An Analytical Framework for a Technological Innovation System: the Case of a Nuclear Power System
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The aim of paper is to develop an alternative framework for the study of technological innovation systems. In contrast with conventional literature, this analytical framework is designed for entrepreneurs, i.e. actors, at the micro level rather than policy-makers at the meso or macro level. Herein, the entrepreneurial innovation system is conceptually refined by synthesizing knowledge regarding technological innovation and innovation systems. Drawing upon the intrinsic technological identity essential for innovation, the entrepreneurial innovation system is shown to involve three core changes in terms of technology, organization and market, and their couplings within its internal boundary over time. This analytical framework also takes into account the fact that the innovation system is influenced by and copes with the external environment during its evolution. Moreover, the framework of the entrepreneurial innovation system considers the recent trend of sustainable development. The technical and socio-economic characteristics of a nuclear power system are studied empirically to articulate an analytical framework that should be very useful for technological innovation in other energy systems by reflecting their unique features.
Abstract
The aim of paper is to develop an alternative framework for the study of technological innovation systems. In contrast with conventional literature, this analytical framework is designed for entrepreneurs, i.e. actors, at the micro level rather than policy-makers at the meso or macro level. Herein, the entrepreneurial innovation system is conceptually refined by synthesizing knowledge regarding technological innovation and innovation systems. Drawing upon the intrinsic technological identity essential for innovation, the entrepreneurial innovation system is shown to involve three core changes in terms of technology, organization and market, and their couplings within its internal boundary over time. This analytical framework also takes into account the fact that the innovation system is influenced by and copes with the external environment during its evolution. Moreover, the framework of the entrepreneurial innovation system considers the recent trend of sustainable development. The technical and socio-economic characteristics of a nuclear power system are studied empirically to articulate an analytical framework that should be very useful for technological innovation in other energy systems by reflecting their unique features.
참고문헌 (93)
- Afuga, A., "Innovation Management: Strategies, Implementation, and Profits" (2003), Oxford University Press
- Albright, D., "Plutonium and Highly Enriched Uranium 1996: World Inventories, Capabilities and Policies" (1997), Stockholm International Peace Research Institute (SIPRI), Oxford University Press
- The Future of Innovation Measurement in Europe, "Arundel, A.", IDEA, ~, pp.IDEA Paper Series, IDEA 3 (1988)
- Bell, M., "Innovation capability building and learning mechanisms in latecomer firms: recent empirical contributions and implications for research", Canadian Journal of Development Studies, 33(1), pp.14~40 (2012)
- Bell, M., "Technological accumulation and industrial growth: contrasts between and developing countries", Industrial and Corporate Change, 2(2), pp.157~210 (1993)
- Bell, M., "Trade, Technology and International Competitiveness, EDI Development Studies" (1995), The World Bank
- Bergek, A., "Technological innovation systems in contexts: conceptualizing contextual structures and interaction dynamics", Environmental Innovation and Societal Transitions, 16, pp.51~64 (2015)
- Bergek, A., "Analyzing the functional dynamics of technological innovation systems: a scheme of analysis", Research Policy, 37, pp.407~429 (2008)
- Carlsson, B., "The Handbook of Industrial Innovation", pp.13~24 (1994), Edward Elgar
- Carlsson, B., "Innovation systems: analytical and methodological issues", Research Policy, 31, pp.233~245 (2002)
- Carlsson, B., "On the nature, function, and composition of technological systems", Journal of Evolutionary Economics, 1, pp.93~118 (1991)
- Chittaro, L., "Reasoning about function and its applications to engineering", Artificial Intelligence in Engineering, 12, pp.331~336 (1998)
- Cimoli, M., "Technological paradigms, patterns of learning and development: an introductory roadmap", Journal of Evolutionary Economics, 5, pp.243~268 (1995)
