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Vuokko Kohtamäki; Michael von Boguslawski – Studies in Higher Education, 2025
This article explores the strategic external funding goals and plans of action of Finnish universities of applied sciences (UASs) as articulated in their institutional strategies using the ecology-of-games metaphor. UASs are pressured to expand external funding sources compared to their previous student number-based funding history. The UASs'…
Descriptors: Technology, Foreign Countries, Universities, Financial Support
Gulson, Kalervo N.; Webb, P. Taylor – Discourse: Studies in the Cultural Politics of Education, 2023
Research on Artificial Intelligence, especially in the field of machine learning, has exploded in the twenty-first century. AI research in universities has long been funded by a combination of government and corporate sources. The funding of AI research in the contemporary university includes technology companies as both funders and generators of…
Descriptors: Foreign Countries, Artificial Intelligence, Data Science, Universities
Buckley, Anthony Paul; Davis, Stephen – Industry and Higher Education, 2018
Start-up incubators are one of a number of micropolicy interventions used by states to support their technology entrepreneurs. Since 2000, the number of incubators in the United States has almost trebled while that in Europe has more than doubled. This article outlines the challenges involved in attempting to evaluate the contribution of the…
Descriptors: Research and Development, Universities, Entrepreneurship, Technology
Universities UK, 2012
As part of an Olympic and Paralympic themed Universities Week this new report highlights just some of the many ways in which research will help Team Great Britain achieve exceptional results. While most attention will be on the results achieved in London this summer, it is inspiring to look at the research taking place in UK universities that will…
Descriptors: Foreign Countries, Research and Development, Athletics, Universities
Sa, Creso M. – Higher Education Policy, 2010
There is increasing attention to sub-national regions in science and technology (S&T) policy. This paper examines the recent evolution of provincial S&T policies in the Canadian provinces, focusing on how they link university research to regional technological development. Drawing on multiple sources of data and evidence, this study…
Descriptors: Foreign Countries, State Government, Public Policy, Research and Development

OECD Observer, 1986
Presents the salient characteristics of science and technology activities in the Organization for Economic Cooperation and Development area and indicates the main similarities and differences between member countries. Includes data on: trends in research and development (R & D) spending; university research; R & D in industry; and other…
Descriptors: Engineering, Expenditures, Financial Support, Higher Education

Chemical and Engineering News, 1986
Presents an interview with National Academy of Sciences president Frank Press who discusses various topics and issues related to the new era of science. They include the rapidity of scientific advances, changes in the structure of science policy, and concerns about university research systems. (JN)
Descriptors: Engineering, Federal Aid, Financial Support, Higher Education
Peterson, Ivars – Science News, 1985
Six major engineering research centers at universities have been funded by the National Science Foundation as part of a program to foster university-industry cooperation. The focus for each center is discussed, and the general purpose of the entire program (to bridge the gap between knowledge and application) is briefly examined. (DH)
Descriptors: Engineering, Engineering Education, Federal Aid, Financial Support

Dickson, David – Science, 1985
Encouraging a science park at Cambridge University has resulted in a geographically compact community with a broad range of high-technology industries. Factors leading to this university/business success (also called "The Cambridge Phenomenon") include: more relaxed attitudes about faculty's outside activities; positive attitudes toward…
Descriptors: College Science, Community Planning, Higher Education, Industry
Branscomb, Lewis M. – High Technology, 1985
Suggests six principles that should guide federal government involvement (influence, direction of finances) in high-technology industries. Government roles in establishing a healthy environment, support for long-term payoffs, demonstration programs, world leadership, investment for university research, and encouragement for industry/university…
Descriptors: Engineering, Federal Government, Government Role, Higher Education

Biddle, Wayne – Science, 1987
Examines the effects of increased industrial funding on academic research in science. Highlights the funding arrangements at Carnegie-Mellon University and the Massachusetts Institute of Technology and discusses the impact of university-industry ties. (ML)
Descriptors: Corporate Support, Industry, Research and Development, Research Universities

Norris, William C. – Issues in Science and Technology, 1985
Describes Control Data Corporation's efforts to encourage cooperative research and development ventures in advanced technology. Argues that industry, government, and universities together can provide the necessary support to help new enterprises prosper. Regional cooperation among states to encourage technology exchange is endorsed. (DH)
Descriptors: Cooperative Planning, Cooperative Programs, Government Role, Higher Education

Lepkowski, Wil – Chemical and Engineering News, 1984
Many states are establishing research centers keyed to universities strong in science and engineering as the Unites States' drive to become more technologically competitive shifts to the states. Initiatives in Ohio are provided as an example of this trend. (JN)
Descriptors: Educational Trends, Engineering, Higher Education, Industry
Creighton, J. W., Ed.; And Others – 1985
This report reviews a joint attempt of the United States Forest Service and the Naval Service to enhance the utilization of research results and the new technologies through improved effectiveness of technology transfer efforts. It consists of an introduction by J. W. Creighton and seven papers: (1) "Management for Change" by P. A.…
Descriptors: Change, Continuing Education, Genetic Engineering, Higher Education

Poole, Millicent E. – Higher Education Research and Development, 1994
It is argued that, for Australia, technological innovation and international competitiveness will require collaboration of two "cultures": science/technology and social sciences/humanities. Natural and social scientists will have to develop strategic alliances to reposition university research and development within Australian national…
Descriptors: Educational Change, Foreign Countries, Higher Education, Humanities
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