Description
Book SynopsisTrade Review"Vertesi has lifted the curtain for all to see. Embedded with various NASA projects for years, she takes readers into the heart of two of them. . . . [She] does not simply describe the nuts and bolts of how these missions operate. Rather, she draws sweeping conclusions about the very nature of scientific discovery—what gets found—and how it depends on the ways in which scientists collaborate. That has implications for just about any group of researchers in any field. . . . In the end, science from both missions flowed directly from the people involved. No matter how the lakes on Titan shimmer, or what the mineralogy of a particular Martian rock turns out to be, it was the people behind the spacecraft, keyboards and endless tele-conferences that drove what these interplanetary robots discovered. I’m glad to have come to know them even better through this book." * Nature *
"A highly intelligent and well-structured book. . . . Vertesi provides some brilliant explanations, which are so masterful that they alone would make taking up the book worth the price. . . . It ofers a plethora of new information which enriches the discourse of organization science. It will likely serve as a blueprint for similar research programs in ethnographic studies of space science in the future." * Metascience *
"Vertesi masterfully, and with intricate detail, shows how spacecraft take on a life nurtured by scientists and engineers who, by their very actions and approaches, embody them with sociological characteristics. . . . This work by Vertesi, with its enunciation of organized science, stands out as one of the most detailed studies on the sociology of scientific organizations, and their impact on the resulting science. It will be of great interest to all historians of science." * Technology and Culture *
"Based on years of ethnographic observations, in
Shaping Science: Organizations, Decisions, and Culture on NASA’s Teams Janet Vertesi tells the story of how this unruly combination of grand-scale missions to know more about space through robots, photos, and particles by multi-national distanced collaborations are made to work. . . .
Shaping Science shows that science is an
art—a collective act that organizes scientists, engineers, politics, robots, data, and the public. All these elements interact to create the output that then becomes our shared knowledge about the space beyond us." * Symbolic Interaction *
"This carefully referenced work often cites how characteristics of these missions parallel other areas of STS. Among the many topics included are the role of 'personalities' on a mission, the value of the data to career success and mobility, and reflections on her own methodology. . . . Recommended." * Choice *
"A fascinating, inside look at NASA missions to Saturn (Helen) andMars (Paris). . . . Vertesi has produced a compelling exploration of organizations’ influence on the production of scientific knowledge. The book makes a bold argument, supported by rich ethnographic detail. It is a fun, illuminating read, and scholars of science, technology, work, and organizations will find much to appreciate in its pages." * American Journal of Sociology *
“In this important work, Princeton University sociologist Janet Vertesi amalgamates science and technology studies (STS) and more traditional sociology and anthropology to explore the manner in which science teams working on NASA planetary probes go about their work, create knowledge, and disseminate understanding about the evolution of the cosmos. . . . A path-breaking work and recommended for all seeking to understand the manner in which science teams operate in the modern era.” * Quest: The History of Spaceflight Quarterly *
"In this fascinating book focused on planetary science, the sociologist Janet Vertesi directs our attention to the organizational structure of scientific teams . . . Vertesi’s book is a fascinating intervention into questions about the relationship between organizational order and knowledge production." * Isis *
"Vertesi takes us on a mission. Based on extraordinary access among the research teams of interplanetary spacecraft, she makes a convincing case that organizational differences make a difference in the types of knowledge produced by these scientists. The analysis is solid, the argument bold, and the writing lively." -- David Stark, Columbia University
"
Shaping Science is a masterful ethnography of work and organization. Vertesi shows us what ethnomethodological fieldwork can and should be. On top of that, the book transports us to one of the most significant and consequential space missions ever attempted by NASA. If you study science, technology, work, or organizations, this book is a must read." -- Stephen R. Barley, Christian A. Felipe Professor of Technology Management, University of California, Santa Barbara
"What could be more fascinating than the social life of planetary science? Vertesi's book is among the very first to make legible and compare scientific collaborations in Big Science—while also showing how they affect knowledge work and epistemic outcomes. It shines important light on the people involved, the robots they create, and the way scientists and robots have intimate relationships in a highly organized science. The book is a must read in several fields, from organizational sociology and STS to human-machine interaction." -- Karin Knorr Cetina, University of Chicago
"In this magnificent book, Vertesi reveals how even planetary science, the science of other worlds, is shaped by organizational dynamics here on earth. Drawing on a decade of rich ethnography with NASA's robotic spacecraft teams, she vividly illuminates the social life of these projects and how different organizational models produce different kinds of knowledge about planets. Anyone interested in how science is made in practice will be riveted, as I was." -- Judy Wajcman, Anthony Giddens Professor of Sociology, London School of Economics
Table of ContentsPreface
Introduction
Part 1: Orders Chapter 1: The Context
Chapter 2: The Integrators
Chapter 3: The Resolutions
Chapter 4: The Collective
Chapter 5: The Environment
Part 2: Outcomes Chapter 6: The Science
Chapter 7: The Spacecraft
Chapter 8: The Data
Chapter 9: The Personalities
Chapter 10: The Iterative Loop
Conclusion
Postscript: Methodological Reflections
Acknowledgments
Appendix: Acronym and Technical Dictionary
Notes
References
Index
