Ed Layton was among the first wave of scholars who gravitated toward the history of technology as an emerging discipline in the 1950s, and he became a leader of the Society for the History of Technology’s intellectual and institutional development. In 1971, the society awarded him the Dexter Prize for The Revolt of the Engineers: Social Responsibility and the American Engineering Profession, citing it as “a model of research and synthesis in the social history of technology.” Over the years, he served on SHOT’s major prize committees, on the advisory council, editorial council, executive council, and on the editorial board of Technology and Culture. He became vice president and president of SHOT between 1983 and 1986, and in 1990 received the Leonardo da Vinci Medal, the society’s highest honor.
A brilliant teacher and scholar, Ed Layton combined a lifelong interest in science and technology with a passion for history in the longue durée. Few have matched the depth and breadth of his knowledge of human culture and society from ancient times to the present. Even in his last year of life, despite declining health, he read voraciously in subjects as diverse as ancient and medieval music, cosmic physics, poetry, film, astronomy, and naval history. Yet his reading was never aimless; it was shaped by a philosophical sensibility, a striving to find the deeper truths and patterns hidden within the complexity of nature and human history. These characteristics, together with the analytical clarity of his of writing, help to explain the enduring impact of his scholarly contributions. Ed Layton influenced our understanding of technological knowledge, the interaction of science and technology, the nature and history of engineering professionalization, and matters relating to engineering design, ethics, and ideology.
Edwin Thomas Layton Jr. was born in Los Angeles, where he was raised from a young age by his grandmother, after his parents divorced and permanently abandoned him. Ed’s psyche also bore the imprint of growing up during the Great Depression. He developed a respect for modest living and a strong work ethic. He held part-time jobs throughout high school and paid his own way through the University of California, Los Angeles, at both the undergraduate and graduate levels, working for a while as a chauffeur for a rich LA businessman. Ed never saw accumulation of wealth as a foundation for happiness, status, or meaning. He greatly enjoyed life, but he never cared much for material things. He believed that meaningful status in society had to be earned through work and by serving the needs of a larger community. His professional career shows that he lived this belief.
Ed’s years as a student at UCLA were some of his happiest, intellectually and personally. As an undergraduate, he first majored in chemistry, then considered shifting to mathematics, but finally chose history (with a minor in economics), mainly because he found the history professors more engaging. At the Ph.D. level, Ed originally hoped to work under social and intellectual historian John Higham, whom he greatly admired. But when Higham left UCLA to take a position at Rutgers in 1954, George Mowry, a historian of the Progressive Era, became Ed’s advisor. They established a close relationship, with Mowry becoming something of a father figure for Ed.
Ed’s training in social and intellectual history influenced the direction of his scholarship in the history of technology. Tracing this influence helps us to remember that the first generation of historians of technology came from other fields and brought those perspectives into the new discipline, sometimes with lasting effect. On one level, Ed’s doctoral thesis, “The American Engineering Profession and the Idea of Social Responsibility,” can be seen as a case study within the larger domain of Progressive-Era social history, which was George Mowry’s specialty. At a deeper level, though, Ed’s approach rested upon the foundations of a new intellectual history being set down by John Higham. In an unpublished autobiographical sketch, written when he received the Leonardo da Vinci Medal, Ed stated that Higham’s work had a “lasting intellectual impact.”
The most important aspect of Higham’s work for Ed was his approach to intellectual history. In the April 1951 issue of American Historical Review, Higham published an article critiquing the traditional approach to this subject, which was to analyze the history of ideas in an internalist fashion. In contrast, Higham advocated studying the evolution of thought systems in relation to their historical and social contexts, giving attention also to the ways that these thought systems influenced historical events and trends. Higham sought to make intellectual history a powerful tool and complement of social and political history. In a follow-up article published in the June 1954 in Journal of the History of Ideas, Higham further argued that adherents to this new approach could profit from paying attention to models and theories from the social sciences: “the social sciences offer us a multitude of tentative generalizations and classifications . . . these fields can guide us especially in formulating generalizations which connect thought and behavior.”
