Lean Six Sigma Black Belt Training Program
- Offered byTUV SUD
Lean Six Sigma Black Belt Training Program at TUV SUD Overview
Duration | 6 days |
Mode of learning | Online |
Official Website | Go to Website |
Credential | Certificate |
Lean Six Sigma Black Belt Training Program at TUV SUD Highlights
- Earn a certificate from TUV SUD
- Experience of working on 2 simulation projects with end-to-end project support
- Get Lean Six Sigma Black Belt training kit with pre-study material
- Get sample question papers and case studies
- Guidance from certified Master Black Belts (MBBs) with multi-industry exposure and extensive project knowledge
Lean Six Sigma Black Belt Training Program at TUV SUD Course details
- For senior management, team leaders and quality assurance engineers
- Ability to deliver projects with quantifiable and tangible results
- Be the authorized person to identify projects, lay the foundation and implement changes
- Develop a data-driven approach to solve problems
- Learn enhanced project management techniques
- Improve your CV with a globally recognised certificate
- This course is designed to empower professionals with the expertise and methodologies required to lead complex process improvement projects
- This course combines the principles of Lean and Six Sigma to drive organizational excellence, operational efficiency, and quality management
Lean Six Sigma Black Belt Training Program at TUV SUD Curriculum
Overview
Introduction and ground rules
Review of material covered in Green Belt training
Overview of Six Sigma, Lean and other continuous improvement methodologies
Strategic planning and deployment for initiatives
Define Phase
Voice of customer data collection
Project Management
CPM
Activity Network Diagrams
PERT
Risk Analysis
Measure Phase
Types of Data, Sampling Strategies and Seven Quality Tools
Advanced Measurement Systems Analysis
Gage Linearity
Kappa and Kendall Coefficients
Analyze Phase
Calculate and interpret correlation coefficient and regression analysis, multi-variate tools
Hypothesis tests
Sample size
Confidence intervals
Non-parametric tests
Contingency tables
Improve Phase
Design of Experiments (Two-level full and fractional factorial, Robust Design)
Lean Tools (Pull Systems, Cycle-time reduction, Kaizen and TOC)
Pilot Plans
Control Phase
Advanced SPC
Moving Average
CUSUM
Short Run
Special Rules for SPC
Lean Tools (TPM and Visual Factory)
Measurement Systems Re-analysis
DFSS Framework
Quick review of concepts covered and Q&A