Development Of Continuous Process Research Articles

РУСЬКА ПРАВДА ТА ЇЇ ВПЛИВ НА СТАНОВЛЕННЯ І РОЗВИТОК УКРАЇНСЬКОЇ ПРАВОВОЇ ТРАДИЦІЇ

The article characterizes the place and role of the Rus’ Truth in the history of the state and law of Ukraine and determines its influence on the formation and development of the Ukrainian legal tradition. It is noted that legal traditions are directly related to the state traditions of the Ukrainian people. The state-legal traditions of the Ukrainian people are a centuries-old continuous process of development of the Ukrainian people, aimed at the formation of the state, passed down from generation to generation and preserved for a long time. The state-legal traditions of the Ukrainian people have an uninterrupted duration, since it includes not only the periods of the existence of the state, but also the periods of struggle for its restoration, national liberation struggles. The state-legal traditions in Ukraine began with the state of Antes, later the state of Kyivan Rus’, the Galicia-Volyn state, continued during the time of the Ukrainian Cossack state, and in the 20th century were represented by the period of the revival of an independent state on Ukrainian ethnic lands in 1917–1921 in the form of the Ukrainian People’s Republic under the Central Council, the Ukrainian State under Pavlo Skoropadskyi, the Ukrainian People’s Republic under the Directory and the West Ukrainian People’s Republic, the declaration of statehood and rights of Carpathian Ukraine (1939), of the Ukrainian state (1941); quasi-states and rights of the USSR. The state-legal traditions of the Ukrainian people embodied the desire to have their own state and law, republican forms of people’s power, electability of the state power, democratic principles of state construction and local self-government, freedom, equality, justice and orderliness in social relations, respect for a person, their life, health, dignity, attachment to private property, to the legal method of protection of violated rights, etc. The Ukrainian people, even during periods of prolonged stay under the rule of foreign states, without having their own state, preserved and developed their own national state-legal traditions and always showed an affinity for the traditions of Western European statehood and law. The state-legal traditions of the Ukrainian people are closely related to such a formulation as «the centuries-old history of Ukrainian statehood», an important component of which was the centuries-old struggle of the Ukrainian nation as an indigenous, titular nation for the right to create its own state. The foundation of national statehood is a long-term, complex process of birth, formation and development of Ukrainian statehood, which results in the creation of a Ukrainian state as a result of the Ukrainian nation development. Considerable attention is paid to the characteristics of the origins of the Ukrainian legal tradition, which go back to the legal culture of the Kyivan Rus’ state, where the foundations of law and the legal worldview were laid. As mentioned above, the formation and functioning of the Ukrainian legal tradition during the period of the Kyivan Rus’ state was positively influenced by the law-making of the Kyiv princes, the application of customary law, the reception of Byzantine and, through it, Roman law, trade and political ties of the Kyivan Rus’ state with Byzantium, Germany, France and other countries. Ancient Ukrainian law was codified for the first time in the Kyivan Rus’ state, the result of which was the adoption of the first legal code – the Rus’ Truth, a source of knowledge of the state-legal development on Ukrainian lands in the 9th-12th centuries, reflecting the level of socio-political, economic and cultural relations of the ancient Ukrainian society. It reveals the generalized legal worldview of Ukrainians regarding the legal foundations of their development, the peculiarities of the regulation of social relations. The Rus’ Truth was the fundamental normative legal act in the Kyivan Rus’ state. The Rus’ Truth was an important normative legal act that influenced the process of formation of Ukrainian law. The formation and development of the legal system of Ukraine began with Ukrainian customary law, princely legislation, and especially the Rus’ Truth in the times of the Kyivan Rus’ state.

