|
Back
to index

"Zero
Defects"
By
Bob Krone, PhD
ASQ Fellow Member
|
|
Twenty-five years ago,
1980, Philip B. Crosby published Quality Is Free. When Deming, Juran, and
Ishikawa had been focusing on the highly technical aspects of quality
measurement and control, Crosby brought a simple but powerful message:
“Quality is much too important to be left to the quality control department;
senior management must commit to quality if things are to change; and doing
things right the first time adds absolutely nothing to the cost of a product
or service; a defect that is never created cannot be missed. Identifying and
eliminating the causes of problems reduces rework, warranty costs, and
inspection.” Crosby emphasized that doing things wrong makes costs
skyrocket. And he agreed with Deming and Juran that management was the root
cause of these problems.
The book gave
corporate thinking new directions. It shifted the responsibility for the
quality of goods and services from the quality control department to the
corporate boardroom, attacked the entrenched notions of ‘good enough’ and
Acceptable Quality Levels (AQL), and introduced Zero Defects as the only
acceptable performance standard, setting the stage for the Six Sigma
movement that has continued to teach defect reduction.
The Zero Defects concept earned much criticism
in the 1980s and has not achieved universal acceptance by 2005. Critics
claimed that Zero Defects in production and services was not possible to
achieve and that unusual efforts to do so would actually decrease
productivity by over engineering and applying energies to an infeasible
goal.
But a Google search
for “Zero Defects” on 15 December 2005 produced 2,710,000 hits and 12,500
pages in published books. Crosby International remains active globally in
sixteen countries and there are ISO registered companies using the Zero
Defects in their titles. Zero Defects is a classic concept that gains
momentum as science and technology advance.
In my “Space” Quality Classic (Inland Empire
Quality Newsletter, Vol. 13, Issue 1, Jul-Aug-Sep 2005) I identified the
issue of “How should ASQ plan for the future of work and service as the
human breakout into space occurs?” (1). As time goes by the degree of
non-productivity, waste, dangers and destruction associated with defects
rises. Zero Defects should be one of the top criteria for the planning of
the next great human adventure – into Outer Space.
Like many creative
thinkers, Phillip Crosby was way ahead of environments and situations where
his thinking was a perfect match. Zero Defects now has a permanent role in
Quality Classics.
_____________________________
(1) See Bob Krone, Ph.D. Editor, Beyond
Earth: The Future of Humans in Space (CGPublishing, Inc, 2006, forthcoming).
The subject will also be on the agenda for the 18th Annual
Quality Management Conference at Irvine, California, 1-3 March 2006.
_______________________
"Quality Classics" is a project of the
American Society for Quality (ASQ) Inland Empire Section 0711. This Quality
Classic was published in the Inland Empire Quality Newsletter, Vol
13, Issue 4 (Jan-Feb-Mar 2006). Quality Classics meet the criterion of
documenting a concept, model, tool, formula or algorithm that has 50 years
or more validated utility in the Quality Movement begun in the 1950s.
Readers can access the entire series of Quality Classics at:
http://www.asq711.org. |
Back
to index

"Standards"
By
Bob Krone, PhD
ASQ Fellow Member
|
|
The voluntary
standards program in the United States was launched by Secretary of Commerce
Herbert Hoover on 29 October 1921 (1). Industrial standards helped form the
origin of the Quality Management movement. Chapter 10 of Dr. Deming’s
classic Out of the Crisis is “Standards and Regulations.” (2). Dr. Juran’s
Quality Control Handbook documents standards in assembly industries, for
executive reports, for inspection costs, measurements standards, for product
auditing and compliance and under government regulations. (3). Since then
ASQ has become one of the world’s leading standards developer, but not the
only one.
For instance, China’s
Guofia Biazhun (GB) Standards system has over 13,000 standards over subjects
like: Material Sciences, Health Care Technology, Metrology, Electronics,
Jewelry, Road Vehicles, Shipbuilding, Wood, Petroleum and Military
Engineering, just as illustrative examples.
Standards are
accounting, far more than generally recognized, for productivity increases
around the world. Just two major examples are civilian airlines and personal
computers. Because of international standards millions fly around the world
daily and the personal computers of hundreds of millions of people
communicate daily. Compare that with the standards development in 1950 and
speculate to 2050.
Three major standards
web sites are:
• National Institute
of Statistics and Technologies (www.nist.gov)
• American National
Standards Institute (www.ansi.org)
• ISO International
Standards Organization (www.iso.org)
On March 3, 2006 at
the 18th Annual Quality Management Division Conference in Irvine, California
Paul C. Palmes, Quality Assurance Director, Northern Pipe Products, Inc,
North Dakota, described the past three years of development by a group of
global experts of a new international ISO Guidance Standard -- ISO 10014.
The purpose of that standard will be to help quality professionals and top
managers to realize financial and economic benefits. And that goal is linked
to the relatively new focus within ASQ on the Economic Case for Quality (4).
This is a 2006 example of the fifty-year progression of the Quality Movement
from products to services to strategy and policy. In the case of ISO 10014,
as with many international standards, there will be national and
international economic, social and political spin-offs.
Standards clearly fit
the Quality Classic criteria.
_________________
(1) W. Edwards Deming,
1986. Out of the Crisis, Massachusetts Institute of Technology, 297.
(2) op.cit. p.297.
(3) J.M. Juran and Frank M. Gryna, Editors, 1951 First
Edition, 1988 Edition. McGraw-Hill, Index, p.46.
(4) See The Quality Management Forum, Winter 2006. a publication of the
Quality Management Division of ASQ.
_____________________________
* "Quality
Classics" is a project of the American Society for Quality (ASQ) Inland
Empire Section 0711 begun in July 1998. This is the 26th Quality Classic
essay in the series. It was published in the Inland Empire Quality
Newsletter, Vol 13, Issue 4 (Apr-May-June 2006). Quality Classics meet the
criterion of documenting a concept, model, tool, formula or algorithm that
has 50 years or more validated utility in the Quality Movement begun in the
1950s. Readers can access the entire series of Quality Classics at:
http://www.asq711.org. |
Back
to index

