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| Deming, W. Edwards | |
|---|---|
| Name | W. Edwards Deming |
| Birth date | October 14, 1900 |
| Birth place | Sioux City, Iowa |
| Death date | December 20, 1993 |
| Death place | Washington, D.C. |
| Fields | Statistics, Quality Management, Engineering |
| Alma mater | University of Wyoming, University of Colorado Boulder, Iowa State University |
| Known for | Statistical process control, Plan–Do–Study–Act, System of Profound Knowledge |
Deming, W. Edwards was an American statistician, professor, and consultant whose work transformed industrial quality and management practices in the 20th century. He applied statistical theory from Shewhart, Walter A. and mathematical foundations from R. A. Fisher to production processes, influencing leaders from Joseph Juran to executives in Toyota Motor Corporation and policymakers in Japan and the United States. Deming's ideas intersected with movements such as the Total Quality Management surge, the post‑World War II reconstruction of Japan, and the rise of Six Sigma-era corporations.
Born in Sioux City, Iowa, Deming studied mathematics and electrical engineering at University of Wyoming and University of Colorado Boulder before earning a Ph.D. in mathematical physics from Iowa State University under the supervision of A. L. Yates. He worked with mathematicians and statisticians connected to institutions like Princeton University and the Marine Corps during wartime research programs. Early influences included the work of Ronald Fisher, Jerzy Neyman, and Karl Pearson through statistical curricula and correspondence with peers at Columbia University and Harvard University.
Deming's professional career spanned roles at Western Electric, the United States Census Bureau, and wartime positions linked to Department of Agriculture and Office of Statistical Control. He collaborated with Walter A. Shewhart at Bell Labs on statistical process control and popularized control charts derived from Shewhart's work. After World War II he advised the Supreme Commander for the Allied Powers occupation of Japan and later consulted for corporations including Ford Motor Company and General Motors. He introduced cycle‑oriented improvement methods that later influenced frameworks at Motorola, AlliedSignal, and General Electric.
Deming promulgated a systematic philosophy summarized in the System of Profound Knowledge, integrating insights from W. Edwards Deming's mentors and contemporaries such as Shewhart, Walter A., Joseph Juran, and Peter Drucker. He advocated understanding variation using statistical tools like control charts and design of experiments from Ronald Fisher, emphasized the role of top management similar to teachings in Peter Drucker's management theories, and promoted continuous improvement akin to methods later codified in Kaizen. His famous 14 Points for Management advised leaders to adopt constancy of purpose, eliminate numerical quotas, and focus on quality over short‑term profits, influencing executives at Toyota Motor Corporation, Nissan Motor Co., and Canon Inc..
Deming authored influential books and papers including "Out of the Crisis" and "The New Economics for Industry, Government, Education", building on prior articles and lectures delivered at institutions like Columbia University, Harvard Business School, and the Union of Japanese Scientists and Engineers (JUSE). He taught seminars that distilled methods from Shewhart, Walter A. and case studies from firms such as Ford Motor Company and Nippon Steel. His presentations intersected with research published in journals tied to Institute of Electrical and Electronics Engineers and themes explored by scholars at Massachusetts Institute of Technology and Stanford University.
Deming's postwar seminars in Japan for Union of Japanese Scientists and Engineers leaders helped catalyze Japan's economic revival; executives from firms like Toyota Motor Corporation, Sony Corporation, Nissan Motor Co., Mitsubishi Heavy Industries, Hitachi, Ltd., and Panasonic Corporation implemented his statistical quality control principles. He became associated with the rise of the Japanese economic miracle and was honored by industrial bodies including the Japan Productivity Center and recipients of the Deming Prize established by JUSE. His influence extended globally into manufacturing centers in Germany, United Kingdom, United States, South Korea, and China, shaping the emergence of Total Quality Management, ISO 9000 standards, and methodologies later embodied by Six Sigma programs at Motorola and General Electric.
Deming received recognition from Japanese institutions, including awards from Prime Minister of Japan-era bodies and accolades linked to Union of Japanese Scientists and Engineers (JUSE). In the United States he was honored by organizations such as the American Society for Quality (ASQ), received honorary degrees from universities like Columbia University and Harvard University (honorary), and was the recipient of national citations alongside figures like Joseph Juran and Armand V. Feigenbaum. The Deming Prize, named in his honor by JUSE, remains one of the most prestigious quality awards in industry.
Deming married Mildred Josephine (Mildred) and maintained residences in Washington, D.C. and New York City while advising governments and corporations. His legacy persists through institutions and awards bearing his name, continued reference in curricula at Iowa State University and Columbia University, and citation in works by business thinkers including Peter Senge, Tom Peters, and Jim Collins. His statistical innovations trace lineage to Walter A. Shewhart and Ronald Fisher and continue to underpin contemporary quality initiatives at corporations such as Toyota Motor Corporation, Ford Motor Company, General Electric, and service organizations modeled after principles from Out of the Crisis.