Model-assisted process design for better evaluation and scaling up of continuous downstream bioprocessing

Continuous process is a promising alternative for tradition batch process in biomanufacturing, which has higher productivity and lower material consumption. However, despite the maturation of necessary technologies for continuous process, there are few discussion about optimization of full continuous process. One possible reason is that the continuous process is such a complex and interacted process that the traditional experiment-based optimization approach is not sufficient anymore. To address that problem, the process simulation tool SuperPro Designer and continuous capture chromatography model were integrated into a model-assisted design platform for better development of continuous process. The influences of different continuous capture operation modes and sub-lot number under various upstream conditions were analyzed for pilot-scale production. The best combination of operation mode and sub-lot number were determined for the highest equipment utilization without any conflict. After the process optimization, the equipment utilization of continuous process was significantly improved to 27.3%. Then, a pilot-scale case study was carried out to validate the proposed approach. The results showed that the scaling up and process design of continuous process were successful. No time conflict and process failure happened and the final product met the release specification. Finally, the cost of goods was evaluated with SuperPro Designer, and the results showed a 17.4% cost reduction for optimized continuous downstream process compared to batch process, which is promoting for the future industrial applications.

EXPERIENCE OF SCIENTISTS-PRACTITIONERS REGARDING THE IMPLEMENTATION OF AESTHETIC COMPETENCE IN TEACHING MATHEMATICAL DISCIPLINES

The formation of a creative personality is extremely necessary nowadays, in the development of which an important place belongs to aesthetic factors in education. The development of aesthetic competence requires special training and must be connected with purposeful pedagogical activity. The aim of the article is to highlight the practical achievements of teachers regarding the implementation of aesthetic competence in the process of teaching mathematical disciplines, to analyse the available approaches of teachers to solving this task, and to provide certain recommendations. The article presents practical approaches to the formation of aesthetic competence in teaching mathematics both in schools and in institutions of higher education. The need to strengthen the aesthetic component of the educational process as a method that increases interest in studying mathematics is substantiated. It is emphasized that the appropriate use of non-traditional methods of teaching mathematics, the unique combination of educational materials with aesthetic content contributes to the development of imagination, fantasy, and creative activity of a person. Non-standard methods of conducting classes by schoolteachers and teachers of higher education institutions, aimed at the development of aesthetic competence in the process of teaching mathematical disciplines, are highlighted. The close connection between mathematics and art, the aesthetic educational influence of mathematics on the cultural development of a person is demonstrated. It is emphasized that the acquisition of aesthetic competence is a continuous process of personality development that occurs throughout life. The principles of forming the aesthetic competence of students in mathematics classes are formulated.
 Keywords: competence approach; aesthetic competence; mathematics; mathematical disciplines; personality development; computer technologies; teaching experience.

Development of natural seawater-based continuous biohydrogen production process using the hyperthermophilic archaeon Thermococcus onnurineus NA1

Previously, we reported that the hyperthermophilic archaeon, Thermococcus onnurineus NA1 could produce hydrogen from various resources including carbon monoxide (CO) with high productivity. In this study, a high-performance and cost-effective fermentation process was developed as a prerequisite for the industrial implementation of H2 production from CO using the strain. Firstly, an economical medium was formulated on the basis of natural seawater. Cysteine as a reducing agent was found to be an important factor to consider. Secondly, three variables, initial concentration of yeast extract, CO supply rate and agitation rate, were statistically optimized in batch culture by applying a response surface methodology. Notably, biomass productivity of 0.39 g/L/h could be observed and cell density reached 14 optical units at 600 nm, which is exceptionally high among members of the order Thermococcales. Finally, continuous cultures were tested at various dilution rates with new medium formulation and optimized culture conditions. As a result, the steady state of H2 production and cell growth were stably maintained, yielding H2 production rate of 471.5 mmol/L/h at a dilution rate of 0.1 h−1, which is one of the highest values at ambient CO pressure to date. Our study shows that T. onnurineus NA1 has outstanding potential as an economical and high performance industrial strain suitable for long-term processes for CO-dependent H2 production.

