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Presents the results of the third biennial National Critical Technologies Review. Includes information about the state of development in each technology area and about the U.S. competitive position relative to the worldwide leading edge technology developments.
This title was first published in 2000: Due to budget cuts and competitiveness pressures, determining the outcome of technology transfer from government R&D laboratories to private industry and entrepreneurial start-ups is of increasing interest. This book presents a series of case studies of successful technology transfer by examining the same list of topics for each case. It presents a format for analyzing the cases, topic by topic - a methodology that could be used by any R&D laboratory. The book also goes one step further and compares the cases that took place prior to national technology transfer legislation with those cases that took place after passage of such legislation. An additional feature is the summary of existing attempts to measure and evaluate technology transfer. This follows a backgroudn section on the technology policy context. The analysis finds that there is a significant commercial impact from government laboratory transfer using this approach.
This study is about the macroeconomic effects of positive externalities or industrial spillovers around advanced production. The case explored is the “technology di- dend” around Swedish aircraft industry, and in particular around the aircraft ma- facturer Saab, and the major industrial project of the JAS 39 Gripen multirole combat aircraft. The project is partly an updating of my book (in Swedish) Technology 1 Generator or a National Presige Project from 1995, but extends the analysis in s- eral directions. The study includes a chapter on spillovers from advanced production in an industrially developing economy, South Africa, that has acquired the JAS 39 Gripen for its Air Force. There is also a chapter in which the results for Sweden are discussed in the wider context of advanced public procurement in Europe. The text has been organized such that the main chapters have been written for academic readers. Two supplements include the technical details of data collection, mathematical models, and calculation methods. The first chapter is brief and focused on the results. It has the character of an extended executive summary. The second chapter summarizes the entire story; problems, results, and methods. This project would not have been possible without the generous support of a number of people. First of all great thanks go to all those people with crowded calendars in Swedish industrial firms that have set aside time to respond to my questions. Most of them have been listed at the end of the book.
The importance of technology transfer to innovation and wealth creation is now recog nised by most governments. As the policy debate has intensified, however, it has become clear that the problem of encouraging successful transfer is complex, and requires an interdisciplinary approach. The collection of papers in this volume is deliberately diverse. It offers perspectives from economics, sociology, science, engineering and public administration, and also from outside academic life, from those involved at the 'sharp end' of technology licensing and administering government research programmes. Contributions are also drawn from a rangeofnational backgrounds-the authors are drawn from ten countries, from through out Europe and North America. The main focus for the papers was a NATOAdvanced Study Workshop, which took place at the National Institute ofEconomic and Social Research, London, in September 1995. Unfortunately time and space has prevented all of the contributions appearing here, but all those who attended played an important role in making the event such a success. Thanks are also due to Dr Alain Jubier and his colleagues at NATO, without whose support and advice the seminarcould not have take place, to my fellow organising committee members Dr Katalin Balazs, Dr Linda Parker and Professor Steve Woolgar, and to Monica Miglior who, in addition to assisting in the conference organisation, pro vided detailed notes on sessions which helped greatly in later analysis.
This title was first published in 2000. An account of the 1988 US-Japan Science and Technology Agreement (88STA). The research methodology of the study is based on interviews and analysis of the relevant documents and articles augmented by an analysis of selected studies on US-Japan and science and technology relations. The author hopes to: increase the reader's understanding of the bureaucratic process and negotiations within the US and Japanese government in drafting an agreement and the interaction of the negotiators in the outcome; increase our knowledge about how the US-Japanese relationship in science and technology in the public sector is managed; throw some light on how domestic factors impact on preparing for a negotiating a new agreement between the US and Japan on science and technology; develop insights into the negotiating styles of each country; assess its role as a model agreement for negotiating similar agreements with other countries; learn some lessons for future negotiations with Japan in the science and technology area and with other countries if this Agreement is to be used as a model.