DOI: 10.33917/es-4.202.2025.86-97

The article analyzes socio-economic situation of workers in the mining industry (from 2019 to 2025) and identifies trends in transition from traditional to innovative tools in the personnel’s work activities. It was also discovered that introduction of artificial intelligence technologies helps to minimize the human factor and ensures maximum production ef ficiency.

The present article also examines transformation of the qualitative and quantitative characteristics of the mining industry representatives, their social consequences, in particular, the impact of mining work on psychophysical health.

The paper also studies development of a nonlinear algorithm with the help of ar tificial intelligence methods, including a neural network and cognitive modules, as a factor in transition from traditional to innovative tools in the work of mining personnel, having direct significance for humans.

References:

1. Anchishkin A.I. Nauka, tekhnika, ekonomika [Science, Technology, Economics]. Moscow, Ekonomika, 1986. 383 p.

2. Kheynman S.A. Nauchno-tekhnicheskaya revolyutsiya segodnya i zavtra [Scientific and Technological Revolution Today and Tomorrow]. Moscow, Politizdat, 1977, 328 p.

3. L’vov D.S. Effektivnoe upravlenie tekhnicheskim razvitiem [Effective Management of Technical Development]. Moscow, Ekonomika, 1990, 255 p.

4. L’vov D.S., Glaz’ev S.Yu. Teoreticheskie i prikladnye aspekty upravleniya NTP [Theoretical and Applied Aspects of Scientific and Technical Progress Management]. Ekonomika i matematicheskie metody, 1986, no 5, pp. 793–804.

5. Glaz’ev S.Yu. Teoriya dolgosrochnogo tekhniko-ekonomicheskogo razvitiya [Theory of Long-Term Technical and Economic Development]. Moscow, Vladar, 1993, 310 p.

6. Peres K. Tekhnologicheskie revolyutsii i finansovyy kapital. Dinamika puzyrey i periodov protsvetaniya [Technological Revolutions and Financial Capital. Dynamics of Bubbles and Periods of Prosperity]. Moscow, Delo, 2011, 232 p.

7. Dosi G. Technical Change and Industrial Transformation: The Patterns of Industrial Dynamics. Technical Change and Industrial Transformation. Palgrave Macmillan, London. 1984. 338 p.

8. Perez C. Structural change and assimilation of new technologies in the economic and social systems. Futures, 1983, vol. 4, no. 15, pp. 357–375.

9. Freeman C. Technology policy and economic performance: lessons from Japan. London, Pinter Publishers, 1987. 155 p.

10. Edler J., Blind K., Kroll H., Schubert T. Technology sovereignty as an emerging frame for innovation policy. Defining rationales, ends and means. Research Policy, vol. 52, iss. 6, 2023, 104765.

11. Erebak S., Turgut T. Anxiety about the speed of technological development: Effects on job insecurity, time estimation, and automation level preference. The Journal of High Technology Management Research, vol. 32, iss. 2, 2021, 100419.

12. Eum W., Lee J-D. The co-evolution of production and technological capabilities during industrial development. Structural Change and Economic Dynamics, vol. 63, 2022, pp. 454–469.

DOI: 10.33917/es-4.196.2024.62-73

The paper reveals the content of the method of structural analysis as a basic approach in economic research, used in the study of economic changes. The purpose of the study is to demonstrate the areas of application of structural analysis and its part — macrostructural analysis, with outputs for the study of technological development and the formation of a strategy for economic policy and development. The methodology consists of empirical structural analysis, comparative method and taxonomic approach. The overall result can be considered the identified areas of application of structural analysis in the macroeconomic part of its application, the possibilities and mistakes of applying macrostructural analysis to the study of economic growth and structural transformation of the economy. Let us note that many issues of the application of macrostructural analysis in economic science have been poorly studied. Often in studies it is replaced by the general method of structural analysis, which is reduced exclusively to the assessment of “input-output”, the structure of aggregate demand and production distributed across economic sectors. In fact, structural analysis is much broader, extends to micro and mesoeconomic objects of the economy, and is suitable not only for correcting current macroeconomic policies, but also for developing strategic plans for economic development and carrying out economic changes (reforms). An interpretation of changes within the framework of the “old — new” technologies structure is given, as well as proposals for taking into account technological development as an important condition for carrying out the structural and technological modernization of Russia.

References:

1. Shumpeter Y.A. Teoriya ekonomicheskogo razvitiya. Kapitalizm, sotsializm i demokratiya [Theory of Economic Development. Capitalism, Socialism and Democracy]. Moscow, Eksmo, 2007, 864 s.

2. Nort D. Ponimanie protsessa ekonomicheskikh izmeneniy [Understanding the Process of Economic Change]. Moscow, Vysshaya shkola ekonomiki, 2010, 256 p.