Ed’s dissertation can be seen as an early application of Higham’s approach to intellectual history. His dissertation (and its subsequent revision and publication as Revolt of the Engineers) focused on the thought systems of engineers, relating them to the social and historical context of engineering as well as to historical and political events within and beyond the engineering profession. Further, Layton echoed Higham’s prescription for using social science theory to help frame historical analysis, and he later characterized this approach as the basis for Revolt’s “most fundamental methodological innovation.”
Layton’s first teaching positions were in history departments. He taught American history surveys at the University of Wisconsin in 1955-56, while finalizing revisions to his dissertation. At Ohio State University (1957–1961) and Purdue University (1961–1965), he taught survey courses in American History and Western Civilization. During this time, however, Ed was becoming more firmly committed to the history of science and technology. At the University of Wisconsin, the shift was aided by sharing an office with Abbott Payson Usher, who was visiting for a year after having retired from Harvard. Usher’s book, A History of Mechanical Inventions, made Layton see the possibility of history of technology as an autonomous discipline, and through many conversations, Usher encouraged him to move further in that direction. Layton also began to encounter kindred spirits through his scholarly activities. For example, he got to know Eugene Ferguson after they both published articles in the same issue of the Midcontinent American Studies Journal in 1962. By 1963-64, at Purdue, Ed was teaching a survey course on the “history of scientific thought from its origin to modern times and its impact on society.”
Ed’s transition to a new discipline became complete when he was hired in 1965 to teach in the History of Science and Technology graduate program that Mel Kranzberg had built at Case Institute of Technology (later Case Western Reserve University), the first such program in the United States. At Case, every course Ed taught focused on the history of science and technology. Ed taught there for a decade (1965-1975) and viewed these years as a golden age: the happiest, most conceptually productive period of his scholarly life. He became part of a close-knit department (including Mel Kranzberg, Rober Schofield, and Reese Jenkins) devoted to building the new program. He recalled that the ambiance owed a lot to Mel Kranzberg, whose energy, enthusiasm, and kindness encouraged community spirit and an uninhibited exchange of ideas. Under Kranzberg’s magnetic influence, Ed soon became an active member of SHOT and helped Mel and his colleagues in the quest to forge the new discipline. As Layton later quoted Robert Schofield, “Mel built castles in the air and it was our job to build foundations under these castles.”
The foundation to which Ed devoted himself was the establishment of an autonomous intellectual history of technology rooted in a sociological and historical understanding of engineering as both a profession and a social activity. His The Revolt of the Engineers (1971), significantly revised from his 1956 dissertation, provided an essential cornerstone for this new structure. Its analysis of the tensions and evolution of the American engineering profession focused primarily on the formative first decades of the twentieth century, but it also provided a general framework for understanding engineers, their institutional loyalties, and their work practices. The enduring importance of this book is underscored not only by its status as Dexter Prize winner, but also by its re-publication with a new preface in 1986 and its inclusion in 2008 in Technology and Culture’s “Classics Revisited” series. Among the reasons for its staying power is its concern with big issues. Although built around a dramatic historical narrative, it was, more importantly, a theoretical and philosophical study of the nature of engineering in advanced industrial society. It shows respect for historical particulars and does not extrapolate carelessly beyond its American context. Yet its structure reveals Layton’s immersion in sociological theory and his deep concern with moral and existential issues.
During his Case years, in addition to Revolt, Layton published two articles in T&C which laid foundations for an autonomous intellectual history of technology: “Mirror Image Twins” (1971) and “Technology as Knowledge” (1974). These amounted to a declaration of independence for technology from science, and for the history of technology from the history of science. Their aim was to overturn that era’s dominant view of technology as applied science. As Layton came to recognize, this model narrowed the scope of history of technology and denied it “a rich dimension of social history.” Its latent function, he observed, was to establish a “pecking order” that subordinated technology to science, and thus history of technology to history of science.