"Teamwork"
By
Bob Krone, PhD
ASQ Fellow Member
“You have seen a great effort by a truly great
NASA Team.”
Mike Griffin, NASA Administrator, Atlantis Space Shuttle
Post-Mission Briefing, NASA TV, 22 September 2006
|
The most complex
teamwork in today’s world is for space missions.
ASQ presents twenty-four types of Annual
Quality Awards (Quality Progress,
August 2006, p.41-43). Although many of them are awarded to individuals,
none of them could have been won without teamwork. The truth is that it is
impossible for one person to achieve results in the public or the private
spheres completely on their own. One person may have an innovative idea or
concept that earns support from colleagues; but implementing that idea takes
many working as a team.
Phillip Crosby wrote
that the purpose of teams goes way beyond “the methodical creation of
procedures and actions…..the real learning comes from the experiences that
the team members themselves have…. Every person who spends time on a
quality improvement management team will grow in his or her value to the
company—and to himself or herself” (1)
Almost twenty years
ago Peter R. Scholtes, et al, wrote: “The main agenda of quality projects is
to improve a work process that managers have identified as important to
change. The team studies this process methodically to find permanent
solutions to problems.”(2) W. Edwards Deming wrote: “The aim of a team is to
improve the input and the output of any stage (in the Shewhart Cycle).”
(3) ASQ’s International Team Excellence Award Process (www.asq.org)
has five pages of Scoring Guidelines for evaluating team experiences.
We can assume that
humans learned to team up to meet their needs even before they developed
language. Teamwork is a classic activity leadership has used in war and
peace throughout history. Pioneers and practitioners of the Quality Sciences
and Quality Management all recognized teamwork as essential for improving
the quality of any system’s performance.
Teamwork is a solid component of our
Quality Classics.
____________________________
1.
Phillip B. Crosby, Quality
Without Tears: The Art of Hassle-Free Management, (McGraw-Hill Book Company,
1984), pp. 107-108.
2.
Peter R. Scholtes, The
Team Handbook: How to Use Teams to Improve Quality (Joiner Associates, Inc.
1988), p. 117.
3. W. Edwards
Deming, Out of the Crisis (Massachusetts Institute of Technology, 1986), p.
89.
____________________________
* "Quality Classics" is a project of the
American Society for Quality (ASQ) Inland Empire Section 0711. This Quality
Classic was published in the Inland Empire Quality Newsletter, Vol
14, Issue 2 (Oct-Nov-Dec, 2006). Quality Classics meet the criterion of
documenting a concept, model, tool, formula or algorithm that has 50
years or more validated utility in the Quality Movement begun in the
1950s. Readers can access the entire series of Quality Classics at:
http://www.asq711.org. |
Back
to index

