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RATIONALIZATION OF PRODUCTION (TAYLORISM)
The texts below will give you some idea of the historical importance of the concept of scientific management, a practice, to some like Terry Smith (see below), an ideology, that is now commonly referred to as the rationalization of production or rational planning. Terry Smith
Smith describes the relation between anxiety and what he presents as a vision of total rationalization with these words: Nor was this dream held in extreme forms only in Russia. Henry Ford, no friend of political radically of any stamp, authored the most famous formulation of modernity's hatred of the past in a remark of 1919. "History is more or less bunk. We want to live in the present and the only history that is worth a tinker's damn is the hostory we make today. That the technology of modernity readily crossed political boundaries otherwise heavily defended is evident in Lenin's exhortation of 1918: "The possibility of building socialism depends exactly on our success in combining the Soviet power and the Soviet organization of administration with the up-to-date achievements of capitalism. We must organize in Russia the study and teaching of the Taylor system and systematically try it out and adapt it to our ends." In practice, this occurred with the most spectacular results just over ten years later when the Ford Motor Company led other U.S. and European corporations in establishing the vast Soviet tractor industry. The unified vision of modernity, from most of those political perspectives dominant in the first half of this century was demonstrably successful in most of its undertakings, evidently capable of innovating and diversifying within its focused body, and increasingly confident of fulfilling its own prophecies of immanence. [The Making of the Modern (Chicago: The U of Chicago P, 1992), p. 3-4.] Gene I. Rochlin Trapped
in the Net: The Unanticipated Consequences of Computerization
Scientific Management
[¶15.] It was in this context that Frederick W. Taylor was moved to introduce the principles of what he called "scientific" management, derived at first largely from the application of production engineering. As an engineer, Taylor believed that if rational rules and tight control replaced previous disorderly and informal modes of plant organization, management would be better able to combat labor problems such as soldiering and low motivation among workers.8 Many of Taylor's methods have become famous (or infamous); some, such as time-and-motion studies, were widely adopted. But others were too strict, or too mechanical, and Taylor had only moderate success in getting firms to adopt his means and methods.9 What did flourish was his agenda, with its underlying precepts of rational modeling and analysis and its emphasis on finding the correct organizational form for any business or activity. [¶16.] As later critics have pointed out, the growing movement toward scientific management that resulted was more of an ideology than a management system in the modern sense.10 What was sought was the "one best way" to organize, to coordinate and rationalize not only to reduce conflict within the plant, but also to eliminate all forms of possible discord or disorderliness throughout the entire firm or industry. To the Taylorists, an ideal employee not only did what she was told, but stayed strictly within designated boundaries and task specifications. These in turn were set by managers using superior knowledge and rational methods of analysis. Trapped in the Net: The Unanticipated Consequences of Computerization Published by Princeton University Press © Copyright 1997 Princeton University Press All rights reserved. No part of this book may be reproduced in any form
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