METHODICAL PROVISION OF ASSESSMENT OF THE EFFICIENCY OF THE FUNCTIONING OF A HIGH-TECH INDUSTRIAL ENTERPRISE ON THE

general, which consists not only of production potential, but also of scientific and technological, organizational, social and environmental potential. The article proposes a point-coefficient method for determining a single integral indicator of the high-tech potential of an industrial enterprise, taking into account expert assessments. One of the most important such indicators is the determination of the specific weight of scientific and research developments assigned to the highest quality category. Therefore, the issue of quality attestation of high-tech projects has been investigated. These certification data are included in the system for assessing the quality of functioning of a high-tech enterprise. To expand the company's potential, it is proposed to use such a CASE tool as BPwin. In the future, this will become the basis for the development and implementation of an information model of the investment process, which will lead to the further expansion of the enterprise and the production of high-tech products. This will provide an opportunity to make a decision about making long-term investments by the enterprise to increase the high-tech potential of the enterprise based on the calculation of expected performance indicators. The information model built in this way acts as a basis for solving tasks related to increasing the efficiency of the operation of high-tech production, determining the economically feasible limits of robotization of technological operations, and choosing the parameters and type of equipment. Conclusion. The article developed a methodology with a corresponding system of indicators for evaluating the efficiency of the high-tech industrial enterprise using the point-coefficient method. The components of the high-tech potential of the enterprise, as well as the requirements and compliance with regard to the certification of high-tech projects, are determined. The requirements for modern design and technological documentation for the development and production of high-tech products and for its technical and economic level for the formation of an information model for calculating expected performance indicators are substantiated.


METHODICAL PROVISION OF ASSESSMENT OF THE EFFICIENCY OF THE FUNCTIONING OF A HIGH-TECH INDUSTRIAL ENTERPRISE ON THE BASIS OF SCORE-COEFFICIENT METHOD
Topicality.The development of high-tech industrial enterprises in the conditions of the socio-economic crisis of the world economy and the state of war in Ukraine can become one of the actual promising directions for choosing a strategy for the development of Ukraine's innovative economy.This will allow the country to produce products with a high level of added value, to increase the level of export of products, which will contribute to increasing the competitiveness of the domestic economy, reducing dependence on the technologies of foreign countries and leaving the shadow of the "raw material appendage", socio-economic growth and sustainable development.Such achievements are possible taking into account the evolutionary approach to the management of the development of

high-tech industrial enterprises and the justification of the choice of priorities taking into account the scientific and technological component on the basis of forecasting directions of technological development and know-how, ways of developing venture investments and directions of state support for enterprises of high-tech industries, coordinated financial credit, depreciation and structural policies. For this purpose, the selection of methods for evaluating the effectiveness of the functioning of high-tech industrial enterprises is relevant, one of which is the ball-coefficient method, which is studied in the article.
Aim and tasks.To provide methodical support for evaluating the efficiency of the operation of a high-tech industrial enterprise based on the point-coefficient method Materials and Methods.The results of the comparative analysis and theoretical generalization of developments, scientific approaches to the assessment of the effectiveness of the functioning of high-tech industrial enterprises are covered in publications of a fundamental, analytical and practical nature, which form the material and methodical basis of the research.The evaluation of efficiency was carried out using the point-coefficient method.This method, unlike the existing ones, is based on an integral indicator and an expert assessment based on the final evaluation of scientific and technological, industrial, organizational, social and economic potentials and additional preliminary studies.
Research results.As modern real practice shows, only reforming the high-tech sector of Ukraine's economy will not solve the issue of creating real opportunities for domestic enterprises exit from the crisis.That is why the task of evaluating the effectiveness of high-tech management has arisen enterprises.For this purpose, it is necessary to carry out a number of measures for the preparation and implementation of scientific-based, scientific-technological, organizational and management solutions that have a high-tech direction and to form the appropriate methodological support for the management of high-tech activities of industrial enterprises.The prerequisites for achieving the set goals are orientation towards international standards for determining the efficiency of high-tech enterprise activities and assessing the competitiveness of the products produced by them.To determine the level of efficiency of the operation of a high-tech enterprise, it is necessary to determine its high-tech potential in general, which consists not only of production potential, but also of scientific and technological, organizational, social and environmental potential.The article proposes a point-coefficient method for determining a single integral indicator of the high-tech potential of an industrial enterprise, taking into account expert assessments.One of the most important such indicators is the determination of the specific weight of scientific and research developments assigned to the highest quality category.Therefore, the issue of quality attestation of high-tech projects has been investigated.These certification data are included in the system for assessing the quality of functioning of a high-tech enterprise.To expand the company's potential, it is proposed to use such a CASE tool as BPwin.In the future, this will become the basis for the development and implementation of an information model of the investment process, which will lead to the further expansion of the enterprise and the production of high-tech products.This will provide an opportunity to make a decision about making long-term investments by the enterprise to increase the high-tech potential of the enterprise based on the calculation of expected performance indicators.The information model built in this way acts as a basis for solving tasks related to increasing the efficiency of the operation of high-tech production, determining the economically feasible limits of robotization of technological operations, and choosing the parameters and type of equipment.