3. Barr R. Politicheskaya ekonomiya [Political Economy]. V 2 t. Moscow, Mezhdunarodnye otnosheniya, 1996.

4. Sukharev O.S. Strukturnyy analiz ekonomiki [Structural Analysis of the Economy]. Moscow, Finansy i statistika, 2012, 216 p.

5. Dedov L.A., Botkin O.I. Indeksnyy makrostrukturnyy analiz ekonomicheskoy dinamiki. Osnovnye ponyatiya i priemy makrostrukturnogo analiza [Index Macrostructural Analysis of Economic Dynamics. Basic Concepts and Techniques of Macrostructural Analysis]. Ekaterinburg, Izd-vo UrO RAN, 2013, 111 p.

6. Sukharev O.S. Strukturnye issledovaniya sovremennoy rossiyskoy ekonomicheskoy shkoly: osnovnye podkhody i perspektivy [Structural Research of the Modern Russian Economic School: Main Approaches and Prospects]. Vestnik Permskogo universiteta, 2022, vol. 17, no 1, pp. 5–26.

7. Leont’ev V.V. Izbrannye stat’i [Featured Articles]. Saint Petersburg, Nevskoe vremya, 1994, 366 p.

DOI: 10.33917/mic-3.116.2024.37-40

An analysis of methods for processing digital information and business analytics for civil aviation enterprises is presented using the example of “Data Science”.

References:

1. Gubanova A.V. Digital transformation as a tool for developing the competitiveness of industrial enterprises. Creative economy. 2020;6:17-18. (In Russ.).

2. Zhukovskaya I.V., Akaeva V.R., Kuzmin M.S. Current problems of digitalization of companies using the example of the industrial sector. Microeconomics. 2023;4:51-55. (In Russ.).

3. Ragimkhanov A.V. Systematization of scientific approaches to the study of competitiveness of services: from theory to practice. / A.V. Ragimkhanov, I.V. Zhukovskaya. Microeconomics. 2022;1:75-78. (In Russ.).

4. Official website of the Aeroflot company. URL: https://ir.aeroflot.ru/ru/company-overview/traffic-and-financial-highlights/

DOI: 10.33917/mic-6.113.2023.71-75

The scientific article summarizes the theoretical concepts of a digital twin and classifies its main types in the digital economy. The principles of operation of digital twins are outlined using the example of the production process and modern marketplace.

References: 

1. Gubanova A.V. Digital transformation as a tool for developing the competitiveness of industrial enterprises. Creative economy. 2020;6:17-18. (In Russ.).

2. Zhukovskaya I.V., Akaeva V.R., Kuzmin M.S. Current problems of digitalization of companies using the example of the industrial sector. Microeconomics. 2023;4:51-55. (In Russ.).

3. Ragimkhanov A.V. Systematization of scientific approaches to the study of competitiveness of services: from theory to practice / A.V. Ragimkhanov, I.V. Zhukovskaya. Microeconomics. 2022;1:75-78. (In Russ.).

DOI: 10.33917/mic-2.109.2023.19-33

The problem of ensuring technological sovereignty in the Russian economy is considered. The purpose of the study is to identify the features of technological development and assess technological sovereignty at the sectoral and macroeconomic levels of management. The methodology is the theory of technological change, comparative and empirical, structural analysis. The general result of applying these approaches is proposals at the macroeconomic level and for sectoral policy that contribute to increasing the technological independence of the state. Ensuring technological sovereignty comes down not only to the substitution of technology imports, but, more importantly, to the resuscitation of the domestic technological base. Particular emphasis should be placed on overcoming the existing and chronic problems of the technological development of the Russian economy. These include: the pseudo effect of technological dualism, the low sensitivity of manufacturability to investment in new technologies, the low share of the knowledge economy, and the inefficient structure of technological modes. Increasing the rate of accumulation of fixed capital and bringing it to the rate of savings is a false goal, since the structure of the distribution of investments, and not their share, that is, the volume, is important for long-term growth. Measures for financial independence proposed at the macro level will determine the solution of the problem of technological sovereignty, but the proposed recipes are very streamlined, not specific and do not solve the problem of sovereign financial development, since the placement of financial resources in external instruments, the application of the previous targeting policy and the budget rule remain, as well as the monetary policy of curbing growth. These conditions will hinder the solution of the problem of ensuring technological sovereignty in Russia.

References:

1. Glazyev S.Yu. Nanotechnologies as a key factor in the new technological order in the economy / Ed. Academician of the Russian Academy of Sciences S.Yu. Glazyev and Professor V.V. Kharitonov. M.: Trovant, 2009. 304 p.

2. Lvov D.S., Glaziev S.Yu. Theoretical and applied aspects of STP management. Economics and Mathematical Methods. 1986;5:793–804. (In Russ.).

