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A cross-national comparison of novel market-pull technology transfer programs which facilitate research organisation commercialisation through dynamic SMEs. This research will contribute to a more competitive and innovative economy in two ways. First it will provide a basis for improved public policy to stimulate technology uptake by small business, which is critical for small business growth and innovation. Second, it will identify innovative policies to facilitate the uptake of university rese ....A cross-national comparison of novel market-pull technology transfer programs which facilitate research organisation commercialisation through dynamic SMEs. This research will contribute to a more competitive and innovative economy in two ways. First it will provide a basis for improved public policy to stimulate technology uptake by small business, which is critical for small business growth and innovation. Second, it will identify innovative policies to facilitate the uptake of university research, to enhance the contribution of universities to the economy. The proposed research is original because it focuses on the way in which the technology needs of small firms can be met by existing university knowledge and technologies. Prior research on technology transfer focuses on pushing university research out to industry through university spin-offs or university and large firm linkages.Read moreRead less
A comparative study of knowledge transfer systems and their contribution to knowledge transfer and diffusion, innovation and socioeconomic transformation. This project will contribute to the national priority goal of promoting an innovation culture and economy by providing knowledge with which to improve institutional arrangements for research commercialisation for the purpose of enhancing business innovation and ensuring that publicly fund research results in commercial and social benefits. The ....A comparative study of knowledge transfer systems and their contribution to knowledge transfer and diffusion, innovation and socioeconomic transformation. This project will contribute to the national priority goal of promoting an innovation culture and economy by providing knowledge with which to improve institutional arrangements for research commercialisation for the purpose of enhancing business innovation and ensuring that publicly fund research results in commercial and social benefits. The research is of particular benefit to regional and rural communities because it adopts a novel system level design which explores the role of KTSs in socioeconomic transformation and across sectors and regions. It therefore moves beyond prior studies which have focused on high technology sectors and regions.Read moreRead less
Maximising diffusion of innovative products on public infrastructure projects: A qualitative management study of open innovation systems. Australia's infrastructure in water, energy, health, education, transport and communication is the platform for our future prosperity and growth. In response to an identified deficit, Australian governments are embarking on major investment programs. Our ability to deliver these programs efficiently and effectively relies heavily on the promotion of innovation ....Maximising diffusion of innovative products on public infrastructure projects: A qualitative management study of open innovation systems. Australia's infrastructure in water, energy, health, education, transport and communication is the platform for our future prosperity and growth. In response to an identified deficit, Australian governments are embarking on major investment programs. Our ability to deliver these programs efficiently and effectively relies heavily on the promotion of innovation in the delivery phase. This study contributes to this major challenge by identifying how diffusion of innovative products can be maximised on infrastructure projects, focusing on knowledge flows within open innovation systems. The study will provide tools to optimise delivery of a world-class and integrated infrastructure network to meet Australia's future social and economic needs.Read moreRead less
Managing the risks of cross-sector R&D collaboration. One of the most interesting and dynamic forms of cross-sector R&D collaboration in Australia occurs through the Cooperative Research Centre (CRC) Program. This study investigates how collaboration and 'risk' is managed among CRCs and their partners. It is pioneering research bringing two aspects of cross-sector collaboration into a single, longitudinal study. The study will produce new knowledge concerning: management processes in cross-secto ....Managing the risks of cross-sector R&D collaboration. One of the most interesting and dynamic forms of cross-sector R&D collaboration in Australia occurs through the Cooperative Research Centre (CRC) Program. This study investigates how collaboration and 'risk' is managed among CRCs and their partners. It is pioneering research bringing two aspects of cross-sector collaboration into a single, longitudinal study. The study will produce new knowledge concerning: management processes in cross-sector R&D, organisational change and the impact of sustained collaboration on partners, and the role of public policy on collaborative R&D in Australia.Read moreRead less
Driving Innovation: Mixing, Matching and Transforming Knowledge-Intensive Services into Innovation. The principal aim of the project is to elucidate the ways in which firms mix and match internally and externally provided knowledge intensive services to build the capability and competences needed for sustained innovation. By investigating an area of innovation largely overlooked by international and Australian analysts, the project aims to provide policy makers with substantial analytical and em ....Driving Innovation: Mixing, Matching and Transforming Knowledge-Intensive Services into Innovation. The principal aim of the project is to elucidate the ways in which firms mix and match internally and externally provided knowledge intensive services to build the capability and competences needed for sustained innovation. By investigating an area of innovation largely overlooked by international and Australian analysts, the project aims to provide policy makers with substantial analytical and empirical insights as the basis for more effective industrial development strategy. The project is rooted and develops from parallel work by 12 OECD countries to provide unequalled access for Australian policymakers to comparative data from many of Australia's partner nations.Read moreRead less
