A SYSTEMATIC APPROACH TO PROJECT MANAGEMENT

C. В. Бурлуцька, С. В. Бурлуцький

Abstract


The article presents the author's approach to building a gnoseological model of project management research from a system approach. The aim of the article is to form the conceptual principles of the theoretical and methodological basis for the analysis of project management processes based on axiomatic conditions of consistency. The methodological basis of the research was the theses of classical and modern economic theory and the research work of domestic and foreign scientists on project management issues. The author's methodological concept is based on the unification, within a systematic paradigm, of the Marxist school of political economy and the principles of the institutional trend. The basic hypothesis of the research was the assumption that it is possible and expedient to use a descriptive methodology for identifying systems to requests for managing investment projects as open systems. Statement of the basic material. Methodological analysis has shown that the system is an integrity which is capable of self-development, formed by a sufficient set of elements that are able to reproduce themselves and function relatively independently, united by a network of significant structural, genetic and subordinate links. In the analysis of investment projects, the content of these links is presented through the investment legal relationship. From the point of view of the system paradigm, an investment project can be regarded as an organisational, financial and technically conditioned integrity, formed by a sufficient set of elements (property, property rights and other values) capable of self-reproduction and united by an investment legal relationship that establishes structural and subordinate relationships. It has been proved that the circulation area is a necessary and sufficient condition for the integrity of investment projects, transforms individual capital into public capital and ensures its circulation and reproduction. Also, the axiomatic condition of unity for investment systems is implemented through a set of formal and informal rules (laws) of composition. Originality and practical relevance of the research. The theoretical and methodological concept has theoretical significance and can be transformed into an appropriate applied toolkit for developing scientific and practical recommendations for project management. Conclusions and prospects for further research. The conceptual theoretical and methodological basis for the analysis of project management processes based on axiomatic conditions of consistency allows us to define the system triad of an investment project and formally identify the basic system components. Further research will focus on the development of instrumental and methodological support for project management.

Keywords


system, system components, integrity criteria, axiomatic conditions of consistency, investment project, project management

References


Bertalanfi, L. (1969). General theory of systems – an overview of problems and results. System Studies: An Annual. Moscow: Science, 30-54.

Blauberg, V. I. (1997). Integrity Problem and Systemic Approach. Moscow: The Editorial Office of URSS, 450.

Blauberg, I., Yudin, E. (1973). Formation and Essence of the System Approach. Moscow: Nauka, 272.

Bogdanov, A. A. (1989). Tectology. General organizational science / edited by acad. L. I. Abalkina, acad. A. G. Aganbegyan, Acad. D. M. Gvishchiani, Acad. A. L. Takhtajiana, Doctor of Biology, A. A. Malinovsky. Moscow: Economics. 304.

Burlutska, S. V. (2016). The strategy of resiliency of sustainable development of national economy: theory and practice : monograph / science. ed. by N. Yu. Rekova. Dnipropetrovsk: Serednyak T. K., 320.

Burlutska, S. V. (2016). Staliy economical development in the context of system paradigms. Economical Forum, 1, 91-95.

Wiener, N. (1983). Cybernetics, or Control and Communication in Animal and Machine . Moscow: Nauka, 344.

Leshchuk, G. V. (2012). Definitsya synergisticheskogo effektuu Investinykh. The Economical Analysis: A Proc. of sciences. Thermal national economic university. Thermal analysis : TNEU's long-term economic center "Economical Dumka", 11, 451-455.

Leshchuk, G. V. (2017). Simulian analysis of Monte Carlo in the system for the development of investment projects. Ukrainian Journal of Applied Economics, 2, 1, 57-67.

Marx, K., Engels, F. Articles from "Neue Rheinische Zeitung", 2 ed., 441.

North, D. (1997). Institutions, institutional changes and economic functioning. Moscow: Economic Book Foundation Beginning, 180.

Prigozhin, I. R., Stangers, I. (1986). Order from Chaos: A New Human-Nature Dialogue. Moscow: Progress, 432.

Sadovsky, V. (1974). Basics of General System Theory. Moscow, 93-99.

Sadovsky, V. (1971). Some Principal Problems of Building a General Theory of Systems. Systemic Research. Yearbook, Moscow, 35-54.

Simson, O. E. (1999). Economist of Investors' Law. Problems of Legitimacy: Respect for the Law of the Kyrgyz Republic, 37, 135-139.

Sidorchuk, O. V., Ratushniy, R., Sidorchuk, O. & Demedyuk, M. A. (2011). Systemnyi pidhid before the management of projects and programs: ambush marking. East European Journal of Advanced Technologies, 1(5), 30–32.

Libanova, E. M. (2014). Social and Economic Potential of Sustainable Development of Ukraine and its Regions: National Extradition. Kyiv: NAS of Ukraine, 776.

Uemov, A. I. (1978). System approach and general theory of systems. Moscow: "Thought", 272.

Urmantsev, Y. (1974). Symmetry of Nature and the Nature of Symmetry (Philosophical and Natural Aspects). Moscow: "Thought", 229.

Filatov, I. V. (2000). Individualism and Holism in Economic Knowledge. State, Economy, Society: Aspects of Interaction. Мoscow, 69–83.

Chernish, S. S. (2016). System approach to the analysis of investment projects. Collection of scientific papers. DETUT. Economical and Management" series, 35, 357366.

Ashby, W. (2013). Introduction to Cybernetics. Moscow: Book on Demand, 425.

Yastremska, O. M., Sivash, Yu. M. (2018). Methodological support of estimation of innovative creativity of industrial enterprises for creative dynamic direction . Modern state of scientific researches and technologies in industry, 1 (3), 124-135.




DOI: https://doi.org/10.32620/cher.2020.3.08

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