scholarly journals Interactive Intellectual Environment as a Digital Technology of Continuous Education

2018 ◽  
Vol 27 (11) ◽  
pp. 90-95
Author(s):  
Ksenia L. Polupan

The article presents the experience of developing technology that ensures effective digital quality control of continuous education, development of intellectual abilities and professional competencies both of students and teachers. A description of the substantive changes in control, self-development and activity processes is given. The developed technology makes it possible to completely change the control of educational and research activities not only of a student, but also of a teacher, providing an opportunity for personal design of the educational route. In the context of presence of all the subjects of the educational process in the environment, the scheme for obtaining new knowledge is fundamentally changing; this is achieved by joint actions, since the basis of an interactive intellectual environment is an interaction, a constant exchange of information, opinions, decisions, experience. Such environment has a developing character; it promotes the formation of project and heuristic skills as well as skills associated with finding and implementing non-standard solutions in professional activities. Continuous feedback distinguished by an individual approach and a high differentiation of education by means of providing each student with a personal teacher, tutor, whose role is fulfilled by a computer.

Author(s):  
Olga Kyvliuk

Non-formal continuous education, in our view, is formed on the basis of a person`s beliefs about the likely field of their professional activity and possible vectors of personal development in this field, or as a component of self-development, either self-education in self-realization and self-esteem increase or raising their own status, image and the like. The boundaries of this field, on the one hand, are determined by the level of development of the relevant science that is a theoretical and methodological basis of professional activities and relevant innovative experiences, and on the other hand – by the opportunities, inclinations, abilities, axiological and motivational and volitional component, character of an individual.


10.12737/3611 ◽  
2014 ◽  
Vol 2 (2) ◽  
pp. 11-17
Author(s):  
Калинова ◽  
Galina Kalinova

The paper discusses the pressing problem of how to provide continuity of teaching at the primary and secondary stages of continuous education process. Using as an example the educational content of the “World Around Us” course for the primary school, designed with respect to cognitive abilities and cognitive needs of junior school children, the author demonstrates ways and methods to solve the vital task of developing biology education at the sequent stage of educational process.


2019 ◽  
Vol 69 (1) ◽  
pp. 124
Author(s):  
Roman M. Horbatiuk ◽  
Vitalii V. Kabak

The specificities of algorithmic thinking formation for engineer-teachers in the field of computer technologies, that is an important intellectual part of their professional activities, have been determined in the article. The information system AlgoStudy has been created in the programming environment Adobe Flash CS6. Its structural components have been built with the use of Flash animation. The pedagogical software product is some Flash App with the given consistency of footages. The transition between these footages is realized with the help of the navigation in such sections: modeling, algorithms, structure of compliance, structure of branching, and structure of cycle. Hypertext links among parts is realized with the help of programming language commands Action Script. Main stages (organizational, practical, and efficient) of the algorithmic thinking formation have been determined, as well as their characteristics have been showed in the article too. The attention has paid to the creation of teaching material (interactive tasks, modeling tasks and logic games) in the information system AlgoStudy for the preparing of future engineer-teachers in the field of computer technologies on the basics of algorithmization and programming. The special organization of educational process for future engineer-teachers algorithmic thinking formation has been realized. The pedagogical software tool AlgoStudy has been used in experimental groups, and traditional didactical materials have been used in control groups during this process. The calculation of results in these research activities is clear enough to allow to conclusion that the use of the information system AlgoStudy contributes the growth performance of high and sufficient levels for students’ algorithmic thinking formation. The practical value of the study could be useful for algorithmic thinking formation of future professionals on computer specializations in pedagogical and technical institutions of higher education.


Author(s):  
Bozhena Bukhovets ◽  
Borys Dolynskyi ◽  
Halyna Dyshel ◽  
Olena Pogorelova

The current social situation in the country obliges the school to provide its graduates with quality education; to develop their personally significant knowledge, skills and means of activities; to stimulate the desire for creativity, their own individuality. The development of an individual education trajectory for each student will help to master all of the above mentioned aspects. The purpose of the article is to elaborate a model and experimental methods aimed at training future teachers of Physical Education in using individual education trajectories. Unfortunately, modern teachers do not pay a due attention to the development of individual education trajectories. It is possible to assume that teachers are simply not ready for such an innovative type of activity. Thus, teachers of modern higher education institutions encounter the task to train future teachers, including the ones of Physical Education; to develop and implement students’ individual education trajectories. A particular attention should be paid to teaching students to develop their own individual education trajectory. Such trajectories will promote their self-development and self-realization in future professional activities.


