This paper presents a new concept of modelling successful transfers of technological innovations across the boundaries of traditionally defined areas of industry. A summary review of work in the related topics is conducted. The proposed model of technological transfer includes a provision for the development of a new taxonomy of work tasks targeted for technology applications. The model also incorporates a matrix framework for representing a match between the generic components of work tasks, typical engineering projects, generic components of technology, and specific self-contained technologies. A validation procedure for application within an industry targeted for technology transfer is outlined.
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References
1.
FayerJ.V., and KaplanA. (1983). Long range technology planning in a decentralized organization. IEEE Engineering Management Conference. Dayton, Ohio.
2.
FriedmanB. (1983). A catastrophe theory model for research and development, technology transfer, and technological innovation. IEEE Engineering Management Conference. Dayton, Ohio.
3.
GruberW.H., and MarquisD.G., Marquis (Eds). (1969). Factors in the Transfer of Technology, The M.I.T. Press, Cambridge, MA.
4.
HayamiY., and RuttanV.W. (1971). Agricultural Development: An International Perspective.The Johns Hopkins University Press.Baltimore, Maryland.
5.
LettG.L., and SalsgiverJ. (1983). Technology transfer - it's about money. IEEE Engineering Management Conference. Dayton, Ohio.
6.
McClellandD.C. (1969). The role of achievement orientation in the transfer of technology. In Factors in the Transfer of TechnologyGruber, and Marquis (eds.) MIT Press, Cambridge, Massachusetts.
NixH.A. (1983). Minimum data sets for agro-technology transfer. Proceedings of the International Symposium on Minimum Data Sets for Agro Tech. Trans., 181–188, 21–26 March.
9.
OlkenHyman (1972). Technology transfer: how to make it work.Olken Publications, Livermore, California.
10.
ShpinerL.E. (1983). Master planning for modernization: an approach to managing change in industry. IEEE Engineering Management Conference. Dayton Ohio.
11.
SilvaJ.A., and UeharaG. (1985). Transfer of Agrotechnology. In Soil-based Agrotechnology Transfer.SilvaJ.A. (ed.) University of Hawaii.
12.
ToulminS. (1969). Innovation and the problem of utilization. In Factors in the Transfer of Technology.Gruber, and Marquis (eds) MIT Press, Cambridge, Massachusetts.
13.
WoodC.L., CadyF.B., and ChanC.P.Y. (1985). Development of Transfer Evaluation Methodology.MIT Press, Cambridge, Massachusetts.
