Nataliia Pavlova
Urgency of the research. Modernization of the education sector contributes to the renewal of the processes of providing educational services by higher education institutions. The changes that are taking place in general secondary education outline the requirements for the competencies of the teacher. One of the areas of improvement system of professional training of teachers is the study of the research and a balanced combination of scientific achievements with the needs of education.
Target setting. The analysis of scientific novelty, theoretical and practical achievements professional training of computer science teachers, will identify factors influencing the development of teaching methods, for the professional development of the applicant for the educational program “Secondary Education (Computer Science)”.
Actual scientific researches and issues analysis. Some aspects of improving the content of education of students who obtain the qualification “teacher of computer science” reflected in the dissertation research of I. Voitovych, Y. Goroshko, O. Daviskiba, V. Efimenko, O. Zhmud, A. Kostyuchenko, A. Kravchenya, L. Kukhar N. Morse, I. Morkvyan, O. Oleksyuk, L. Pavlyuchenko, S. Postova, S. Priyma, O. Usata, N. Franchuk, V. Chernykh and others. The preparation of computer science teachers befor the use of Internet technologies and the introduction of distance learning was studied by Y. Bilyay, L. Breskina, O. Dushchenko, O. Ignatenko, K. Kolos, O. Korotun, G. Stetsenko, G. Tkachuk, V. Franchuk and others. Formation of competences in the future teacher of informatics were developed by O. Krivonos, O. Moiko, G. Monastirna, K. Osadcha, Y. Sikora, V. Shakotko. S. Ovcharov, T. Tikhonov, M. Umryk and G. Shugailo, tracked the professional development of the teacher, his selfdevelopment, individual–differentiated learning.
The research objective. Analyze dissertations for the degree of candidate or doctor of sciences, conducted in Ukraine in the period since 2000 to 2021 and which cover the issues of professional training of computer science teachers. Investigate the contribution of scientific research to the construction of a methodological system of teaching students who obtain the qualification of “teacher of computer science”.
The statement of basic materials. Today's challenges consider computer science teachers as valuable carriers of competencies, information and technological culture. The article analyzes dissertation research of professional training of future teachers of computer science; the directions of improving the quality of this process and the ways of their implementation in the educational process are outlined. The methodological system of education highlights the knowledge, technological and personal components, takes into account of fundamental knowledge of computer science and methods of its study.
Conclusions. The analysis research allowed to single out various issues of teaching students who qualify “teacher of computer science”, in particular, on: methodical activity of a teacher, formation of competencies, development of technological culture, professional development and self-development. Domestic scientists in the system of professional training of computer science teachers distinguish cognitive, technological, personal components. The cognitive component integrates the content of fundamental disciplines with the methods of teaching computer science and computer science as a school discipline. The study of computer science should be combined with psychological and pedagogical awareness and technical skills, with the needs of professional activities and provide training for a competent teacher.
Keywords: dissertation research, computer science teacher, methodical system, professional training.
References:
1. Bilyaj, YuP 2018, Metodichna sistema pidgotovki majbutnih uchiteliv matematiki ta informatiki do vikoristannya tehnologij distancijnogo navchannya (Methodical system of preparation of future teachers of mathematics and computer science for the use of distance learning technologies). Disertaciya kandidata nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 256 s.
2. Vojtovich, IS 2013, Teoretiko-metodichni zasadi profesijno oriyentovanogo navchannya tehnichnih disciplin majbutnih uchiteliv informatiki (Theoretical and methodological principles of professionally oriented teaching of technical disciplines of future teachers of computer science). Avtoreferat disertaciyi doktora nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 48 s.
3. Dushenko, OS 2019, Formuvannya gotovnosti majbutnogo vchitelya informatiki do zastosuvannya Internet-tehnologij u profesijnij diyalnosti (Formation of readiness of the future teacher of computer science to application of Internet technologies in professional activity). Disertaciya kandidata nauk, Izmayilskij derzhavnij gumanitarnij universitet. Derzhavnij zaklad “Pivdennoukrayinskij nacionalnij pedagogichnij universitet im. K.D.Ushinskogo”, Odesa, 305 s.