Conclusion.
The article developed a methodology with a corresponding system of indicators for evaluating the efficiency of the high-tech industrial enterprise using the point-coefficient method.The components of the high-tech potential of the enterprise, as well as the requirements and compliance with regard to the certification of high-tech projects, are determined.The requirements for modern design and technological documentation for the development and production of high-tech products and for its technical and economic level for the formation of an information model for calculating expected performance indicators are substantiated.

Problem statement and its connection with important scientific and practical tasks.
Studying the experience of foreign countries shows that creating conditions for the sustainable development of the domestic economy by transitioning to an innovative-technocratic direction and reforming the high-tech sector does not mean the formation of economic prerequisites for exiting the crisis of domestic enterprises.That is why one of the conditions for the development of the high-tech sector of the national economy is the formation of a methodology for assessing the effectiveness of business process management of enterprises that are the main players of the high-tech sector of the economy of Ukraine as a whole.The realization of this goal is possible under the conditions of organizational and management decisions aimed at forming the demand for high technologies, promoting the transition of enterprises to high-tech conditions of development and modernization.And this is possible due to the creation of methodological support for the management of production and financial activities of national industrial enterprises.
Analysis of recent publications on the problem.In the technical and economic literature and periodicals, the number of publications devoted to various mechanisms of business process Allocation of previously unsolved parts of the general problem.The uniqueness of hightech enterprises is their independence and uniqueness of production and management systems that are able to produce products with high added value.In order to objectively assess the efficiency of such enterprises, it is necessary to develop a system for calculating the relevant indicators.However, the methods of evaluating the effectiveness of the operation of a high-tech industrial enterprise have not been sufficiently developed and implemented in the science and practice of the domestic high-tech industry.

