Williams, James C. (Author)
Description It was Frederick E. Terman's vision and life's work which created the foundation for Silicon Valley. Local experience of interaction between industry and university in the field of electrical engineering, dating from the 1880s, and wireless communication, dating from the 1910s, was harnessed by Terman to promote the interests of the Stanford University. As director of the Applied Electronics Laboratory, Terman reinforced the relations between university and industry, by selecting only projects which would strengthen Stanford's basic electronics research and enhance the university's reputation. Backed by Varian Associates, Terman transformed the initial plans for a Stanford housing and industrial site into the backbone of what today is Silicon Valley, with companies such as Fairchild and Lockheed. (Abstract from: http://www.inderscience.com/info/inarticle.php?artid=2700)
Thesis
Yi, Doogab;
(2008)
The Recombinant University: Genetic Engineering and the Emergence of Biotechnology at Stanford, 1959--1980
(/isis/citation/CBB001560806/)
Article
Lowen, Rebecca S.;
(1992)
“Exploiting a wonderful opportunity”: The patronage of scientific research at Stanford University, 1937-1965
(/isis/citation/CBB000066069/)
Book
Gillmor, C. Stewart;
(2004)
Fred Terman at Stanford: Building a Discipline, a University, and Silicon Valley
(/isis/citation/CBB000750876/)
Article
Yates, JoAnne;
(1985)
Graphs as a managerial tool: A case study of Du Pont's use of graphs in the early twentieth century
(/isis/citation/CBB001180855/)
Article
Tyabji, Nasir;
(2004)
Exemplar of Academia--Industry Interchange: The Department of Chemical Technology at Bombay University
(/isis/citation/CBB000470838/)
Thesis
Yarnell, Damon A.;
(2010)
Behind the Line: Outside Supply, Mass Production, and the Question of Managerial Expertise in the Model T Era
(/isis/citation/CBB001567203/)
Book
Fitzgerald, Deborah;
(2003)
Every Farm a Factory: The Industrial Ideal in American Agriculture
(/isis/citation/CBB000301699/)
Book
Joris Mercelis;
(2020)
Beyond Bakelite: Leo Baekeland and the Business of Science and Invention
(/isis/citation/CBB912550580/)
Article
Thomson, Ross;
(2011)
Did the Telegraph Lead Electrification? Industry and Science in American Innovation
(/isis/citation/CBB001211697/)
Article
Steen, Kathryn;
(2001)
Patents, Patriotism, and “Skilled in the Art”: USA v. The Chemical Foundation, Inc., 1923--1926
(/isis/citation/CBB000671232/)
Book
Bud-Frierman, Lisa;
(1994)
Information acumen: The understanding and use of knowledge in modern business
(/isis/citation/CBB001180863/)
Book
Copley, Frank Barkley;
(2001)
Frederick W. Taylor, Father of Scientific Management
(/isis/citation/CBB000102140/)
Chapter
Yates, JoAnne;
(1994)
Evolving information use in firms, 1850--1920: Ideology and information techniques and technologies
(/isis/citation/CBB001180864/)
Article
Heide, Lars;
(2011)
Scale and Scope in American Key-Set Office Machine Dynamics, 1880s--1930s
(/isis/citation/CBB001231711/)
Book
Heide, Lars;
(2009)
Punched-Card Systems and the Early Information Explosion, 1880--1945
(/isis/citation/CBB000952152/)
Article
Takehiko Hashimoto;
(2017)
The Construction of the System of Aeronautical Standards for Safe Air Navigation before World War II
(/isis/citation/CBB369767024/)
Article
Aylen, Jonathan;
(2008)
Construction of the Shotton Wide Strip Mill
(/isis/citation/CBB000831733/)
Article
Downey, Greg;
(1999)
Information networks and urban spaces: The case of the telegraph messenger boy
(/isis/citation/CBB001180041/)
Article
Heide, Lars;
(1997)
Shaping a Technology: American Punched Card Systems 1880-1914
(/isis/citation/CBB000111235/)
Book
Morton, Michael S. Scott;
(1991)
The Corporation of the 1990s: Information technology and organizational transformation
(/isis/citation/CBB001180865/)
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