attribute agreement analysis for discrete data
4. Process capability analysis: Cp and Cpk indices
5. Process performance: Pp and Ppk indices
6. Capability for non-normal data using transformations
7. Data collection plan development and execution
8. Sampling strategies: random, stratified, systematic

6Analyze Phase - Hypothesis Testing2.5 hrs

+

1. Hypothesis testing fundamentals: null and alternative hypotheses
2. Type I and Type II errors explanation
3. p-value interpretation and significance levels
4. t-tests: one-sample, two-sample, paired
5. ANOVA: one-way analysis of variance
6. Chi-square tests for categorical data
7. Correlation analysis: Pearson and Spearman
8. Simple linear regression analysis
9. Practical examples in Minitab software

7Analyze Phase - Root Cause & FMEA2.5 hrs

+

1. Failure Mode and Effects Analysis (FMEA) methodology
2. Risk Priority Number (RPN) calculation and prioritization
3. Process FMEA vs. Design FMEA applications
4. Multi-vari studies for variation analysis
5. Waste analysis techniques: value-added vs. non-value-added
6. Cause and effect matrix with weighted scoring
7. Statistical Process Control (SPC) chart interpretation
8. Data stratification techniques for deeper analysis

8Improve Phase - DOE Introduction2.5 hrs

+

1. Design of Experiments (DOE) principles and terminology
2. Full factorial designs: 2^k experiments
3. Fractional factorial designs for efficiency
4. Main effects and interaction plots interpretation
5. Solution selection matrix and prioritization tools
6. Implementation planning and resource allocation
7. Risk assessment in improvement implementation
8. Change management fundamentals and ADKAR model
9. Pilot testing and validation approaches

9Improve Phase - Advanced Lean Tools2.5 hrs

+

1. Advanced mistake proofing (Poka-yoke) design
2. Standard work development and documentation
3. Cellular manufacturing design principles
4. Line balancing techniques and takt time calculation
5. Kaizen event planning, execution, and follow-up
6. Visual management systems design
7. 5S implementation and audit systems
8. Setup reduction techniques (SMED application)

10Control Phase - Statistical Process Control2.5 hrs

+

1. Statistical Process Control (SPC) detailed theory
2. Control charts: selection guide for different data types
3. X-bar and R charts: construction and interpretation
4. X-bar and S charts for larger sample sizes
5. p-charts for proportion defective data
6. c-charts and u-charts for count data
7. Individuals and Moving Range (I-MR) charts
8. Control chart interpretation: out-of-control signals
9. Process capability monitoring and improvement

11Control Phase - Sustainment & Handoff2.5 hrs

+

1. Control plan development and documentation
2. Response plans for out-of-control conditions
3. Standard operating procedures (SOPs) creation
4. Training plans for process operators and owners
5. Project closure documentation and lessons learned
6. Benefits realization tracking and reporting
7. Transition to process owner: handoff procedures
8. Project presentation to management and stakeholders

12Green Belt Project Management2.5 hrs

+

1. Project management fundamentals for Green Belts
2. Timeline and milestone planning with Gantt charts
3. Resource management and team allocation
4. Budget management and cost tracking
5. Risk management: identification and mitigation
6. Stakeholder communication planning
7. Meeting facilitation and project review techniques
8. Project documentation standards and templates

13Minitab & Statistical Software Training2.5 hrs

+

1. Minitab interface and data entry methods
2. Descriptive statistics and graphical analysis in Minitab
3. Hypothesis testing execution in Minitab
4. ANOVA and regression analysis in Minitab
5. Control chart creation and analysis in Minitab
6. Process capability analysis using Minitab
7. Gauge R&R studies in Minitab
8. Report generation and result interpretation
9. Alternative tools: Excel and JMP overview

14Green Belt Project & Certification Exam2.5 hrs

+

1. Green Belt project requirements and guidelines
2. Project selection: identifying high-impact opportunities
3. Applying full DMAIC to a real process problem
4. Data collection and statistical analysis for the project
5. Solution implementation and results measurement
6. Project documentation and final report preparation
7. Executive presentation and project defense
8. Final examination: 100 questions, 70% passing score
9. CSSC alignment review for Green Belt certification
10. Next steps: Path to Black Belt certification

Choose Your Certification Path

We offer two distinct credentials to match your career needs. Recognized bodies expect at least one project for full Green Belt certification.