Scientific Careers and Innovation Networks in the Asian Region: Australia's Regional Role in Education, Research Training and Scientific Development. This project, in partnership with UNESCO, documents the careers of critical innovation personnel - scientists working in 16 countries in the Asian region. Cohort analyses based on age-set, sectors of employment, countries of training and fields of research provide new insights into the changing role of scientists in this economically diverse region ....Scientific Careers and Innovation Networks in the Asian Region: Australia's Regional Role in Education, Research Training and Scientific Development. This project, in partnership with UNESCO, documents the careers of critical innovation personnel - scientists working in 16 countries in the Asian region. Cohort analyses based on age-set, sectors of employment, countries of training and fields of research provide new insights into the changing role of scientists in this economically diverse region over a period of up to 50 years. The study will document the role of advanced education in integrating knowledge creation and use in the region, highlighting the role of Australia in creating the regional innovation networks that constitute a major resource for this country and the region.Read moreRead less
Innovation Agents and Innovation Tracks. Research Scientists in the Australian National System of Innovation. The project examines the backgrounds, careers and technology transfer activities of research scientists working in Australia. The project is significant because these scientists are the key innovation agents of the Australian National System of Innovation. Increasingly anxious about successful transition to a knowledge economy, governments are focusing on R&D but paying too little atten ....Innovation Agents and Innovation Tracks. Research Scientists in the Australian National System of Innovation. The project examines the backgrounds, careers and technology transfer activities of research scientists working in Australia. The project is significant because these scientists are the key innovation agents of the Australian National System of Innovation. Increasingly anxious about successful transition to a knowledge economy, governments are focusing on R&D but paying too little attention to Australia's core innovation personnel. The project focuses attention onto scientists and the innovation tracks they and their work make across the economy, in both public and private sectors, with the aim of improving polices for their retention and full participation in Australian knowledge-based development.Read moreRead less
Capturing value on the margins of the global knowledge economy. This project will explain the basis of competitiveness in knowledge economy industries. It is widely understood that high levels of participation in knowledge intensive activities contribute to economic growth and higher wages. There is a need to develop policies to promote Australia's performance in knowledge intensive industries. As such this project addresses a policy problem by analysing the basis of competitiveness in the medic ....Capturing value on the margins of the global knowledge economy. This project will explain the basis of competitiveness in knowledge economy industries. It is widely understood that high levels of participation in knowledge intensive activities contribute to economic growth and higher wages. There is a need to develop policies to promote Australia's performance in knowledge intensive industries. As such this project addresses a policy problem by analysing the basis of competitiveness in the medical instruments and video production industries as exemplar knowledge intensive industries. The findings will provide a basis for formulating new policy support for the knowledge economy which draws on the most recent theoretical insights derived from global production network research.Read moreRead less
Innovation and dynamic networks in project-based firms. Innovation is central to Australia's future prosperity but many commentators have bemoaned national performance in 'obvious' indicators of innovation such as R&D spending and patents. We argue that a lot of innovation in Australia is actually hidden in the business of projects. To compete in the international economy it is vital to know how to manage innovation in this context. The proposed research will use new methods in network analysis ....Innovation and dynamic networks in project-based firms. Innovation is central to Australia's future prosperity but many commentators have bemoaned national performance in 'obvious' indicators of innovation such as R&D spending and patents. We argue that a lot of innovation in Australia is actually hidden in the business of projects. To compete in the international economy it is vital to know how to manage innovation in this context. The proposed research will use new methods in network analysis to show how firms can be better structured to encourage innovation.Read moreRead less
Managing innovation with a policy-relevant framework to assess the social consequences of technological developments. A framework to assess the social consequences of new technologies will enable their benefits to be maximised and impacts lessened. By considering impacts during development and before release, design criteria can be broadened, appropriate management and mitigation measures implemented and appropriate regulatory conditions established. Interested parties can participate in discuss ....Managing innovation with a policy-relevant framework to assess the social consequences of technological developments. A framework to assess the social consequences of new technologies will enable their benefits to be maximised and impacts lessened. By considering impacts during development and before release, design criteria can be broadened, appropriate management and mitigation measures implemented and appropriate regulatory conditions established. Interested parties can participate in discussions about technology directions at an early stage, allowing technological development that is more democratic and less obstructed by conflict. Society benefits by having socially-appropriate and socially-acceptable technologies. Industry benefits from clearer technology development paths and a better understanding of potential social impacts of new technology.Read moreRead less