- Cohen, W.M., "Innovation and learning: the two faces of R&D", The Economic Journal, 99, pp.569~596 (1989)
- Dahlman, C., "Technology Generation in Latin American Manufacturing Industries", pp.154~182 (1987), Macmillan Press
- Dewald, U., "Market formation in technological nnovation systems - diffusion of photovoltaic applications in Germany", Ind. Innovation, 18, pp.285~300 (2011)
- Dosi, G., "Technological paradigms and technological trajectories: the determinants and directions of technical change and the transformation of the economy", Research Policy, 11, pp.147~162 (1982)
- Dosi, G., "Technical Change and Economic Theory", pp.221~238 (1988), Pinter Publishers
- Edquist, C., "Systems of Innovation: Technologies, Institutions and Organizations", pp.1~35 (1997), Pinter
- Enos, J.L., "The Adoption and Diffusion of Imported Technology: The case of Korea" (1988), Croom Helm
- Fleck, J., "Configurations: crystallizing contingency", The International Journal of Human Factors in Manufacturing, (Autumn), pp.33~ (1992)
- Fransman, M., "Technological Capability in the Third World", pp.3~30 (1984), Macmilllan Press
- Fransman, M., "Conceptualizing technical change in the third world in the 1980s: an interpretive Survey", Journal of Development Studies, pp.572~652 (1985)
- Freeman, C., "Technological infrastructure and international competitiveness, draft paper submitted to the OECD Ad hoc group on science, technology and competitiveness, August 1982", first globelics conference 'Innovation systems and development strategies for the third millennium' (2003)
- Freeman, C., "Technical Change and Economic Theory", pp.38~66 (1988), Pinter
- Gonsen, R., "Technological Capabilities in Developing Countries: Industrial Biotechnology" (1998), Macmillan
- Hekkert, M.P., "Understanding Technological Change - Explanation of Different Perspectives on Innovation and Technological Change" (2011), Utrecht University
- Hekkert, M.P., "Technological Innovation System Analysis -A Manual for Analysts" (2011), Utrecht University
- Hekkert, M. P., "Functions of innovation systems: a new approach for analyzing technological change", Technological Forecasting and Social Change, 74, pp.413~432 (2007)
- Hobday, M., "Innovation in East Asia: The Challenge to Japan" (1997), Edward Elgar
- International Atomic Energy Agency, "Climate Change and Nuclear Power" (2014), IAEA
- INFCE Working Group 4 Report, "International Atomic Energy Agency (IAEA)", IAEA, ~, pp.INFCE (1980), PC[DOI]
- International Atomic Energy Agency (IAEA), "Energy Indicators for Sustainable Development: Guidelines and Methodologies" (2005), Guidelines and Methodologies
- Kemp, R., "Technology and the transition to environmental sustainability - the problem of technological regime shifts", Futures, 26(10), pp.1023~1046 (1994)
- Kim, B.K., "Nuclear Silk Road: The Organization of Nuclear Power Technology" (2011)
- Kim, G., "A study on the development of technological capability of Korea in the 1980s", Ph.D., Department of Economics, pp.1980
- Kim, L., "Building technological capability for industrialization: analytical frameworks and Korea’s experience", Industrial and Corporate Change, 8(1), pp.111~136 (1999)
- Kim, S. H., "Nuclear Reactor System Engineering" (2011), UNIST
- Korea Atomic Energy Research Institute (KAERI), "Nuclear power project: policy and Korean experience" (2007), KAERI
- Korea Hydro, "Korean experience and recommendation for the first nuclear power project development", KHNP, ~ (2011)
- Lee, J., "Technology development process: a model for developing country with a global perspective", Research and Development Management, 18(3), pp.235~249 (1988)
- Lee, T. J., "Technological learning by national R&D: the case of Korea in CANDU-type nuclear fuel", Technovation, 24(4), pp.287~297 (2004)
- Lee, T. J., "Analytical framework of atoms for sustainable development", European Nuclear Conference (ENS) (2010)
- Lee, T.J., "Strategic environments for nuclear energy innovation in the next half century", Progress in Nuclear Energy, 49(5), pp.397~408 (2007)
- 이태준, "Technological Catching-up of Nuclear Power Plant in Korea: The Case of OPR1000", Asian Journal of Innovation and Policy, 5(1), pp.92~115 (2016), 아시아기술혁신학회
- 이태준, "Half-century Evolution of US Non-proliferation Policy", The Korean Journal of Defense Analysis, 15(1), pp.33~56 (2003), 한국국방연구원
- Lundvall, B.A., "The Learning Economy and the Economics of Hope", pp.85~106 (2016), Anthem Press