Using the Funds of the Normalized Insurance Stock — an Affordable Opportunity to Improve the Skills of Medical Workers in the Training Center

In the constantly changing conditions of providing high-quality medical care to patients, updating knowledge and developing manual skills in simulation conditions provides an opportunity for doctors and mid-level medical specialists to master the best practices of leading specialists. Undoubtedly, the quality of medical care is influenced by the level of training of employees, including basic medical education, and the subsequent continuous process of continuous professional development and improvement.

Mobilize, invent and intervene in the University context: research, prevention and intervention as actions against the pandemic COVID - 19

This text presents the initiatives of a public University of the State of Rio de Janeiro, Brazil during the first moments of the Covid-19 pandemic. It seeks to point out how, in a brief period of time, marked by many intensities due to a new pandemic, numerous activities related to the history of the Institute of Psychology and the University that houses it were organized. As this is an experience report, it describes research, intervention and extension activities carried out by its faculty and students, analyzing the impacts of each one of them not only to the outside world but also to the inside of the institution in its continuous development process facing social demands and historical challenges. The results of this work reveal the major purpose of the University in fulfilling its social commitments and enforcing the tripod of teaching, assistance and research, benefiting the university community, but especially the disadvantaged social groups linked to it.

Dynamic Process for Enhancing Engineering Faculty Competence in India

Abstract : Indian engineering colleges need more qualified faculty, since, thousands of engineering colleges have been approved by AICTE with teachers who possess only bachelor's degrees without any experience in curriculum design, instructional design, evaluation, and industrial training. Many of them were not exposed to advanced industrial design and advanced manufacturing practices. This has resulted in the unemployment of about 70% of the graduates. This paper focuses on the systematic planning, and implementing appropriate faculty development programs not only for the fresh graduate teachers but also the senior faculty members through various longterm programs, short-term courses, industrial training, research works, Massive Open Online Courses (MOOCs) under SWAYAM, and training through specialized overseas courses that are implemented by Ministry of Education. National Institutes of Technical Teachers Training are offering MOOCs in various areas of engineering education. Continuous process development has been suggested. The engineering colleges could reimburse facultymembers on the cost of training under MOOCs which are offered by edX, COURSERA, etc. Further, the colleges should organize faculty development programs in collaboration with the well-known global universities and Research & Development Centers of Multinational Companies (MNCs) which are functioning here. Such a dynamic initiative will bring excellence in the knowledge capital. The government can assist professional associations to plan industryrelevant workshops. Considering the difficulties in getting admission for thousands of faculty members in Quality Improvement Programs (QIP), alternate, hybrid and flexible programs are suggested. The significant outcomes of these initiatives are: i) It increased the skills and competencies of the faculty members and students; ii) The graduates have become be industry-ready; iii) Many regions have come industrially competitive, iv) The new initiatives like Pandit Madan Mohan Malavia National Mission on Teachers and Teaching (PMMMNMTT) and MOOCs have improved the faculty competencies in hundreds of colleges; v) Global Initiative for Academic Networks (GIAN) have increased interdisciplinary research capability of the faculty members; vi) The overall outcomes of these initiatives have improved the engineering curriculum, attributes of the graduates and interdisciplinary research. It is suggested to undertake further research on the finetuning of the curricula to meet the challenges of Industry-4.0 Keywords: Faculty Competence, Dynamic Process, QIP, Summer Schools, Webinars, MOOCs.

On the Step Type of Continuous Propagating Positive Leader in Laboratory‐Scale Long Spark Discharges

AbstractPositive leader steps are currently not well understood. Many recent findings challenge the previous understanding of the positive leader steps occurring in continuous leader development. In this work, we investigate the stepping propagation of positive leaders in laboratory spark discharge by using a high‐speed video camera and a synchronized electrical parameter measurement system. Two types of steps were distinguished in the positive leader continuous development process based on the current pulse features. One type of step exhibits a bell‐shaped current pulse, while the other type of step exhibits a steep current rise. The former type vanishes when the rising rate of the ambient electric field increases, whereas the latter type, which could be led by a separate luminous structure, does not.