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5. Zhmud, OV 2015, Formuvannya predmetnoyi kompetentnosti z arhitekturi komp’yutera ta konfiguraciyi komp’yuternih sistem u majbutnih uchiteliv informatiki (Formation of subject competence in computer architecture and configuration of computer systems in future teachers of computer science). Disertaciya kandidata nauk, Umanskij derzhavnij pedagogichnij universitet, Uman, 233 s.
6. Korotun, OV 2018, Vikoristannya hmaro oriyentovanogo seredovisha u navchanni baz danih majbutnih uchiteliv informatiki (The use of cloud-based environment in the training of databases of future teachers of computer science). Avtoreferat disertaciyi kandidata nauk, Institut informacijnih tehnologij i zasobiv navchannya NAPN Ukrayini, Kiyiv, 24 s.
7. Krivonos, OM 2014, Formuvannya informacijno-komunikacijnih kompetentnostej majbutnih uchiteliv informatiki v procesi navchannya programuvannya (Formation of information and communication competencies of future teachers of computer science in the process of learning programming). Disertaciya kandidata nauk, Institut informacijnih tehnologij i zasobiv navchannya NAPN Ukrayini, Kiyiv, 285 s.
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9. Mojko, OS 2018, Formuvannya profesijnoyi kompetentnosti majbutnogo vchitelya informatiki v procesi fahovoyi pidgotovki (Formation of professional competence of the future teacher of computer science in the process of professional training). Disertaciya kandidata nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 191 s.
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14. Osadcha, KP 2009, Formuvannya profesijnoyi kompetentnosti majbutnih uchiteliv informatiki u procesi vivchennya fahovih disciplin (Formation of professional competence of future teachers of computer science in the process of studying professional disciplines). Disertaciya kandidata nauk, Melitopolskij derzhavnij pedagogichnij universitet, Melitopol, 423 s.
15. Prijma, SM 2006, Formuvannya tehnologichnoyi kulturi majbutnih uchiteliv informatiki u procesi profesijno-pedagogichnoyi pidgotovki (Formation of technological culture of future teachers of computer science in the process of professional and pedagogical training). Avtoreferat disertaciyi kandidata nauk, Harkivskij nacionalnij pedagogichnij universitet, Harkiv, 20 s.
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17. Spirin, OM 2009, Teoretichni ta metodichni osnovi kreditno-modul¬¬noyi sistemi navchannya majbutnih uchiteliv informatiki (Theoretical and methodical bases of credit-modular system of training of future teachers of computer science). Avtoreferat disertaciyi doktora nauk, Institut pedagogichnoyi osviti i osviti doroslih APN Ukrayini, Kiyiv. 2009. 42 s.
18. Strutinska, OV 2021, Teoretiko-metodichni zasadi pidgotovki majbutnih uchiteliv informatiki do navchannya osvitnoyi robototehniki v zakladah serednoyi osviti (Theoretical and methodological principles of training future teachers of computer science to teach educational robotics in secondary education). Avtoreferat disertaciyi doktora nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 46 s.
19. Tihonova, TB 2001, Pedagogichni umovi profesijnogo samorozvitku majbutnogo vchitelya informatiki (Pedagogical conditions of professional self-development of the future teacher of computer science). Avtoreferat disertaciyi kandidata nauk, Institut pedagogiki akademiyi pedagogichnih nauk Ukrayini, Kiyiv, 21 s.
20. Umrik, MA 2009, Organizaciya samostijnoyi roboti majbutnih uchiteliv informatiki v umovah distancijnogo navchannya informatichnih disciplin (Organization of independent work of future teachers of computer science in the conditions of distance learning of computer science disciplines). Disertaciya kandidata nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 210 s.
21. Franchuk, VM 2020, Metodika navchannya informatichnih disciplin v pedagogichnih universitetah z vikoristannyam veb-oriyentovanih sistem (Training in administration of educational web-portals management systems for future computer science teachers). Monografiya, Kiyiv: Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, 434 s.