3. Mensch G. Technological stalemate: innovations overcome depression. M.: Economics, 2001. 211 p.

4. Perez K. Technological revolutions and financial capital. Dynamics of bubbles and periods of prosperity. M.: Delo, 2011. 232 p.

5. Sukharev O.S. Economics of technological development. M.: Finance and statistics, 2008. 480 p.

6. Sukharev O.S. Economics of industry, technology and intellectual firms. M.: Lenand, 2022. 304 p.

7. Antonelli C., Gehringer A. Technological change, rent and income inequalities: A Schumpeterian approach. Technological Forecasting & Social Change. 2017;115:85–98.

8. Breschi S., Malerba F., Orsenigo L. Technological Regimes and Schumpeterian Patterns of Innovation. The Economic Journal. 2000;110 (463):388–410.

DOI: 10.33917/es-1.187.2023.56-69

In the circumstances of sanctions-related economic and scientific-technical blockade, the need to build digital mechanisms for managing import substitution processes on the basis of planning and coordinating competencies, similar to the competencies that the USSR State Committee for Science and Technology had, has sharply actualized. It is proposed to use intelligent digital platforms to control the development of science and technology based on the principles of the Soviet information network OGAS and EGSVC projects. The authors of the article substantiate necessity to apply digital information and communication technologies and computing services at various levels of management for innovative agents of any form of ownership through creating and configurating multilayer information-management fields.

References:

1. Ageev A.I., Loginov E.L. Mirovoe soobshchestvo v usloviyakh sverkhkriticheskoi bifurkatsii [The World Community in the Conditions of Supercritical Bifurcation]. Upravlenie slozhnymi organizatsionnymi i tekhnicheskimi sistemami v usloviyakh sverkhkriticheskikh situatsii: Materialy mezhdunarodnoi nauchno-prakticheskoi konferentsii. Moskva, MNIIPU, 21–22 aprelya 2022 g. [Management of Complex Organizational and Technical Systems in Conditions of Supercritical Situations: Proceedings of the International Scientific and Practical Conference. Moscow, MNIIPU, April 21–22, 2022]. Moscow, INES, 2022, pp. 9–12.

2. Ageev A.I., Loginov E.L. Rossiya v novoi ekonomicheskoi real’nosti [Russia in a New Economic Reality]. Moscow, Institut ekonomicheskikh strategii, Assotsiatsiya “Analitika”, 2016, 460 p.

3. Grabchak E.P. Importozameshchenie v energetike Rossii v usloviyakh sanktsii [Import Substitution in the Russian Energy Sector in the Context of Sanctions]. Upravlenie slozhnymi organizatsionnymi i tekhnicheskimi sistemami v usloviyakh sverkhkriticheskikh situatsii: Materialy mezhdunarodnoi nauchno-prakticheskoi konferentsii. Moskva, MNIIPU, 21–22 aprelya 2022 g. [Management of complex organizational and technical systems in conditions of supercritical situations: Proceedings of the international scientific and practical conference. Moscow, MNIIPU, April 21–22, 2022]. Moscow, MNIIPU, 2022, pp. 16–18.

4. Grabchak E.P., Loginov E.L., Chinaliev V.U., Epishkin I.I. Upravlenie razvitiem slozhnykh nauchno-tekhnicheskikh kompleksov na osnove intellektual’nykh tsifrovykh platform (realizatsiya kompetentsii Goskomiteta SSSR po nauke i tekhnike v usloviyakh tsifrovoi ekonomiki) [Managing the Development of Complex Scientific-technical Systems Based on Intelligent Digital Platforms (Implementation of the Competencies of the USSR State Committee for Science and Technology in Conditions of Digital Economy)]. Moscow, INES, 2023, 504 p.

5. Chinaliev V.U. Razvitie politiki importozameshcheniya v promyshlennosti Rossii [Developing Import Substitution Policy in the Russian industry]. Upravlenie slozhnymi organizatsionnymi i tekhnicheskimi sistemami v usloviyakh sverkhkriticheskikh situatsii: Materialy mezhdunarodnoi nauchno-prakticheskoi konferentsii. Moskva, MNIIPU, 21–22 aprelya 2022 g. [Management of Complex Organizational and Technical Systems in Conditions of Supercritical Situations: Proceedings of the International Scientific and Practical Conference. Moscow, MNIIPU, April 21–22, 2022]. Moscow, MNIIPU, 2022.S. 50–53.

DOI: 10.33917/mic-3.104.2022.12-20

The work is devoted to the analysis of modern conceptual approaches to the strategic management of natural gas in industrial enterprises. The research was based on a systematic approach, methods of analysis and synthesis of indicators of the economics of natural gas consumption. The analysis showed that at present a number of issues related to the effective management of energy consumption remain unresolved, which affects the quality of the fuel and energy balance of the enterprise. The author proposes a conceptual approach to the strategic management of natural gas consumption, which uses a situational matrix model for planning an energy efficiency strategy for natural gas consumption based on the life cycle of energy efficient technologies.