|
|
The two most
influential Quality Sciences pioneers were Dr. W. Edwards Deming and Dr.
Joseph Juran. They both consulted industry in Japan after World War II and
spent their long professional lives creating Quality Control and Management
tools that were fundamental to the development of Quality Sciences that are
globally accepted in 2007.
But Deming and
Juran approached the world of work with two quite different approached.
Deming was the theorist. His Deming-Shewhart Cycle of Continual Improvement
(PDCA); his Flow Diagram he taught the Japanese in 1950 and his later 14
Points for Transfer of Management were paradigm changes which have survived
to today. In Dr. Deming’s seminars he would tell participants “Always ask
first if there is a system in place.” For Deming the validated theory
insures quality improvement. He fully understood the statistically based
tools but he designed them to implement his deductive and theoretical
models.
Dr. Juran took the more
inductive approach. He was a Project Manager. He was less concerned about
macro theory than Deming. Juran’s definition of a project was “... a
problem scheduled for solution.”1 He invented a three component
strategy for solving problems with projects. He called it “The Juran
Trilogy for Quality Processes.” It was analogous to Financial Management.
The three parts were: 1) Quality Planning; 2) Quality Control; and 3)
Quality Improvement. Each of those major steps has several sub-steps.2
The Six Sigma
approach to Quality has not ignored the Deming theories but has concentrated
on Juran’s project orientation. To achieve a Black Belt requires a large
set of successful project analyses and solutions.
Projects are
Quality Classics which can be predicted to apply to the world of work in
perpetuity.
1.
J.M. Juran, Editor in Chief, Juran’s Quality Control Handbook , 4th
Edition, McGraw-Hill, 1988, p. 22.31.
2.
This Trilogy he summarized in a video titled: ”Juran on Quality Leadership.”
_________________________________
"Quality Classics" is a
project of the American Society for Quality (ASQ) Inland Empire Section
0711. This Quality Classic was published in the Inland Empire Quality
Newsletter, Vol 14, Issue 4 (Apr-May-Jun, 2007). Quality Classics meet the
criterion of documenting a concept, model, tool, formula or algorithm
that has 50 years or more validated utility in the Quality Movement begun in
the 1950s. Readers can access the entire series of Quality Classics at:
http://www.asq711.org. |
Back
to index

"Purpose"
By
Bob Krone, PhD
ASQ Fellow Member
|
|
Purpose has been a driving
force for people and organizations for millenniums. Quality Sciences and
Quality Management pioneers formalized purpose for the analysis and
improvement of organizations. When W. Edwards Deming was creating his
“Principles for Transformation of Western Management” he did it for the
following purpose:
“Western style of
management must change to halt the decline of Western Industry.”[1]
Deming’s first point of his “14
Points for Management” was: “Create constancy of purpose toward improvement
of product and service, with the aim to become competitive and to stay in
business, and to provide jobs.”
Purpose is something one
intends to get or do; intention; aim; resolution; determination; the object
for which something exists or is done; an end in view (Webster’s New World
Dictionary). Socrates claimed that the purpose of philosophy is to enable
the gain of self-knowledge. Plato believed the purpose of philosophy was to
discover reality or absolute truth. Hegel said that the philosophy’s
purpose is to discover the absolute truth in absolute form. Helen Keller
wrote that happiness comes from fidelity to a worthy purpose. Modern
spiritual philosophy sees the purpose of life in improving the environment
and world condition for all beings.
Christian author Rick Warren
published The Purpose Driven Life in 2002. It was the best selling book in
the world for 2003, 2004 and 2005 and has been translated into more than
fifty languages. The University of Minnesota’s Center for Spirituality and
Healing researches the ways in which purpose dramatically affects aging.
And the Queen’s University in Ontario, Canada conducts a “Purpose of Life”
essay competition. (Info on each of the above can be found with a Google
search).
The last three years of my
University of Southern California work (1989-1992) I was the Worldwide Chair
for USC’s delivery of the Master of Science for Systems Management (the MSSM
Degree). University faculty hardly ever agree completely on a subject; but
we had 300 faculty teaching 2,200 masters degree candidates at 70 locations
around the world; and they all agreed that the overall purpose of Systems
Management was the improvement of private and public organizations.
Purpose can be for good or
evil. Hitler’s purpose for the Final Solution was annihilation of Jews as
competition for the Aryan Race. I worked with forty-one career space
professionals to create the 2006 book, Beyond Earth: The Future of Humans in
Space[2].
There was complete agreement that the purpose of creating human settlements
in space is to improve humanity, and its environments, on earth and in
space.
An essential action to sustain
and improve the quality of anything – from an individual life through
business, industry, government, education, religion, entertainment, media or
medicine – is to accomplish values analysis to obtain consensus for what is
preferred for the future. Purpose is inherent in preferences. When you, as
a leader, can create consensus for a purpose, the probabilities of future
successes will be high.
Purpose of decision makers has
been the most influential variable in human history. It will always be a
Quality Classic.
_________________________________
"Quality Classics” is
a project of the American Society for Quality (ASQ) Inland Empire Section
0711. This Quality Classic was published in the Inland Empire Quality
Newsletter, Vol 15, Issue 1 (Jul-Aug-Sep 2007). Quality Classics meet the
criterion of documenting a concept, model, tool, formula or algorithm that
has 50 years or more validated utility in the Quality Movement begun in the
1950s. Readers can access the entire series of Quality Classics at:
http://www.asq711.org.
W, Edwards Deming, Out of the Crisis. Massachusetts Institute of
Technology, 1982. pg. 23.
Bob Krone, Ph.D., Editor, Beyond Earth: The Future of Humans in Space,
CGPublishing, Apogee Space Press, 2006. |
Back
to index |