22. Shakotko, VV 2018, Metodichna sistema formuvannya informologichnih kompetentnostej majbutnih uchiteliv informatiki (Methodical system of formation of informal competences of future teachers of computer science). Avtoreferat disertaciyi kandidata nauk, Nacionalnij pedagogichnij universitet im. M. P. Dragomanova, Kiyiv, 28 s.
Valentyna Kovalenko, Maiia Marienko, Alisa Sukhikh
Urgency of the research. Due to the transfer of the educational process for school education to a distance learning format, the need for professional development of specialists, namely digital skills and the ability to use them in educational activities, is increasing. At the same time, the leading demand in the system of professional development is the development of specialist's flexible skills "Soft skills", which are essentially a set of non-special skills and ensure high productivity and effectiveness of the professional activity.
Target setting. There is a need to expand both the infrastructure of cloudbased systems and the services provided to meet the growing needs for research data not only for scientists but also for teachers. Also, the use of cloud-based open science systems for lessons and new research projects is promising.
Actual scientific researches and issues analysis. The peculiarities of the introduction of the paradigm of open education and science and its tools in scientific and educational practice are described in the works: M. W. Beck, P. Budroni, T. Heck, I. Peters, V. Yu. Bykov, A. Yu. Vasylenko, M. P. Leshchenko, Yu. G. Nosenko, A. V. Yatsishin etc.
The research objective. Analyse the available services and tools of open science that can be used for selfeducation and self-development of teachers.
The statement of basic materials. The study analyses the services and tools of open science, appropriate to use for self-education and self-development of educational workers. Digital technologies, in particular open science and education tools, are an effective tool to meet the need for the selfeducation of educational workers. The use of these tools will contribute to: saving time and money; a quick search of various materials; saving materials in digital format for further work with them and use; access at any time interval; collaborative work (collaboration with colleagues); exchange of experience, etc.
Conclusions. Open science tools are an important element for use in the educational process; self-educational activity of the pedagogical worker with the application of tools of open science provides: open access to actual results of scientific researches; assists in the implementation of student research projects; promotes communication, international cooperation, and exchange of experience; advanced training and development of digital competence, etc.
Keywords: open science, cloud services, digital technologies, selfeducation, professional development of teachers, teachers.
References:
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2. European Commission / Shaping Europe’s digital future. Open Science. Available from: <https://ec.europa.eu/digital-single-market/en/news/open-innovation-open-scienceopen-world-vision-europe>. [15 September 2021].
3. Mayer, K 2019, ‘Open Science Policy Briefing’, ERA Portal Austria. Available from: <https://www.researchgate.net/profile/Katja-Mayer4/publication/286922886_Open_Science__Policy_Briefing/links/56785b0b08aebcdda0ebd39f/Open-Science-PolicyBriefing.pdf>. [15 September 2021].
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6. Armeysʹka, LV 2019, ‘Profesiyna kompetentnistʹ ta neperervna samoosvita: shlyakhy samorealizatsiyi y samovdoskonalennya pedahohichnykh pratsivnykiv (Professional competence and continuous self-education: ways of self-realization and selfimprovement of teachers)’, Problemy suchasnoyi osvity, № 10, s. 5-14.
7. Kashyna, HS 2020, Teoretyko-metodychni zasady informatsiyno-tekhnolohichnoho zabezpechennya pryrodnycho-humanitarnoyi pidhotovky pedahohiv u systemi pislyadyplomnoyi osvity (Theoretical and methodological principles of information and technological support of natural and humanitarian training of teachers in the system of postgraduate education). Avtoreferat doktora nauk, Natsionalʹnyy pedahohichnyy universytet imeni M. P. Drahomanova, Kyyiv.
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15. Tolochko, SV 2019, ‘Vymohy tsyfrovoho suspilʹstva do kompetentnosti vykladachiv u systemi pislyadyplomnoyi pedahohichnoyi osvity (Requirements of the digital society to the competence of teachers in the system of postgraduate pedagogical education)’, Innovatsiyna pedahohika, vypusk 12, t. 2, c. 178-181.
