Selecting, training, and managing the scientists, engineers, and technologists who develop new products and apply new technologies is a critical challenge for managers and policymakers worldwide. Nine analysts from universities and research centers in four major industrialized nations find that while companies maintain distinctive approaches to managing their R&D workers, the pressures of technological change and global competition are forcing them to rethink the entire operation. To be taken into consideration now are such factors as group dynamics, intra- and intercompany linkages, research authority and flexibility, research sources, career paths, reward systems, and personal and team development--all of which are covered here. An unusual comparative study for top management and their human resource and planning staffs, and for academics concerned with all aspects of organizational behavior, training, and development.

The scientists, engineers, and technologists who develop new products and apply new technologies--collectively, the R&D workers--are vital in today's competitive and technologically demanding business environment. Of critical importance is how these R&D workers are selected, trained, and managed, and how their activities are linked to other aspects of production. Using a variety of methods, eight analysts from the International Research Group on R&D Management, a unique interdisciplinary group of researchers from universities and research centers in four major industrialized nations, examine the organization and management of R&D workers in and between their respective countries.

Drawing on data provided by more than 1,800 engineers and scientists in 23 companies, the authors find that while companies maintain distinctive approaches to managing their R&D workers, the pressures of technological change and global competition are forcing them to rethink their R&D methods. To be taken into consideration now are such factors as the underlying technical skills of the workers, group dynamics, intra- and intercompany linkages, research authority and flexibility, research resources, career paths, reward systems, and personal and team development--all of which are covered here, succinctly and readably. The result is a useful comparative study for top management and their human resource and planning staffs, R&D policymakers, and those concerned with all aspects of organizational behavior, training, and development.

The book features:
carefully hand-drawn circuit illustrations
hundreds of fully tested circuits
tutorial on electronics basics
tips on part substitutions, design modifications, and circuit operation
All covering the following areas:
Review of the Basics
Digital Integrated Circuits
MOS/CMOS Integrated Circuits
TTL/LS Integrated Circuits
Linear Integrated Circuits
Index of Integrated Circuits
Index of Circuit Applications

Forged at the heart of international political bodies by expert researchers, the innovation cluster concept has been incorporated into most public policies in industrialized countries. Based largely on the ideas behind the success of Silicon Valley, several imitative attempts have been made to geographically group laboratories, companies and training in particular fields in order to generate "synergies" between science and industry. In its first part, Innovation in Clusters analyzes the infatuation with the system of clusters that is integral to innovative policies by analyzing its socio historical context, its revival in management and its worldwide expansion, looking at a French example at a local level. In its second part, the book explores a specialized biotechnology cluster dating back to the end of the 1990s. The sociological survey conducted twenty years later sheds a different light on the dynamics and relationships between laboratories and companies, contradicting the commonly held belief that innovation is made possible by geographical proximity.