Lean Six Sigma Green Belt provides a detailed information on the Lean Six Sigma fundamentals and ways to apply Lean Six Sigma to specific industry to achieve desired results
Duration 36 Value Added Hours.
Objective To enable students with necessary knowledge, methodologies & skills required to drive DMAIC Lean Six Sigma Green Belt Projects at their respective work place.
Who Should Attend?
  1. Professionals with 0-10 Years of experience
  2. Graduates/Post graduates from any descipline
  3. Any Professionals serious to accelerate their corporate career
  4. Anyone who wants to consider Lean Six Sigma their career
  5. Certified Green Belts looking to equip them to be able to drive projects
Project Assistance Free Assistance from an expert from your respective discipline
Essentials Graduates / Post graduates from any discipline
Course Program
  • Introduction to Lean
  • What is Lean & Its Applications?
  • Types of Waste
  • Value Stream Mapping (Simulation to understand)
  • Value Added & Non- Value added
  • Takt Time & Process Efficiency
  • How to identify Distinct Types of Waste
  • Identify waste (Simulation to understand)
  • Introduction to Kaizen
  • Value Stream Design(Simulation to understand)
  • Value Stream Planning
  • Lean Tools / Methodologies
  • How to implement Lean Tools / Methodologies (Industry specific case studies)?
  • What is Six Sigma ?
  • History & future/potential of LSS
  • Why LSS & Application of LSS?
  • How LSS is different?
  • Change Management(Simulation)
  • Dealing with Change management
  • DMAIC / DFSS
  • Balanced scorecard
  • Voice of Customer & Business
  • Develop CTQ’s, CTB’s, CTQ tree
  • Quality Functional Deployment (Simulation)
  • Kano Analysis
  • Identify Business Problem
  • Identify Problem & project charter
  • Team identification, roles & timelines
  • Goal statement & elevator speech
  • SIPOC, project boundaries
  • Map Business Process
  • Process Mapping & Value Stream Mapping (Recap)
  • Define Phase sign off & toll gate
  • Define Process and Output Metrics
  • Develop Operational Definitions
  • Data Collection Plan
  • Sampling & different types of Samples (Simulation)
  • Regional sub grouping
  • Variation & source of variation
  • Measurement System Analysis
  • Accuracy & Precision
  • Repeatability & Reproducibility
  • Special Vs common cause
  • Basic statistics & probability
  • Variance (simulation)
  • Introduction to Minitab
  • Validate Measurement System
  • Different data types Performance/Capability
  • Sigma level for overall & sub grouped data
  • Baselining & goal validation
  • Measure Phase sign off & toll gate
  • Graphical plots like Histogram/ Dot plot, Pareto Chart, Individual value plot, Scatter diagram
  • Identify potential causes (X’s)
  • Brainstorming
  • Cause & effect
  • FMEA (Simulation)
  • Value stream mapping (Recap)
  • Different types of wastes
  • Prioritize Critical X’s
  • Concept of P value
  • Conduct Root Cause analysis
  • Normal & Non Normal data
  • Hypothesis testing for normal, non normal & discrete data
  • Data Analysis Based on Data Type
  • Correlation & Regression
  • 1 Sample T, 2 Sample T, Anova
  • 1- Proportion, 2- Proportion & Chi Square Test
  • Identify Critical X’s
  • Validate Critical X’s
  • Arrive Y=f(x)
  • Quantify the Opportunity
  • Prioritize Root Causes
  • Introduction to Design of Experiments
  • Analyze Phase sign off & toll gate
  • Develop Potential Solutions
  • Brainstorming
  • SCAMPER
  • doHow Gamification
  • Six Thinking Hats
  • Mistake Proofing & Different types pf mistake proofing
  • Solution prioritization matrix
  • Solution risk analysis
  • Implementation Plan
  • Stakeholder and impact analysis
  • Develop Pilot Plan & execute Optimize Solution
  • Implement solutions
  • Improve Phase Sign off
  • Lean solutions like SMED, JIT, Kanban, Total Productive Maintenance, single piece flow
  • Introduction to Control Phase
  • Process Risk Analysis
  • Different types of control
  • What is SPC?
  • Control charts & types
  • Develop SOP, control charts
  • Process Control System
  • Monitor & Standardize Process
  • Identify opportunities to horizontally replicate
  • Calculate Financial Benefits
  • Audits & Frequencies
  • Project sign off
  • Control Phase Sign off
  • Case Study 1
Trainers Profile An expert with a minimum of 10 years of experience in Lean Six Sigma & led minimum 50 Lean Six Sigma Projects
Course Fee Includes
  • Four Days of Simulation Enabled coaching
  • One Hard copy of Course Material with 5 case studies
  • doHow Gamification
  • Five Sample Question papers with solutions
  • Examination & Certification Cost
  • Support in Executing Project for a period of 06 Months
  • Refresher trainings at minimal charges
  • Special Invite to attend XergY’s students’ Green Belt project presentation
  • 100% Placement Assistance
  • Refreshment at the training venue
  • Mentorship & Assistance to accelerate your corporate career
Certification Procedure
  • Attend 4 days training
  • Successful completion of Green Belt Certification Exam conducted by TUV with 70% marks (at the end of 4th day)