Existential risk - Danger Extinction Humanity or Reducing permanent of Potential Humanity

Recently humanity witnessed a shift in way of life affecting natural, social, political, and economic resources. As such, the public and/or private sectors provided alternative ways of communication and working from distich leading to a new source of livelihood, especially after the great COVID pandemic challenges. Such new ways of uncontrolled development in a very short period of time would affect negatively human evolution resilience, as there were so-called critical areas of high sensitivity that cannot be returned to their previous state without the human intervention (soil terraces, reforestation, biodiversity). If the ecological environment is endangered or destroyed as a result of human action; then the risk to human life would be enormous. Critical areas also play a major role in preserving soils and ensuring that biodiversity is preserved and supports the food chain. Unsustainable land management, particularly when coupled with droughts, has contributed to higher dust-storm activity, reducing human well-being in drylands and beyond. This is supported by the Presidential Policy Directive-21, referring to critical infrastructure security and resilience. Many people mistake the future for a continuation of trends, meaning that carrying out the process of continuous development will protect the human and human existence on Earth. The question in our time is not whether global climate change exists or not, it does exist, but rather whether the symbiotic relationship between global capitalism and nation-states has the capacity to meet the challenge posed by global climate change, meaning that there must be a connection, communication, and consensus between developed and non-developed countries to find solutions and cooperation in solving the world problems cooperatively.

OpenBioMaps – self-hosted data management platform and distributed service for biodiversity related data

Biodiversity related observational data are collected in a variety of ways and for a variety of purposes, mostly in the form of some sort of organised data collection action. Data management solutions are often developed to manage the data collection processes and organise the data, which may work well on their own but are less compatible with other data management tools.In a continuous development process, we have created the OpenBioMaps (OBM) biodiversity data management platform, which can be used as a self-hosted data management platform and as a free service, hosted by several institutions for biological database projects. OBM has the ability to integrate biological databases without any structural or functional constraints, allowing a high degree of flexibility in data management and development; it provides interfaces to facilitate communication between different end-user communities, including scientists, citizens, conservationists and educational staff. We have also established a network of OBM services based on collaboration between government, educational and scientific institutions and NGOs to provide a public service to those who lack the capacity or knowledge to set up or manage their own self-hosted servers.OpenBioMaps uniquely focuses on the entire data management process, from building the data structure to data collection, visualisation, sharing and processing.

Diverse Supports for Immobilization of Catalysts in Continuous Flow Reactors.

The rapid development of continuous flow processes is driving innovations in various chemical syntheses and industrial productions. Immobilizing catalysts in flow reactors allows transformations with high-efficiency and excludes the subsequent separation procedures. This concept outlines the approaches to incorporate catalysts within flow reactors, with particular focus on the application of additional supports including inorganic materials like silica, zeolite and reduced graphene oxide, polymeric materials like polymer packings, monoliths, cross-linked gels and polymer brushes, and other materials for specific conditions like transparent glass fibers and glass beads. Furthermore, advanced methods to develop ordered micro-/nanoarrays from internal walls of flow channels for immobilization of catalysts as well as application of innovative vortex fluidic devices are discussed to inspire new designs of supports for novel fluidic reactors with broad applications.

КАРТОГРАФИЯ СИБИРИ XVII –XX В.: ИССЛЕДОВАТЕЛЬСКИЙ ПОТЕНЦИАЛ И МЕТОДИКА РАБОТЫ С КАРТОГРАФИЧЕСКОЙ ИНФОРМАЦИЕЙ

Cartographic sources - maps, plans, diagrams, and drawings are deservedly the starting point in historical, socio-economic, ethnographic, architectural and urban planning, studies. However, there is no general understanding of the qualitative composition of this voluminous block of information. Moreover, there is no unified approach to the interpretation of historical cartography. The article presents the technique of "layering and analysis of multi-temporal projections of planning structures". This allows to get a classification of historical plans, highlighting fixing, design and directive plans. According to the presented methodology, the existing planning structure of the studied settlement is easily accessible in the form of digitized satellite images and is the basis for graphical analysis of the historical plan. Each of the studied cartographic sources, whether it is a plan or an explanatory note, is considered in the context of the continuous process of architectural and planning development of the settlement and the state. The presented methodology is successfully tested as part of the work on the project of the boundaries of the territory and the subject of protection of the historical settlement of federal significance "Tomsk City".