References:

1. Gumerova G.I. On the concept of the technology life cycle. G. I. Gumerova, E. Sh. Shaimieva. Innovative Economy. 2008;8 (118):71-75.

2. Zavadsky V.V. Economic foundations of technological development. Neb. Naberezhnye Chelny, 1998. 121 p.

3. Tyshkevich K.V. Formation of a comprehensive assessment of the effectiveness of technological innovations at enterprises. N.-Novgorod, 2003. 158 p.

4. Schwärtzel H. G. Forschung, Technologie, Innovation — dieökonomische Sicht. Klagenfurt, 1998.

5. Kirshina I.A. The concept of situational and strategic planning of natural gas consumption at an industrial enterprise. I.A. Kirshina, V.A. Koksharov. Microeconomics. 2021;6 (101):58-68.

6. Bobryshov A.M. Innovative energy-saving technologies in the electric power industry. Evaluation of efficiency and stimulation of capital investments / A.M. Bobryshov, E. M. Kosmatov, V. Sh. Telyashova; edited by Candidate of Economic Sciences, Associate Professor E. E. Ovcharova. Belgorod: Publishing House of BSTU, 2015. 112 p.

7. Favorsky O. GTU – the basis of the future energy of Russia. Engine. 1999;6:26-30.

8. Tumanovsky A.G., Morozov O.V. Reserves of energy and resource saving at small thermal power plants, in boiler houses and heat supply systems // Materials of the V Moscow International Exhibition Dorcomexpo, 2003.

9. Telyashova V.Sh. Methods of evaluating the effectiveness of energy-saving technologies in the production and transmission of energy: dis. Candidate of Economic Sciences. St. Petersburg, 2009. 127 p.

10. Novikova T.V., Erokhina I.V., Khorshev A.A. The scale of implementation of CCGT and GTU in the medium term. Gas turbine technologies / Specialized information and Analytical Journal. 2005;6:6-9.

11. Batenin V.M., Lapir M.A., Maslennikov V.M., Tsoi A.D. Environmentally friendly power generating complexes based on gas turbine superstructures of hot water boilers RTS. Heat supply News. 2002;1 (17):41-46.

12. Batenin V.M., Maslennikov V.M. On some unconventional approaches to the development of a strategy for the development of energy in Russia. Thermal power engineering. 2000;10:9-12.

13. Batenin V.M., Maslennikov V.M. About the strategy of development of Russian energy. Gas turbine technologies. 1999;3:48-62.

DOI: 10.33917/mic-6.95.2020.21-29

This scientific article covers the issues of managing the cost of technologies and businesses based on knowledge, which means first of all the ability to assess the cost of such technologies and businesses, and then manage this cost in accordance with the goals defined by the relevant structures. Technologies and businesses based on knowledge belong to the objects of intellectual property.

The authors analyze modern methods of determining the value of property, including intellectual property; identify the peculiarities of assessing the value of a business based on knowledge; determine the features of managing this business; study and systematize the Russian experience of doing business based on knowledge.

DOI: 10.33917/es-5.171.2020.24-33

The paper presents the results of determining the priority directions of development of science, technologies and technics in interests of defence and state security, based on open sources of information, methods and tools of forecasting of development of science, equipment and technologies used in the formation of promising scientific and technological directions of development of military-industrial complex (defense industry). The authors analyze documents that determine the priorities of scientific and technological development of the Russian Federation, show the criteria for selecting a list of strategic priority areas for the development of science, technology and technology, and consider the methodology for substantiating promising areas of scientific and technological development of the defense industry. The paper shows that scientific and technical forecasting is an integral part of the formation of policy in the field of defense and security of the state. They are formed in close connection with critical technologies approved by the President of the Russian Federation. The authors reveal in detail the key trends in the development of science, technology and engineering that ensure the formation of the scientific and technological Foundation for the creation of promising samples of VVST

DOI: 10.33917/mic-2.91.2020.57-66

The necessity of actualization the concepts in part of stomatological practice in a changing economic paradigm is substantiated. A conceptual apparatus has been developed that reflects the role, place and functionality of dental practice in the economy of our country. The semantic load of the specified categories corresponds to the prevailing economic conjuncture and established norms of economic practice. The use of specified categories in professional activities will allow scientists and practitioners to avoid misunderstandings, to achieve mutual understanding regarding the interpretation of organizational, economic, regulatory, medical, dental, and other aspects of the studied type of activity.Right arrangement of content will contribute to the intensive development of dental practice and the solution of priority tasks in terms of its regulation.