📄 OPTION A

Certificate of Completion

Ideal for learners who want knowledge without the project commitment.

• ✅ Full access to all 14 modules (35 hours)
• ✅ Practice quizzes & Minitab tutorials
• ✅ Final examination (100 questions)
• ✅ Digital Certificate of Completion
• ❌ No project submission required

⚠️ This is not a full “Certified Green Belt” credential.

⭐ OPTION B (RECOMMENDED)

Certified Green Belt

The industry-recognized certification. Requires successful project completion.

• ✅ Everything in Option A
• ✅ 1 real DMAIC project (mentor-guided)
• ✅ Project report review & feedback
• ✅ Official “Certified Lean Six Sigma Green Belt” title
• ✅ Digital badge & verifiable certificate

🏆 This credential meets CSSC and employer expectations.

Both paths are included in the $99 enrollment. You decide after the exam whether to submit a project for the full Certified Green Belt credential.

What You Will Learn

By completing this course, you will be able to:

1Lead complete DMAIC projects from Define through Control phase

2Perform hypothesis testing, t-tests, ANOVA, and chi-square analysis

3Conduct Measurement System Analysis including Gauge R&R studies

4Calculate and interpret process capability indices (Cp, Cpk, Pp, Ppk)

5Create and analyze SPC control charts for process monitoring

6Design and analyze simple experiments using DOE principles

7Use Minitab software for statistical analysis and reporting

8Conduct FMEA and calculate Risk Priority Numbers (RPN)

9Implement advanced Lean tools: SMED, Kanban, TPM, cellular manufacturing

10Calculate project ROI and present results to executive leadership

11Create comprehensive control plans and SOPs for sustained improvement

12Earn Certified Lean Six Sigma Green Belt credential (with project)

How to Get Certified

Complete these steps to earn your Green Belt certification

1

Enroll in Course

Register and get instant access to all 14 modules, videos, Minitab tutorials, and templates

2

Complete Training

Study 14 modules (35 contact hours) and pass practice assessments

3

Pass Final Exam

Score 70% or above on the 100-question comprehensive assessment

4

Submit Project

Complete 1 DMAIC project with mentor support to earn the full Certified Green Belt title

Course Investment

Affordable certification aligned with CSSC standards

Regular Price: $349

$99

Limited Time Special Offer

Save $250 (72% OFF)

1. Complete 35 Contact Hours Online Training
2. 14 Comprehensive Modules with Video Lectures
3. 1 Real DMAIC Project with Mentor Feedback
4. Minitab Software Training (Full Module)
5. Downloadable Templates, Tools & Datasets
6. Practice Quizzes After Each Module
7. Final Certification Exam (100 Questions)
8. Digital Certificate (Completion or Certified)
9. Aligned with CSSC Body of Knowledge
10. 1-on-1 Mentorship Sessions (4 Sessions)
11. Email & Priority Support from Instructors
12. Lifetime Access to All Course Content
13. Bonus: Complete Lean Six Sigma Tool Kit
14. Bonus: Project Templates Package

Enroll Now — $99 Only

💳 Secure Payment | Instant Access After Enrollment

Learn from Industry Experts

Our trainers are certified Lean Six Sigma Master Black Belts with 15+ years of experience across manufacturing, healthcare, and service industries.

👨‍🏫 View Trainer Profile

Frequently Asked Questions

Common questions about Green Belt certification

1. Do I need Yellow Belt before Green Belt?+

Yellow Belt is helpful but not required. The Green Belt course covers all fundamentals before advancing to statistical topics.

2. What is the difference between Certificate of Completion and Certified Green Belt?+

The Certificate of Completion requires only the exam. The full Certified Green Belt credential requires passing the exam AND completing one real DMAIC project. Most employers and CSSC expect the project-based certification.

3. How many contact hours does this course provide?+

This course provides 35 formal contact hours, fully meeting the CSSC recommended range of 30–40 hours for Green Belt. Hours are logged through video lectures, live mentorship, and structured exercises.

4. Can I do the project if I don't have a workplace?+

Yes. We provide realistic case scenarios with datasets if you cannot use a process from your current workplace.

5. What software will I need?+

We provide full Minitab training and a free trial version guide. You can also use Excel with the Analysis ToolPak for most analyses.

6. Is mentorship really 1-on-1?+

Yes. You get 4 one-on-one mentorship sessions with a Master Black Belt via video call.

Enroll in Green Belt Course

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