University-Industry Collaboration for Technology Development: The Case of University Research Parks
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What are the conditions for success of University Research Park and what should the Korean government and universities have to do for meeting the conditions? We found out the factors that impact on the success of University Research Park through literature review and, applied them for University of Illinois. Previous researches emphasized on university policies, intellectual eminence, characteristics of research, venture capital as the critical factors for success of University Research Park. As a promising case, University Research Park of Illinois has the favorable environments except for external venture capital. Although none could surely assert that University Research Park of Illinois will follow the previous success stories of Silicon Valley, Research Triangle, and Route 128, we could say that it has good conditions, and high possibilities for success. We analyzed critical success factors of University of Illinois compared with Stanford University, and drew some policy implications for improving Korean University Research Park: Government had better allocate more money in promoting excellent University Research Park, and universities rearrange university-industry collaboration polices such as incubator and licensing share, and foster supporting organization and internal venture capital.
Abstract
What are the conditions for success of University Research Park and what should the Korean government and universities have to do for meeting the conditions? We found out the factors that impact on the success of University Research Park through literature review and, applied them for University of Illinois. Previous researches emphasized on university policies, intellectual eminence, characteristics of research, venture capital as the critical factors for success of University Research Park. As a promising case, University Research Park of Illinois has the favorable environments except for external venture capital. Although none could surely assert that University Research Park of Illinois will follow the previous success stories of Silicon Valley, Research Triangle, and Route 128, we could say that it has good conditions, and high possibilities for success. We analyzed critical success factors of University of Illinois compared with Stanford University, and drew some policy implications for improving Korean University Research Park: Government had better allocate more money in promoting excellent University Research Park, and universities rearrange university-industry collaboration polices such as incubator and licensing share, and foster supporting organization and internal venture capital.
참고문헌 (28)
- "Bounding the effects of R&D: An investigation using matched establishment-firm data", 27(4), pp.700~721 (1996)
- "Economic welfare and the allocation of resources for invention The Rate and Direction of Inventive Activity", pp.609~625 (1962), Princeton Princeton University Press
- "Association of University Research Parks(AURP)" (1997), New York: BPI Communications
- "Why do some universities generate more startups than others?", 32(2), pp.209~227 (2003)
- "Engine or infrastructure? The university role in economic development", pp.589~610 (1999), Cambridge: MIT Press
- "Venture capital-financed innovation and technicalchange in the USA", pp.119~137 (1988)
- "The venture capital cycle" (1999), Cambridge: MIT Press
- "Proofs and prototypes for sale: The tale of university licensing", 91(1), pp.240~260 (2002)
- "Index of Silicon Valley. Retrieved Feb-University-Industry Collaboration for Technology Development15", 16 (2002)
- "U.S. federal government R&D and commercialization: You can’t get there from here", 25(1), pp.71~89 (1995)
- "Venture capitalists and the oversight of private firms", 50(1), pp.301~318 (1995)
- "Basic research and productivity increase in manufacturing", pp.11~1112 (1981)
- "Opening the ivory tower’s door: An analysis of the determinants of the formation of U.S. university spin-off companies", 34(7), pp.1106~1112 (2005)
- "U.S. university research parks", 25(1), pp.43~55 (2006)
- "Technological change and economic performance" (2003), New York: Routledge
- "Basic research and productivity increase in manufacturing", pp.863~873 (1980)
- "An empirical analysis of innovative activity of universities in the United States", 20(8), pp.413~425 (2000)
- "The growth of patenting and licensing by U.S. universities: An assessment of the effects of the Bayh-Dole Act of 1980", 30(1), pp.99~119 (2001)
- "The simple economics of basic scientific research Journal of Polit-ical Economy", pp.297~306 (1959)
- "Academic research and development expenditure: Fiscal year 2004" (2006)
- "Clusters of innovation: Regional foundations of U.S. competitiveness" (2001), Washington, DC: Council on Competitiveness
- "University-industry R&D collaboration in the United States, the United Kingdom, and Japan" (2000), Dordrecht: Kluwer Academic
- "Assessing the effectiveness of technology transfer offices at U.S. research universities", 12 (2000)
- "American universities and technical16 University-Industry Collaboration for Technology DevelopmentThe Korean Journal of Policy Studiesadvance in industry", pp.323~348 (1994)
- "The structure and governance of venture capital organization Journal of Financial Economics", pp.473~521 (1990)
- "Knowledge transfers through patenting and licensing Office of Technology Licensing" (1994), Stanford University
- "The story of the Stanford Industrial", Research Park, 2004, ~[DOI]
- "Productivity, R&D, and basic research at the firm level in the" (1986)
