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Although most agree that Lean Six Sigma is here to stay, they also agree that learning how to sustain the results seems problematic at best and unattainable at worst. Reverting to the old way of doing things is inevitable if sustainability measures are not a part of the methodology. Currently there are no standard resource on how to be sustainable or on using statistical techniques and practices. Until now. Sustainability: Utilizing Lean Six Sigma Techniques not only examines how to use particular lean six sigma tools, but how to sustain results that make companies profitable with continuous improvement.
The book demonstrates how to use the Six Sigma methodology to make process-focused decisions that will achieve the goals of sustainability and allow organizations to gain true benefits from process improvements. It covers sustainability and metrics, Lean manufacturing, Six Sigma tools, sustainability project management, sustainability modeling, sustainable manufacturing and operations, decision making, and sustainability logistics. These tools help sustain results while keeping organizations competitive regardless of economic conditions.
While continuous improvement techniques look good on paper, the implementation of the techniques can become difficult and challenging to maintain. Without utilizing Lean Six Sigma tools and leading the change, companies will become less and less marketable and profitable. This book supplies a blueprint on achieving sustainable results from high-quality improvements and making organizations competitive and first in class in their marketplace.
Table of Contents
Global Issues in Sustainability
Areas of Sustainability
What Happens Globally if We Are Not Sustainable?
Systems View of Sustainability
What Is a System?
A Systems Engineering Framework
Definitions of Sustainability
Foci of Sustainability
Using the Hierarchy of Needs for Sustainability
Social Change for Sustainability
Lean and Waste Reduction
How to Use Poka-Yokes
Education and Sustainability
Strategic Role of Sustainability Education
Center of Excellence for Sustainability
The Role of Women in Achieving Sustainability
Agriculture and Sustainability
Evolution of Efficient Agriculture
Emergence of Cities
Human Resources for Sustainability
The Role of Technology in Sustainability
DEJI Model for Sustainability Assessment
Foundation for Sustaining Sustainability
Six Sigma for Sustainability
Measurement Systems Analysis
Failure Mode and Effect Analysis (FMEA)
Simple Linear Regression
Theory of Constraints
Single-Minute Exchange of Dies (SMED)
TPMTotal Productive Maintenance
Design for Six Sigma
Technology Transfer for Sustainability
Definition and Characteristics of Technology
Sustainability Technology Transfer Modes
Sustainability Changeover Strategies
Technology Systems Integration
Sustainability Performance Evaluation
Sampling and Estimation for Sustainability
Errors in Sampling
Data Determination and Collection
Data Analysis and Presentation
Calculations under the Normal Curve
Managing Sustainability Projects
Why Projects Fail
Management by Project
Integrated Project Implementation
Critical Factors for Project Success
Project Management Body of Knowledge
Components of the Knowledge Areas
Step-by-Step and Component-by-Component Implementation
Project Systems Structure
Project Systems Implementation Outline
Project Decision Analysis
Systems Group Decision Making Models
Hierarchy of Project Control
Appendix: Six Sigma Glossary