Both articles depended on the methodological underpinnings provided by The Revolt of the Engineers, particularly its sociological understanding of engineering as a professional community. The 1971 article, “Mirror Image Twins,” was in essence a “prequel” to Revolt. He argued that “By 1900 the American technological community was well on the way to becoming a mirror-image twin of the scientific community.” This claim was obvious in retrospect and indeed uncontroversial. Yet it was the essential basis for declaring technology’s independence from science. For if one accepted this simple premise, then the applied-science model [of technology] began to unravel. “Mirror Image Twins” initiated the process by emphasizing that the applied science model failed to recognize the existence of a distinct technological community: it assumed that “science and technology represent different functions performed by the same community. But a fundamental fact is that they constitute different communities, each with its own goals and systems of values.”
“Technology as Knowledge” completed the unraveling of the applied science model by showing that it could not adequately account for technological change and, more importantly, by exploring technology as an independent knowledge system with its own characteristics. It laid the foundations for a more creative and useful understanding of technology. By analyzing technology as a distinct knowledge-system created by an independent, evolving community, Layton offered important new insights for building an intellectual as well as a social history of technology. With respect to the first, he sought to characterize unique elements in technology’s knowledge system. He observed that “technologists display a plastic, geometrical, and to some extent non-verbal mode of thought that has more in common with that of artists than that of philosophers.” Taken up and extended by Eugene Ferguson, this idea has carried history of technology in many new directions. Equally important, in attempting to understand technology as both knowledge and social activity, Layton called attention to design as a core activity of the technological community. Design, he explained, was the purposeful, value-laden application of technological means to social ends. It integrated technological knowledge with social aims, transforming them into material artifacts and systems of production functioning within society at large.
“Technology as Knowledge” was a crossroads, in the sense that it pointed both toward a social history of technology and toward an intellectual history of technology. While Ed chose the first path for his undergraduate teaching, he mainly chose the second path in his later research and publications. His teaching, now in the University of Minnesota’s Program in the History of Science, Technology, and Medicine, which he joined 1975 and remained until his retirement, included a one-year undergraduate survey of the history of technology from the stone age to the present. I served as the teaching assistant for that course for several years and still remember being enthralled by his lectures.
In his later research efforts to explore the nature of technological knowledge, Ed chose the history of hydraulic turbines as a vehicle for this effort. He soon uncovered a rich tradition of turbine design, research methods, and multiple forms of knowledge created by American and European millwrights from the eighteenth century onward, going far beyond his initial expectations. Layton’s focus on the hydraulic turbine further led him to recognize the fundamental importance of dimensional issues for technological development, which took him to the study of the history of dimensional analysis, one of the contributions for which he was cited when awarded the da Vinci Medal.
Yet even while focusing on the intellectual history of the hydraulic turbine, the social history of its community of practitioners continued to emerge. For example, Ed uncovered social and cultural struggles between millwrights and craftsmen, on one side, and an emerging technical elite of trained engineers on the other. He also had to grapple with distinct national traditions of hydraulic knowledge and turbine design and with the patterns of international diffusion of both artifacts and knowledge related to turbines and their development. In sum, if anyone had doubted that technologists did form a community with a centuries-long continuous history, and with its own rich, multidimensional, and autonomous body of knowledge shaped by an evolving social and institutional context, Ed Layton’s research and the many published contributions it spawned have set those doubts to rest.
A scholar’s work may live or die depending on how their ideas are presented to the world. Writing and publication are thus a crucial dimension of creative research in the humanities, and Ed took this aspect of professional life very seriously. His best work is incomparable in the degree to which profound ideas, powerful analytical frameworks, and impressive breadth of research and knowledge are united in concise yet engaging and readable prose. “Technology as Knowledge” is only ten pages, but it opened up a new world of thought about technology that still continues to shape research. The Revolt of the Engineers went through nine separate drafts and remains a model of elegant prose architecture, combining striking breadth and depth with clarity, precision, and succinctness.
