Six Sigma Basics And Tools For Manufacturing Excellence

Description

This course introduces Six Sigma Basics and practical Six Sigma tools for manufacturing excellence. Learners will understand DMAIC, defect reduction, process variation, Cpk, root cause analysis, Poka-Yoke, Taguchi, ANOVA, COPQ and control charts through simple explanations and real shop-floor examples from CNC, welding, casting, coating and assembly

Course Details

Six Sigma Basics & Tools for Manufacturing Excellence is a practical e-Learning course designed for students, engineers, supervisors, and manufacturing professionals who want to improve quality, reduce defects, and solve shop-floor problems using Six Sigma methods.

The course explains Six Sigma in simple manufacturing language, without heavy statistics. Learners will understand DMAIC, defect reduction, process variation, DPMO, Cp, Cpk, CTQ, VOC, COPQ, root cause analysis, Poka-Yoke, control charts, Taguchi Method, ANOVA, and 27 practical Six Sigma tools.

The course includes real examples from CNC machining, welding, casting, powder coating, assembly, inspection, and quality control. It also covers practical templates such as problem statement, check sheet, Pareto chart, Fishbone diagram, 5 Whys, SIPOC, Gauge R&R, control plan, solution selection matrix, and A3 report.

By completing this course, learners will be able to identify process problems, collect useful data, analyse root causes, implement improvements, and sustain results through standard operating procedures and control plans. The attached course content specifically covers DMAIC, Lean Six Sigma, Taguchi, ANOVA, COPQ, practical exercises, and five manufacturing case studies.
 Key Modules
1.    Introduction to Six Sigma in Manufacturing 
2.    Basic Statistics Made Simple 
3.    DMAIC: Define, Measure, Analyse, Improve, Control 
4.    27 Practical Six Sigma Tools 
5.    Root Cause Analysis & Problem Solving 
6.    Process Capability, Cpk & Sigma Level 
7.    Taguchi, ANOVA & Data-Based Decisions 
8.    Poka-Yoke, Control Plan & Sustaining Improvements 
9.    Manufacturing Case Studies & Practical Templates

What You Will Learn

Six Sigma basics and sigma levels 
Defects, variation, DPMO, CTQ, VOC, Cp and Cpk
DMAIC problem-solving method 
Root cause analysis using 5 Whys and Fishbone 
Pareto, Check Sheet, SIPOC, Gauge R&R and Control Charts 
Poka-Yoke and practical mistake-proofing 
Taguchi Method and ANOVA basics 
Cost of Poor Quality and improvement savings

Suitable For
Mechanical students, diploma students, production engineers, quality engineers, supervisors, manufacturing professionals, MSME teams, and industry improvement teams