Multi response optimization of machining parameters for an annealed Monel K 500 alloy in drilling using Machine learning techniques and ANN

Manufacturing companies are focusing on continuous process development to thrive in today’s quality-conscious market. It is particularly relevant to investigate machining processes for advanced materials such as superalloys. Drilling is a major operation that is used in the majority of manufacturing processes. Hence, this research work is focused on investigating the drilling performance of the Monel K500. The output responses under consideration are metal removal rate (MRR), surface roughness, and tool wear. Various contemporary techniques were utilized in this work, namely machine learning methods, artificial neural networks, principal component analysis, and grey relation analysis using uncoated, coated, and HSS (high-speed steel) drills. After annealing, the softened material can be easily machined to increase the MRR and decrease tool wear and surface roughness. The experimental results show that, after annealing, the surface roughness values for HSS drills have been reduced by 23.86%, uncoated drills by 27.29%, and coated drills by 29.27%, respectively. Moreover, tool wear values for HSS drills decreased by 28.51%, uncoated drills by 34.7%, and coated drills by 33.71%, based on the relative error approach. MRR values for HSS drills increased by 20.51 %, uncoated drills by 23.08%, and coated drills by 23.5%, respectively. For PCA (principal component analysis), feed (47%), and for GRA (gray relation analysis), feed (40.1%) will be the significant parameter followed by speed, and both methods have identified the same experimental run values for optimization of cutting parameters. The theoretical values were predicted using machine learning methods, which utilized the Python language using the Google Colab and then validated with experimental values. The predicted values obtained by the decision tree are close to the measured values as compared to support vector regression and K-nearest neighbor based on relative error. The estimated values obtained by the ANN (artificial neural networks) approach, using Easy NN plus software, match well with the actual values, with a slight deviation.

A data mining approach for continuous battery cell manufacturing processes from development towards production

Battery cells are central components of electric vehicles determining their operational characteristics, such as driving range, power output, and safety. Automotive OEMs undertake the necessary efforts to ensure the integration of safe and high-performance battery cells in their electrified fleets. In addition, an increased sustainable awareness of their customers and governmental policies force them to not only focus on operational goals, but rather on environmental aspects as well. Especially, battery cell manufacturing is associated with various negative environmental impacts (e.g. carbon dioxide emission). Therefore, this study develops a concept facilitating the development of novel continuous processes in battery cell manufacturing by enabling virtual experiments and an automatic optimization of economic and ecologic targets. Virtual experiments are enabled by training data-driven models that transfer the gained knowledge from development to large-scale production. The concept includes an inline-capable controller adjusting set points of process parameters with respect to a cost model quantifying product quality and environmental aspects. The validity of the proposed concept is demonstrated with data acquired from real battery cell production chain covering a continuous mixing process.

A review on key aspects of wet granulation process for continuous pharmaceutical manufacturing of solid dosage oral formulations

Wet granulation process is a major unit operation in production of pharmaceuticals as solid dosage oral formulation. Indeed, granulation is used to improve the formulation properties such as flowability, compressibility, and so on for pharmaceutical manufacturing. Different types of granulations can be used in pharmaceutical manufacturing in which the selection of proper process depends on the operational conditions as well as formulation properties. In current decades, twin-screw wet granulation has been of paramount interest owing to its superior properties. Pharmaceutical manufacturing industry are trying to move towards continuous mode by which the efficiency can be improved compared to the batch mode. Therefore, development of continuous granulation process is of great importance. In this review article, various processing units applicable for wet granulation of pharmaceutical formulations for solid dosage forms are reviewed and discussed. The advantages and disadvantages of the processes are discussed and listed along with modeling approaches for simulation of process. The governing models and numerical schemes applicable for design of wet granulation are also critically discussed. The main focus is on wet granulation as this method has attracted much attention in pharmaceutical processing.