Ed’s writing, which also goes to the heart of his thinking, displays a certain intellectual austerity, understood here in the sense of unadorned purity and logical necessity. Many scholars in the humanities write by adding layers of meaning to seemingly simple or straightforward concepts or problems; Ed often worked in the opposite direction. He distilled an underlying essence out of complex historical tapestries; his work sometimes took on the quality of philosophical analysis. The first chapter of The Revolt of the Engineers, “The Engineer and Business,” is a brilliant example of this technique. Also, many of Ed’s key arguments (often expressing subtle humor) are built around proofs of logical necessity or analyses of logical inconsistencies in “received wisdom” or in the arguments of historical actors. This approach can be found in most of his early publications and all of his most cited publications.
Ed’s view of scholarship as the deeply committed search for knowledge and truth meant that his students were necessarily held to high standards that could not be lowered for mundane human reasons. There were no compromises; there was no royal road. David Channell recalls that at Case, “mostly the graduate students were terrified of him.” Yet on a personal level, Ed was gentle, kind, and fun, and tutorials with him were always filled with wonderful conversation, lots of humor, and plenty of coffee and cookies. He was, moreover, a dedicated mentor for his doctoral students. Bruce Sinclair has fittingly described Ed’s style as an advisor, observing that “he was an enormously helpful critic in the dissertation process. Every chapter came back with substantial and extensive comment, and all of it worthwhile as well as to the point . . . he was both generous of his time and thoughtful.”
Edwin Layton has left an enduring legacy, both through his contributions to the history of technology and fields beyond, and through the inspiration and guidance he offered to students and colleagues. Ed’s contributions helped the discipline forge a strong professional and intellectual identity in its formative decades. His work on engineering professionalization, the nature of technological knowledge, the interaction of science and technology, engineering ideologies, and the significance of design played a crucial role in consolidating a new understanding of our field and inspiring important, innovative paths of research. We continue to depend on and gain inspiration from the examples he set—in his teaching, research, and writing—as well as from the ideas he devoted his life to discovering, creating, and sharing.
Eda Kranakis
Adapted from: Eda Kranakis, “Looking Into the Mirror of Time: Reflections on the Life and Work of Edwin T. Layton Jr., 1928-2009,” Technology and Culture 51, no. 2 (2010): 543–60. https://doi.org/10.1353/tech.0.0455. Please consult for more information, including extensive notes.
Cooper, Carolyn. “Social Construction of Invention through Patent Management: Thomas Blanchard’s Wood working Machinery.” Technology and Culture 32 (1991): 960–98. [Carolyn Cooper took up Layton’s approach of tracking down patent lawsuit records, applying it to the case of Thomas Blanchard and turning up a treasure-trove of new sources on Blanchard and other inventors working in his domain.]
Layton, Edwin T., Jr. “American Ideologies of Science and Engineering.” Technology and Culture 17 (1978): 688–701.
Layton, Edwin T., Jr. “Comment: The Interaction of Technology and Society.” Technology and Culture 11 (1970): 27–31. [Some of Layton’s ideas about relationships between technology and society, and a sense of how he approached the issue, can be seen in a commentary he made at a symposium on the historiography of American technology.]
Layton, Edwin T., Jr. “Contextual History of Technology—Roots in the Case Program.” Technology and Culture 32 (1991): 584.
Layton, Edwin T., Jr. “Mirror Image Twins: The Communities of Science and Technology in Nineteenth-Century America.” Technology and Culture 12 (1971): 562-80.
Layton, Edwin T., Jr. The Revolt of the Engineers.
Layton, Edwin T., Jr. “Scientific Technology, 1845-1900: The Hydraulic Turbine and the Origins of American Industrial Research,” Technology and Culture 20 (1979): 64-89.
Layton, Edwin T., Jr. “Technology as Knowledge.” Technology and Culture 15 (1974): 31–41.
Layton, Edwin T., Jr. “Through the Looking Glass, or News from Lake Mirror Image.” Technology and Culture 28 (1987): 594–607.
Layton, Edwin T., Jr. “Science as a Form of Action: The Role of the Engineering Sciences.” Technology and Culture 29 (1988): 82–97.
Klein, Ronald R. “Classics Revisited—From Progressivism to Engineering Studies: Edwin T. Layton’s The Revolt of the Engineers.” Technology and Culture 49 (2008): 1018-24.