- Lundvall, B.A., "The Learning Economy and the Economics of Hope", pp.85~106 (2016), Anthem Press
- Lundvall, B.A., "A guideline for the reader, freeman, C. (1982), technological infrastructure and international competitiveness, draft paper submitted to the OECD ad hoc group on science, technology and competitiveness, August 1982", first globelics conference 'Innovation systems and development strategies for the third millennium' (2003)
- Lundvall, B.A., "National innovation systems - analytical concept and development tool", Industry and Innovation, 14(1), pp.95~119 (2007)
- Lundvall, B. A., "The Learning Economy and the Economics of Hope" (2016), Anthem Press
- Malerba, F., "Sectoral systems of innovation and production", Research Policy, 31, pp.247~264 (2002)
- Markard, J, "The technological innovation systems framework: response to six criticisms", Environmental Innovation and Societal Transitions, 16, pp.76~86 (2015)
- McNeill, C.A.J., "Nuclear growth in the 21st century", Nuclear Industry, 21(8), pp.42~45 (2001)
- Metcalfe, J.S., "Evolutionary economics and technology policy", Economic Journal, 104(425), pp.931~944 (1994)
- Mitchell, G.R., "Global technology policies for economic growth", Technological Forecasting and Social Change, 60(3), pp.205~214 (1999)
- "Energy services for the millennium development goals, energy sector management assistance programme, United Nations Development Programme, UN Millennium Project, and World Bank" (2005)[URL]
- "What is the difference between an industry, a sector and a market?" (2016)[URL]
- Najmabadi, F., "Developing Industrial Technology: Lessons for Policy and Practice" (1995), World Bank
- Nelson, R.R., "Evolutionary Theory of Economic Change" (1982), The Belknap Press of Harvard University Press
- Nelson, R. R., "Technology, Organization and Competitiveness", pp.319~335 (1998), Oxford University Press
- Najmabadi, F., "Developing Industrial Technology: Lessons for Policy and Practice" (1995), World Bank
- System innovation: concepts, dynamics and governance, Working Party on Innovation and Technology Policy, "Organisation for Economic Co-operation and Development", ~, pp.DSTI (2013), STP[DOI]
- OECD (Organization for Economic Cooperation and Development), "Technology and Industrial Performance: Technology diffusion productivity employment and skills international competitiveness" (1996), OECD
- OECD, "Nuclear Energy Outlook 2008", OECD, 2008
- Rosenberg, N., "Inside the Black Box: Technology and Economics" (1982), Cambridge University Press
- Pavitt, K., "Sectoral patterns of technical change: towards a taxonomy and a theory", Research Policy, 13, pp.343~373 (1984)
- Poneman, D., "Nuclear Power in the Developing World, London" (1982), George Allen & Unwin
- Reddy, N.M., "International technology transfer", Research Policy, 19, pp.285~307 (1990)
- Saikawam, E., "China’s war on air pollution", Post Series, 13(2) (2014), China Research Center
- Schumpeter, J., "The Theory of Economic Development" (1934), Harvard University Press
- Schumpeter, J., "The Theory of Economic Development" (1942), Harper & Brothers
- "Difference between industry and sector" (2016)[URL]
- Teece, D., "The dynamic capabilities of firms: an introduction", Industrial and Corporate Change, 3(3), pp.537~555 (1994)
- Teece, D., "Dynamic capabilities and strategic management", Strategic Management Journal, 18(7), pp.509~533 (1997)
- A Literature Review on Energy Innovation Systems - Structure of An Emerging Scholarly Field and Its Future Research Directions, "Truffer, B.", EIS, ~ (2012)
- Tushman, M.L., "Introduction: technology, organizations, and innovation", Administrative Science Quarterly, 35(1), pp.1~8 (1990)
- Report of the world commission on environment and development: our common future, General Assembly, Forty-second Session, Aug. 4, A, "42", 427, Annex, pp.1987, ~
- Utterback, J. M., "Industrial Innovation: Technology, Policy, Diffusion" (1979), MacMillan
- Utterback, J. M., "Mastering the Dynamics of Innovation: How Companies Can Seize Opportunities in the Face of Technological Change" (1994), Harvard Business School Press
- Utterback, J.M., "A dynamic model of process and product innovation", OMEGA, 3(6), pp.639~656 (1975)
- Utterback, J.M., "Innovation, competition and industry structure", Research Policy, 22, pp.1~21 (1993)
- Vermaas, P. E., "Technical functions: towards accepting different engineering meanings with one overall account", TMCE 2010 Symposium (2010)
- Walker, W., "The Relations Between Defense and Civil Technologies", pp.17~37 (1988), Klumer Academic