Formulation of research objectives (problem statement).
To provide methodical support for evaluating the efficiency of the operation of a hightech industrial enterprise based on the pointcoefficient method.
Materials and Methods.The results of the comparative analysis and theoretical generalization of developments, scientific approaches to evaluating the effectiveness of the functioning of high-tech industrial enterprises are highlighted in publications of a fundamental, analytical and practical nature, which form the material and methodological basis of the study.Efficiency was assessed using the point-coefficient method.This method is based on an integral indicator and an expert assessment based on the results of the assessment of scientific and technical, production, organizational, socio-economic potential and additional preliminary studies.
An outline of the main results and their justification.The general target system of a hightech enterprise requires the implementation of such basic subsystems as socio-economic and scientifictechnological components, as well as production-sales and management-organizational. In order to effectively assess the quality of functioning of a high-tech enterprise, a methodology for determining its potential must be developed.
High-tech (HT) industrial enterprises include such enterprises that use advanced industrial technologies, know-how and the latest components, which are developed both by their own research departments and institutions, and acquired through outsourcing and produce hightech products that meet international standards and belongs to the fifth-sixth technological systems.These are the companies of the future, which have highly qualified employees with a flexible and adaptive way of thinking and organization of the management system.The main values of such enterprises are freedom and independence, where there is no authoritarianism, a complex bureaucratic system of subordination and a hierarchical structure.These are organizations of a new type of management, in which a team of employees is built, whose duties are interchangeable and can change depending on goals and results.
This definition of the authors regarding the suitability of a high-tech enterprise is confirmed in the city of Odesa by the working enterprise of Odeskabel PJSC.This is Ukraine's largest manufacturer of cable and wire products, which uses modern innovative equipment, raw materials from Japan and produces high-tech products.
The mission of this enterprise is the process of manufacturing high-quality cable-conductor products that transmit energy, heat and light, allow the exchange of information with light, and, in this way, help customers in realizing their right to live and work in safe and comfortable conditions.The production capacity of the plant allows to fully satisfy the needs of the Ukrainian market.Currently, the export volume of the Ukrainian market is 31.8%.The plant's products are exported to more than 20 countries on the markets of the European Union, the Middle East and Africa (Suslov O., Dukova D., 2021).
The study of the experience of foreign countries, in particular China, made it possible to consider the principles of the introduction of the targeted approach, which was implemented by the Chinese leadership, for the integration of its main aspects into the economy of Ukraine.Efforts were specifically aimed at innovatively active enterprises in the following measures: 1) granting state privileges to such enterprises without mandatory examination, but with the help of implementing a certification mechanism; 2) access to preferences in the public procurement system (Salikhova O.B., Krehivskyi O.V., 2021).
The practice and results of the operation of industrial enterprises show that the low level of innovation processes at enterprises requires state support of enterprises that produce high-tech products.A restraining factor is also the unfoundedness of the scientific and methodological basis capable of realizing the possibility of describing such a process and the mechanisms of their implementation (Davimuka S.A., Fedulova I.I., 2017).
That is why the study proposes one of the methods of assessing the effectiveness of the functioning of high-tech industrial enterprises.A comparison of the actually achieved results (P f ) with the level of indicators at which it is possible to predict the prerequisites for the development and implementation of the potential of a high-tech enterprise (P i ) will allow to determine the quality of its activity (Q d ): (1) Indicators characterizing the level of high-tech activity of an industrial enterprise can be classified according to the following groups (Table 1).

Table 1 Classification of indicators for determining the level of high-tech activity of an industrial enterprise
Classification features Indexes A set of indicators for calculating the effectiveness of R&D implementation and the company's ability to produce finished high-tech products -the share of scientific achievements attributed to high technologies in the final result of the enterprise's activity; -the level of patented scientific and technological developments and inventions and exported licenses for their use; -the value of research and development, aimed at the implementation and reflection in programs of the domestic economy in 5-7 years of those developments and inventions developed at this enterprise; -the specific weight of high-tech products in the total volume of manufactured products A number of indicators that determine the degree of influence of the introduction of high technologies and know-how on increasing the scientific and technological level of industrial production in the industry -the share of high-tech products produced by the enterprise based on its own scientific and technological developments in the total volume of the enterprise's output; -the dynamics of product renewal as a result of the introduction of high technologies at the industrial enterprise; -increasing the level of labor productivity and production due to the implementation of enterprise developments; A set of indicators that determine the duration of the "research -production -sales" cycle -cycle duration intensity factor (calculated as the ratio of the total productivity of individual cycle stages to the total cycle duration, while breaks and downtime are not included).
Source: developed by the authors.
In order to determine the level of efficiency of a high-tech industrial enterprise, one should first determine the level of its high-tech potential.In general, high-tech potential can include not only the production component, but also others (Table 2).
Based on the results of the evaluation of the potentials listed in Table 2, we will determine a single integral indicator of the high-tech potential of an industrial enterprise.It is determined using expert evaluations based on the point-coefficient method.In our study, experts are representatives of industrial enterprises and representatives of the scientific field.
We consider the existing types of assessments and their characteristics in Table 3.In the process of planning the development strategy of a hightech enterprise, attention should be paid to the indicator of the specific weight of research developments in the system for evaluating the quality of the functioning of a high-tech enterprise.Such a result is the indicators of the quality certification of the implementation of high-tech projects.Such data are included in the system of evaluation of the quality of functioning.It is the certification data that should, first of all, be included in the system of evaluation of the quality of works of a high-tech enterprise (Knyazevich A.O., 2017).
Attestation of design and technological documentation for the latest developments of hightech products or technological processes is based on the selection of one of two relevant quality criteria at two levels: 1) global or 2) the highest quality level.