Author(s):  
Yuriy Boychuk ◽  
Svitlana Berezhna ◽  
Kateryna Yuryeva

Ethno-cultural diversity of the population of Ukraine actualizes the problem of preparing future teachers and educators for professional activities in a multicultural society. The legislative, normative, and conceptual framework of intercultural education in Ukraine is listed. The achievements of international organizations have been taken into account and creatively developed: UN, UNESCO, UNICEF, The Council of Europe. The author’s approach to the interpretation of the essence of intercultural competence is revealed, which provides the teacher with the ability to understand and respect the cultural diversity of modern Ukrainian society, understand its value as a resource for the development of personality and society, and use in practice the educational and socializing potential of cultural diversity. The structure of the intercultural competence is outlined, which combines personal-psychological, cognitive, procedural-activity components. The model of the formation of future teachers’ intercultural competence was developed and implemented at the H. S. Skovoroda Kharkiv National Pedagogical University. The model assumes the construction of the content of the process of forming intercultural competence on the basis of a comparative acquaintance of future teachers with the traditional culture of different peoples and its implementation in the educational process, pedagogical practices, extracurricular and research activities of students; the use of innovative forms, methods and techniques of work: interactive, training, game, project; purposeful impact on the emotional sphere of the student's personality (work with moral dilemmas and multimedia resources); creation of an educational environment for intercultural communication in a pedagogical university. The media resources used in the process of forming the intercultural competence of future teachers (films of the Docudays festival, cartoons of the “Lullabies of the Worldˮ project, clips of the video project “Made in Ukraineˮ, etc.), as well as digital tools (virtual interactive whiteboards Padlet, Google Jamboard, service for creating presentations and instant polls Mentimeter, an online tool for creating interactive Wordwall games).


Author(s):  
Nadiia Diachok

The article deals with professional mobility (the ability for successfully switching another activity or change the type of work) as a necessary quality of a modern pedagogical worker. It is highlighted the main qualities, which are important in the process of forming a professional mobile specialist. The result of the formed qualities is the creation of a professional style in accordance with the views of specialists, personal principles and orientations; constant search for optimal educational forms of learning, the implementation of a pedagogical experiment, production and generalization of experience in educational activities. The proposed criteria for evaluating pedagogical activity of educational workers according to the standards put forward by the society (professional self-development, professional skills, introduction of innovative technologies into the educational process, creativity in the period of reformation and modernization, the latest pedagogical technologies of activity). It is outlined the importance of the employees' professional mobility formation in accordance with the tasks of the new Concept of Pedagogical Education Development: the formation of universal skills of activity ensuring mobility as a personality; orientation to innovation activity; provision of fundamental social and humanitarian training as a mastering of professions of another profile; provision of wide professional training as a basis for possible mastering of other professions; strengthening of managerial training of future pedagogical staff; The result of the educational staff professional mobility formation is a sharp increase in the quality of training of all future teachers. The presence in society of a sufficiently large number of active, professionally mobile teachers becomes a guarantee of increasing its sustainability.


Author(s):  
Nataliia Dubova ◽  
Viacheslav Liulchenko

The article considers the problem of training an engineer-teacher of the food industry, in particular the peculiarities of the organization of independent work, which contributes to the formation of general and professional competences in the process of solving professional problems. Attention is paid to clarifying the role of independent work in the formation of general and professional competences, determining effective ways to implement it in the process of professional education of future specialists in the food industry. Types of tasks for independent work are characterized, attention is focused on their activity character.To optimize independent work, the use of educational, cognitive and practical tasks aimed at transmitting, organizing, transcoding information and related to the interpretation, analysis and generalization of information, which should be addressed in the process of working with textbooks and educational literature, in the process of independent observations, execution of graphic works are suggested.Independent work involves the implementation of various types of tasks (reproductive, as per the sample, reconstructive-variable, partial-search, educational-research), aimed at obtaining new knowledge, their systematization and generalization; formation of practical skills and abilities; control of student readiness for lectures, seminars, defense of laboratory and practical works, other control measures.The peculiarities of the organization of the educational process in higher education, which should be built so as to develop the ability to learn, to form in future engineers-teachers the ability for self-development, creative application of knowledge, ways to adapt to professional activities are considered. Keywords: professional training, professional competence, independent work, professional education, food technologies, engineer-teacher of food technologies, extracurricular work, cognitive tasks.


