The book is divided into modules, each of which builds upon the preceding one, and can be used as a training text or as a self-study guide. The first module covers the basics: causes of variation, tools (historgrams, control charts, variable and attribute charts).
Modules 3 and 4 go deeper into the tools, explaining why you would use them, how to use them and how to interpret them. This is the heart of the book.
Machine and process capability, the subject of module 5, can be applied beyond the shop floor. For example, I work as an information technology consultant and was able to apply the knowledge from this module to project estimation and controls, service level measurement and quality assurance processes. This information is also applicable to other areas and will be useful to anyone who works at a company registered as ISO-9000.
Module 5 covers all of the common quality problem-solving tools ranging from brainstorming to scatter diagrams. IT consultants and practitioners will find the sections on cause and effect diagrams and Pareto analysis useful for process improvement for defect identification and removal, and other related objectives.
Elements of a TQM system covered in module 8 may have been better placed in module 1, but it is thorough and a good starting point for anyone who is new to quality.
This book finishes with a module that provides the answers and solutions to practice problems from the preceding modules, which underscores its value as a class test or self-study guide.
I recommend this book to associates who either have never heard of SPC (and there are a lot of them) or think it is beyond their ability to grasp. It is impossible to have a viable, effective program of continuous improvement without SPC. The authors have done a remarkable job of writing a book that lives up to its title by simplifying SPC. As such they have made an important contribution to quality by making this effective tool available to anyone who will take the time to read the book and apply what they learn.