ЕКОНОМІЧНІ ІННОВАЦІЇ
Том 25, Вип. 2 (87) 23 latest patents and licenses (even borrowed ones) and current developments.It is evaluated as an indicator of determining the efficiency (per 1 hryvnia of costs) of hightech facilities; shares of the economic effect from the introduction of scientific inventions and achievements in the total amount from the volume of high-tech products; scientific capacity of products -this indicator can be calculated by the ratio of high-tech products produced in accordance with the planned scientific and technological developments and inventions of the enterprise to the amount of costs for their development and development; the specific weight of the reduction in the cost level of high-tech products from the increase in the level of production from the introduction of scientific and technological developments and inventions, as well as company patents.

Production potential
It is determined by a set of indicators of the production capacity of the research department belonging to it (research hubs, incubators, laboratories and experimental production units) and the main production of the industrial enterprise.Also among the indicators are such as the effectiveness of meeting product delivery dates, the coefficient of rhythmicity of the release of high-tech products.

Organizational potential
Determines the complexity of the structure of the enterprise itself, the flexibility of the management system (Learn Managenent), the ability to restructure and reform.

Social potential
It characterizes the level of novelty and socialization of the team as a team and is determined by the following indicators: the number of highly qualified workers; the number of workers with scientific degrees of doctor of philosophy and doctor of science; the total number of employees who raise their scientific level every year; the number of person-years of higher education per employee of research and basic production; the number of copyright certificates and inventions per 100 engineering, technical and scientific workers who are engaged in high-tech inventions and inventions; personnel turnover.

Ecological potential
It characterizes the level of pollution and emissions from the production of high-tech products into the environment.Source: compiled by the authors.

Table 3 Types of assessments of high-tech potential of an enterprise
List of grades Characteristic complex (F) when experts assess the quality of the enterprise's high-tech functioning by the sum of potentials using the point-coefficient method.The calculation formula is as follows: ∑ where Q j is the coefficient of significance of the j-th parameter in the total number of indicators for assessing the quality of the enterprise's hightech operation by individual potential; R iindicator evaluation, which is determined by points; n is the number of indicators in a separate potential.average score determined for each indicator in a separate potential and depending on the number of experts.a general indicator of the quality of the enterprise's high-tech functioning it is possible to determine by summarizing the results of the previous (average) assessment separately for each potential Source: determined by the authors.It is possible to use this system of indicators as a tool for analysis and information provision of existing business processes in high-tech production within the framework of a reengineering project.When developing such an information management system, it would be advisable to use international experience and focus on the use of CASE technologies (Computer Aided Software/System Engineering).
In this context, to increase the potential of the enterprise, you can successfully use the CASE tool called BPwin.Using BPwin as a tool will allow developing an information model of the investment process aimed at increasing the potential of the enterprise and transforming it into a high-tech enterprise.
This information model is necessary for a detailed description of investment processes aimed at creating a higher potential of the enterprise and transforming it into a high-tech enterprise.When developing this model, strategic and technical goals are taken into account, which are defined in the company's competitive strategy (Fedulova L.I., Zabarna E.M., Filippova S.V., 2016).
After creating an information model, it is possible to make a decision on long-term investments aimed at increasing the potential of the existing enterprise and its transformation into a high-tech enterprise.To achieve this goal, CASE tools, in particular BPwin (Fig. 1), can also be effectively used to create an information model that evaluates expected performance indicators.

Fig. 1 .
Fig. 1.A fragment of the model of information calculation of expected performance indicators in the formation and use of the potential of a high-tech enterprise.Source: developed by the authors.

Table 2 Characterization of the potential of a high-tech enterprise List of potentials of a high-tech enterprise Characteristic
It characterizes the scope of the results of the effective implementation of the scientific and technological reserve of the enterprise, namely:

Table 5 Comparative calculations according to the given methodology
Source: determined by the authors.