Resveratrol Nanocrystal Incorporated into Mesoporous Material: Rational Design and Screening through Quality-by-Design Approach.

Bioflavonoids from grape seeds feature powerful antioxidant and immunostimulant activities, but they present problems related to solubility and bioavailability. Nanocrystal (NC) incorporated into a mesoporous carrier is a promising strategy to address these issues. However, the preparation of this formulation involves the selection of factors affecting its critical quality attributes. Hence, this study aimed to develop an NC formulation incorporating resveratrol into a soluble mesoporous carrier based on rational screening design using a systematic and continuous development process, the quality-by-design paradigm. A mesoporous soluble carrier was prepared by spray-drying mannitol and ammonium carbonate. The NC was obtained by introducing the evaporated solvent containing a drug/polymer/surfactant and mesoporous carrier to the medium. A 26−2 fractional factorial design (FFD) approach was carried out in the screening process to understand the main effect factors. The type and concentration of polymer and surfactant, resveratrol loading, and solvent were determined on the NC characteristics. The results indicated that drug loading, particle size, and solubility were mainly affected by RSV loading, PEG concentration, and Kolliphor EL concentration. The polymer contributed dominantly to reducing the particle size and enhancing solubility in this screening design. The presence of surfactants in this system made it possible to prolong the supersaturation process. According to the 26−2 FFD, the factors selected to be further developed using a statistical technique according to the quality-by design-approach, Box Behnken Design, were Kolliphor EL, PEG400, and RSV loading.

From Negative to Descriptive: An Approach to Marxist Ideological Theory

The theory of "ideology" has experienced a process of continuous enrichment and development in the history of Marxist development. Clarifying the evolution of the concept of "ideology" is the basic premise for a correct understanding of the theory of Marxist ideology. The connotation of ideology has gone through a process from negativity to descriptiveness from Marx's "false consciousness" to Lenin's "scientific ideology". On the basis of proposing the theory of "scientific ideology", Lenin further elaborated the theory of ideological leadership. Its core essentials include that the proletarian party's grasp of ideological leadership is its basic principle, the unity of criticality and construction is the essence of its theory, and the theory of ideological indoctrination is its important method and strategy.

СУЧАСНІ ТЕНДЕНЦІЇ ЦИФРОВІЗАЦІЇ РЕГІОНАЛЬНИХ ЕКОНОМІЧНИХ СИСТЕМ

In the modern conditions of socio-economic development, the process of digitization, which af-fects various spheres of activity, is gaining more and more popularity. The experience of successful countries proves that the competitiveness of regional economic systems depends on the ability to gen-erate, implement, and effectively and successfully apply digital technologies in all spheres of activity. Currently, the digitalization of regional economic systems is one of the main components of the strate-gic development of the regions of our country.The article is devoted to the study of modern trends in digitalization of regional economicsys-tems. The main goals are defined, the manifestations and advantages of digitalization of regional eco-nomic systems are clarified. Risks and problems associated with the formation, functioning and devel-opment of digitalization of regions have been identified. The factors of institutional and digital changes are outlined and the trends of digitalization of regional economic systems are analyzed. It has been proven that the implementation of digitization processes will provide an opportunity to solve numerous social problems, which in turn will lead to increased economic, innovative and so-cial development of regional economic systems. It was determined that the leading advantage of digi-talization of regional economic systems is the automation of managementprocesses, which will signif-icantly increase the level of efficiency of regional development management.The authors are convinced that digital platforms and portals facilitate operations, speed up the process of data and information exchange, and facilitate the establishment of relationships and inter-action. For business entities of regional economic systems, digitalization manifests itself in improving the quality of their products, goods and services and reducing their cost, as well as new opportunitiesfor increasing added value and other structural transformations.According to the authors, digitalization of regional economic systems is a continuous process of development of various spheres of activity and generation of innovative technologies. It has been proven that in order to achieve successful implementation of digitalization processes, coordinated work of business structures, citizens, regional and state authorities is necessary.