Tamara Rudenko, Olha Potishchuk, Hanna Kostromina
Urency of the research. The peculiarity of modern social production is that the scope of mental labor in comparison with previous periods has increased significantly, which requires an increase in the number of specialists in production. The development of information technologies positively affects the expansion of knowledge and its use in the process of production.
Accordingly, a modern specialist must have a high level of education and quality that would increase its professional qualifications. Intelligence of man, its knowledge, the ability to strategically correctly use information is an integral condition for effective production. Strengthening the role of intellectual capital of a person among factors of production will increase in the future.
Target setting. Analysis of modern scientific researches and consideration of generalized interpretations regarding the essence of human capital, intellectual capital, knowledge indicates insufficient illumination of the defining features of these concepts, their interconnection. Consequently, the study of intellectual and human capital today is quite natural, taking into account those changes that are related to socio-economic processes and the development of philosophical thought.
Actual scientific researches and issues analysis. Research on the issues of formation and development of intellectual capital devoted to the works of V. Bazylevich, M. Bratnitsky, O. Butnic-Siverskiy, V. Geets, N. Gavkalovoy, O. Grishnovoy, G. Zavoronkova, N. Kilchevskoy, B. Leontieva, N. Markovoy, N. Ushenko, L. Fedulovoy, Yu. Fiyalkovskoy, A. Chuhno, A. Yarugovoy.
The research objective. The purpose of the study is to determine the role of knowledge as the main element of human capital in the development of modern social production, the logic of interconnections of such concepts as human capital, knowledge, intellectual capital, social production.
The statement of basic materials. Formation and application of intellectual, professional abilities and knowledge, determining their role in the production process has always been the focus of the research of domestic and foreign scholars. Accelerated development of information technologies, globalization of public life has created conditions for collecting, accumulation, dissemination and preservation of various information and knowledge. As a result of professional activity, self-expression and self-realization of personality occurs, it not only realizes itself as a specialist, but also as a creative personality. The result of human creative activity is new material and spiritual values, acquired experience and assimilation of new knowledge. Individual capital form personal qualities, individual and social skills, experience, abilities, knowledge, obtained in the process of training and advanced training. Changes that occur in various production spheres indicate that for the development of individual intellectual capital, a prerequisite is a general capital of knowledge that forms not only human theoretical and practical knowledge of man, but also spiritual knowledge. The person who is guided by spiritual values uses intellectual, professional knowledge and skills, for the implementation of socially significant tasks. In our opinion, the main component of intellectual capital is human capital. During his life, a person develops creative abilities, talent, gradually occurs their intellectualization. Thus, it can be assumed that individual intellectual capital is a well-developed person of knowledge and capital of professional competencies.
Conclusions. It is determined that knowledge form human capital and is a special productive resource, this social product is the result of collective, mental labor. A larger share of modern production is mental labor, activity that has signs of a creative nature. The assertion is substantiated, according to which individual intellectual capital is a developed capital of human knowledge and obtained in the process of social activity of competencies that form such qualitative characteristics of the person as creativity, communicative and creativity. Human capital is a set of knowledge, skills, skills, practical achievements, professional experience, creative abilities, it can not be assigned. The human capital belongs to knowledge, level of education of workers, their qualifications, professional training, which includes skills and skills, practical experience, creative potential, as well as motivation. The difference between human capital is that its value does not decrease over time, but, on the contrary, increases, special value acquires professional and professional experience. Personal knowledge, experience, developed abilities can be used effectively in the future.
Key words: human capital, knowledge, skills and skills, intellectual capital, production, professional experience, creative activity, society.