In the context of the development of digital economy and the widespread adoption of digital technologies in various fields of life and activities of modern society, the digital transformation of the education system and research activities of the country's population becomes relevant. Universities, as the main links in this system, are entering a new stage, a model of their development in which the digitalization of all its activity fields plays a dominant role. The digital transformation of universities involves a comprehensive transformation of all the basic activities of the university and the infrastructure corresponding to the implementation of these types of activities. Due to the rapid development and widespread use of digital technology, the universities have gained new perspectives and opportunities to improve the quality and convenience of the educational process. Due to the proliferation and widespread use of massive open online courses, the universities have become able to compete globally. The widespread introduction of digital technology in the main areas of university activity is the main condition for accelerating innovative transformations in the preparation of bachelors and masters. Digital transformation is becoming a key mechanism for creating a university’s competitive advantage in the global educational space. The purpose of this work is to investigate methodological approaches to the digital transformation of the main types of university activities: educational, research and entrepreneurial.


Author(s):  
O. Antonova ◽  
T. Andriichuk ◽  
O. Antonov

The article presents the possibilities of applying the method of content analysis in pedagogical research carried out by future teachers. The authors emphasize the importance of preparing future teachers of geography for the organization and implementation of scientific and pedagogical research in professional activities. It is noted that research activities of students are a natural continuation and deepening of the educational process by studying specific topics and problems using a system of methods of pedagogical research, which contributes to the development of scientific and pedagogical thinking, the need for intellectual development, self-development and self-education. It is stated that content analysis is an important tool of scientific research, which provides a step-by-step procedure for studying the basic category (concept, pedagogical phenomenon) in the system of psychological and pedagogical sciences. The essence of this method is to consistently and systematically record the units of the studied content (certain meaningful concepts), identify the frequency of their use, as well as to trace the relationship with the content of the entire document and group them for different purposes within a conceptual scheme or theory, in particular to study their specifics. The step-by-step procedure of content analysis in the process of studying the essence of pedagogical concepts is determined. Different approaches to the application of content analysis are presented on the example of such categories as "talent", "strategic competence", "practice-oriented learning". The prospects and capabilities of the method under study in the field of construction of definitions of the analyzed concepts are illustrated. It is concluded that content analysis in pedagogical research is an up-to-date and relevant method, which provides a powerful toolset for working with the conceptual apparatus of pedagogy, and contributes to the development of theoretical thinking of future teachers.


2021 ◽  
Vol 101 ◽  
pp. 03022
Author(s):  
N.V. Abramovskikh ◽  
V.V. Abashina ◽  
V.L. Sinebryukhova ◽  
V.V. Tolmacheva ◽  
A.R. Filippova

In the modern system of higher vocational education, special attention is paid to modernizing approaches to building the educational process, changing the system of monitoring and assessing the results of students' vocational training. Scholars and practitioners pay special attention to identifying opportunities for self-development of students, including within the framework of assessment activities [1, 2, 3, 4, 5]. At the same time, the emphasis is shifted to the need to choose assessment tools that contribute to the reflective assessment of students' achievements in educational activities, building their own educational route in mastering the necessary competencies. The paper shows the problematic nature of solving the problem under consideration in the direction of substantiating conceptual approaches to the organization of control as a function of managing the vocational training of future educators, choosing the forms and methods of monitoring and assessing educational activities. The purpose of the paper is to show conceptual approaches and their practical application in the organization of control and assessing the results of the educational activities of future educators. Based on the experience of their own professional activities in the preparation of future preschool teachers and supplementary education teachers, the authors have shown the design system of assessment tools, demonstrated conceptual approaches to solving this problem.


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