IMPROVING THE FUNCTION OF ACCOUNTING AND ANALYTICAL SUPPORT OF LEASE RELATIONS IN TECHNICAL SUPPORT FOR AN AGRICULTURAL ENTERPRISE

Introduction. The possibilities of significant progress in the efficiency of an agricultural enterprise in modern conditions of dynamic development of technological progress are determined by ensuring technical conditions for the introduction of innovative solutions in production technology. The development of lease relations is a more affordable means of supporting the technical support of an agricultural enterprise, but requires careful consideration of processes in order to concentrate competitive advantages within its own economic activities. Methods. The research was conducted on the basis of the use of monographic, abstract and logical, and historical methods. The methodological basis for the study of the material was the dialectical method of cognition of social and economic phenomena. Results. Based on the results of the study of the functional load of accounting in the framework of the development of lease relations, the need to integrate the balance accounting functions into the accounting and analytical support of agricultural enterprises in substantiating the prospects of lease relations is established. In this particular case, we emphasize the need to monitor the maximum scale of involvement of leased property in the production process of agricultural enterprises in order to limit the financial risks associated with violations of the financial stability of agricultural enterprises. To perform this function, there is a need to develop analytical support tools for management decisions on managing the property of an agricultural enterprise. Discussion. In the course of scientific research, it was determined that the specifics of the organization of means of mechanization of production processes of agricultural enterprises can become a significant factor in identifying the object of lease relations. The complimentary nature of agricultural implements with a strict connection to system productivity significantly affects the efficiency of the technical and technological system of agricultural enterprises. Accounting information forms a rule-making function in the planning of the technical park and will determine the strategy for the development of lease relations. Thus, the continuous process of economic development and its current state require further research aimed at improving the function of accounting and analytical support of lease relations in the formation of technical support for agricultural enterprises. Keywords: lease relations, technical support, accounting and analytical support, efficiency, financial stability.

АКМЕОЛОГІЧНИЙ АСПЕКТ ПРОФЕСІЙНОЇ ДІЯЛЬНОСТІ МАЙСТРІВ ВИРОБНИЧОГО НАВЧАННЯ

The article reveals the essence of the acmeological approach in the field of education, which is chosen to create conditions that encourage the individual to progressive self-development, self-organization and, accordingly, professional self-improvement in achieving the optimal level of professional development. The internal conditions for achieving professional acme of masters of industrial training are determined: positive motivation to achieve the expected results with a high level of demands and self-realization; focus on the ascending trajectory of the professional path; productive activity in performing professional functions; the desire to preserve and increase their achievements; the ability to mobilize potential opportunities (motivational, intellectual, operational, emotional and volitional) and recover from physical and psychological stress. The external conditions for the emergence of acme masters of industrial training are determined: assistance in mastering the means necessary for the development of pedagogical thinking, creativity, individuality of the personality and his spiritual potential; ensuring the implementation of personally and socially significant prospects in professional activities; stimulating the process of self-improvement; strengthening the integration role of acme-psychological support as a holistic and continuous process of study, analysis, formation, development, self-development and correction of the specialist's personality; development and realization of the corresponding maintenance, models, algorithms of acmeological technologies, adequate means of methodical maintenance, diagnostics and assessment of the professional developmentdynamics. The tools of accumulation of professional activityresults in the context of acme are characterized. In particular, the acmeogram, which indicates the types of professional activities and personality qualities that lead not only to the masters of industrial training socially necessary results, but also provide progressive development and professional development, promotion to high levels of professionalism; portfolio as a description in any form of educational and professional achievements of industrial trainingmasters, which includes information on the main stages of activity, professional development, including the achieved results, information on participation in projects, publications, methodological developments, etc. Key words: acmeology, master of industrial training, vocational education institution.