References:
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Denys Svyrydenko, Valentyna Kyvliuk
Urgency of the research. The swift global escalation of tensions coupled with the threat of human annihilation (caused not just by the raising of the nuclear arsenals but the degradation of the level of education) have drastically impacted the development and implementation of the novel interdisciplinary methods and scientific disciplines called to aid the all-round research of the ways of peaceful resolution of territorial, economic and political disputes which, in their turn, have significantly impacted the development of peacebuilding mechanisms and the implementation of a wide spectrum of measures and means fostering a gradual elimination of the conflictogenic process in the world and our country.
Target setting. The educational component that affects the priority of defense policy formation has only recently begun to make the first steps in recognizing the threat of factors of the information warfare, as such that may have a fundamental impact on a more active phase of the "hot confrontation". In light of these challenges to global and national security, the factor of educational training of citizens ought to be put at the forefront of educational policy which emphasizes stimulating among them of natural critical and creative thinking inclinations, activation and cultivation of civil virtues, respect for the fellow human being and tolerant relation to all.
Actual scientific researches and issues analysis. The practical dimension of the various aspects of peacebuilding was researched by such scientists as A. Baginsky, M. Henyk, S. Zakova, O. Zakharova, O. Ilyash, K. Semchinsky, D. Svyrydenko, V. Filip-chuk, G. Khomenko, E. Yaroshenko, etc. E. Khrykov views scientific education as the newest pedagogical concept in the context of the threat of hybrid war. V. Kyvliuk and M. Lehenky examine the educational and globalizational aspects of the basis of scientific education in Ukraine and the world, concluding that this concept is interpreted as a series of effective pragmatic steps aimed at nurturing and disseminating ideas of peacebuilding among students and the general population.
The research objective. The authors of the article put before themselves the task of performing a philosophical conceptualization of the phenomenon of peacebuilding in regards to stimulating education as a tool used to achieve a tolerant and safe society.
The statement of basic material. Principally important for the concept of peacebuilding in our time is examining the issues of historical manipulations and switching of historical narratives; problems of reviving and securing our national memory. In the politological direction we view as crucial studies of the experience of postcolonial and post-totalitarian theory, examining the works of transitory society theory, making an overview of the political mechanisms of the peacebuilding practice. Analyzing the legislative (review of the international and national legal base in the peacebuilding sphere) aspects and principles of peacebuilding, we believe it important to give attention to their impact on specific practical legislative ideas. As part of the “Educational policy” course of disciplines to examine the phenomenon of a relocated university in Ukraine and to familiarize oneself with principal steps which are aimed at aiding the functioning of such educational institutions. Of equal importance regarding the concept of peacebuilding presently is the spiritual self-development,, which draws on the classical heritage of pacifism and peaceful, humane relation to those who surround us. These principles, in particular, have found a powerful expression in the teaching of Leo Tolstoy and philosophy of Mahatma Gandhі which elevates them from the level of the everyday subjective moral code of human behavior to a higher plane of fierce civil activism and political action.The program of education in the spirit of global citizenship is UNESCO’s answer to the present-day challenges. Its task is to enable students of all ages to understand that these problems need to be considered at the global, rather than at the regional level, and become active supporters of fashioning a more peaceful, tolerant, inclusive, safe, and sustainable society.
Conclusions. The devising and study of the strategy of peacebuilding have significant prospects for its development and improvement, demanding concentrated efforts of the global community. Examining the influence of the latest conflict-related factors on safety, stability, and peace, in particular, requires deeper and more nuanced development. Accordingly, a thorough examination of a number of theoretical and practical approaches in the framework of “Law”, “History of Ukrainian statehood”, “Philosophy of Education”, “Educational Policy”, “Political science” and other concomitant disciplines is becoming especially relevant. In view of the fact that our state has been forced to ward off the attacks at the cutting edge of a novel type of conflict when the military actions supersede the conventions and overflow into new (yet poorly investigated) spheres of unorthodox discord, our domestic science faces previously unknown challenges that should be perceived by the unified academic community as an opportunity for the development of effective theories of establishing a peaceful process, improving the theoretical and practical component of peace research, taking into account fundamentally new technological and social aspects of the current conflict.
Keywords: peacebuilding, science education, resolution of the conflicts, education policy.
References:
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