EVALUATION OF UKRAINIAN INDUSTRY INNOVATIVE DEVELOPMENT WITH A TECHNOLOGICAL PROGRESS PARAMETER

Abstract

Urgency of the research. Methodology of evaluation of the level of Ukrainian industry innovation development under the parameter of technological progress is urgent, since it involves the use of publicly available statistical data and reflects the impact of the innovation process on the production. Target setting. The evaluation of the level of innovation development of industry in Ukraine as a whole as well as the largest enterprises, representatives of the main types of industrial activity, should be implemented through the dynamic simulation of J. Tinbergen's production function. Actual scientific researches and issues analysis. The basic methodological principles for technological progress evaluation are laid by such scholars as J. Tinbergen, R. Solow, J. Moroney and C. Ferguson et al. Ideas for evaluating innovation development of national economy as a whole, as well as individual enterprise in particular, have not lost their importance today. Uninvestigated parts of general matters defining. The researchers have not yet sufficiently worked out the problems of evaluating the level of innovation development of industrial production, taking into account its conformity with technological progress and marginal rate of technical substitution. The research objective. It is necessary to evaluate the level of innovation development of Ukrainian industry taking into account the conformity of production with technological progress and the proportionality of production resources in accordance with the marginal rate of technical substitution. The statement of basic materials. The production function simulation under J. Tinbergen's for the Ukrainian industry is implemented. The value of the technological progress parameter and the marginal rate of technical substitution for 10 enterprises of different types of industrial activity have been calculated. The methodological support for evaluating the level of innovation development by developing the “Marginal rate of technical substitution – Technological progress parameter” matrix has been improved. The positioning of the investigated enterprises on the proposed matrix is carried out. Conclusions. The reliability of the evaluation of the level of innovation development both for the economic sector and for the individual enterprise depends on the results of the production function simulation of J. Tinbergen and is provided by developing a “Marginal rate of technical substitution – Technological progress parameter” matrix.