The Control of Continuing Education Based on the Digital Economy

Author(s):  
Tatyana Olegovna Tolstykh ◽  
Sergey Mikhailovich Vasin ◽  
Leyla Ayvarovna Gamidullaeva ◽  
Sergey Nedelko ◽  
Ekaterina Eremina ◽  
...  

The chapter deals with the methodology of creating a unified information educational environment, providing the implementation of continuing education, the development and implementation of educational models, programs, environments, implemented with the use of digital technologies. The concept of “open educational system” was determined. The necessity of system analysis at the macro and micro levels with views of subsystems, which are its elements, was sufficiently justified. The notion of “system of continuous education” was determined. The related problems were analyzed and the solutions for the management of system of continuous education in the market economy and in terms of accession to the digital economy, were proposed. Were classified digital learning technologies in order to implement them in the open education systems. The paper shows that shaping of creative potential of future specialists can be performed through the introduction of digital technologies on the basis of educational technology and information and telecommunication technologies.

Author(s):  
Tatyana Olegovna Tolstykh ◽  
Sergey Mikhailovich Vasin ◽  
Leyla Ayvarovna Gamidullaeva ◽  
Sergey Nedelko ◽  
Ekaterina Eremina ◽  
...  

The chapter deals with the methodology of creating a unified information educational environment, providing the implementation of continuing education, the development and implementation of educational models, programs, environments, implemented with the use of digital technologies. The concept of “open educational system” was determined. The necessity of system analysis at the macro and micro levels with views of subsystems, which are its elements, was sufficiently justified. The notion of “system of continuous education” was determined. The related problems were analyzed and the solutions for the management of system of continuous education in the market economy and in terms of accession to the digital economy, were proposed. Were classified digital learning technologies in order to implement them in the open education systems. The paper shows that shaping of creative potential of future specialists can be performed through the introduction of digital technologies on the basis of educational technology and information and telecommunication technologies.


The current economic terms and conditions stimulate investments in digital transformations. Digital technologies act as drivers, including for education and vocational training. The companies that invest in information technologies for education and HR training realize that investments in HR and the development of skills in education and vocational training are recognized as key factors of the economic growth. This article aims at analyzing the peculiarities of investing in digital learning technologies in the context of the digital economy. In the article the relevance of investing in HR has been substantiated, and the foreign experience of stimulating investments in digital learning technologies has been analyzed. Based on the expert survey, the possibilities of HR digital training have been analyzed, and the peculiarities of various forms of digital training have been defined.


Author(s):  
Елена Валерьевна Качева ◽  
Ирина Дмитриевна Борченко ◽  
Татьяна Александровна Абрамовских

Введение. Диагностика уровня владения сотрудниками компетенциями, необходимыми для работы в цифровой образовательной среде, является важнейшей составляющей, отражающей процессы, происходящие в современных образовательных системах. Выбор диагностической карты как инструмента измерения позволит определить потребности и дефициты педагогов в профессиональных компетенциях по проектированию, разработке и реализации дополнительных профессиональных программ в формате цифровых образовательных ресурсов. Инструмент дает возможность судить о состоянии уровня владения сотрудниками данными компетенциями и формулировать прогноз его развития. Цель – выявление уровня профессиональной компетентности научно-педагогических работников, необходимых для работы в цифровой образовательной среде. Материал и методы. Методологической основой исследования стала психологическая концепция субъектно-деятельностного подхода, суть которой заключается в представлении о личности как активном субъекте, самосовершенствующемся, самоактуализирующемся и самоопределяющемся. Идея данного подхода строится на связи познавательных и деятельностных механизмов включенности субъекта во внешнюю среду и предполагает наличие у него устойчивой личностной позиции по собственному преобразованию и развитию. Предложен подход к оцениванию, который принят в эффективно работающих организациях, принявших за основу методологию самообучающихся организаций. Результаты и обсуждение. Представлен анализ результатов проведенной диагностики уровня владения сотрудниками компетенциями, необходимыми для работы в цифровой образовательной среде, в том числе для проектирования и реализации дополнительных профессиональных программ в формате цифровых образовательных ресурсов. Проведенное исследование позволило определить влияние цифрового образовательного пространства на профессиональное развитие педагогов и выявить уровень их готовности к участию в дидактических коммуникациях с применением цифровых технологий. Заключение. Диагностика в полной мере позволила оценить уровень владения сотрудниками Челябинского института переподготовки и повышения квалификации работников образования (ЧИППКРО) компетенциями, необходимыми для работы в цифровой образовательной среде, в том числе для разработки и реализации дополнительных профессиональных программ в формате цифровых образовательных ресурсов. Так, после предложенного ряда форм повышения квалификации для преподавателей ЧИППКРО, в декабре 2021 г. будет проведена повторная диагностика, которая покажет динамику повышения профессиональной компетентности в части работы в цифровой образовательной среде. Introduction. The relevance of the study lies in the fact that today, in the period of the accelerating process of development and implementation of e-learning and distance learning technologies, the creation of a promising educational system, it is necessary to anticipate and forestall the emerging very contradictory problems. One of them is the demand for scientific and pedagogical workers who possess the necessary skills to carry out work in the electronic information and educational environment of the institute, and their insufficient training for the successful application of these technologies in professional activities. The goal is to identify the level of professional competence of scientific and pedagogical workers in order to organize activities in the digital educational environment. Material and methods. The methodological basis of the study was the psychological concept of the subject-activity approach, the essence of which lies in the idea of the person as an active subject, self-improving, self-actualizing and self-determining. The idea of this approach is based on the connection between the cognitive and activity mechanisms of the subject’s involvement in the external environment and assumes that he has a stable personal position on his own transformation and development. No less important is the second approach – acmeological – increasing the teacher’s professional competencies through informal forms of professional development. Results and discussion. The article presents an analysis of the problem of training scientific and pedagogical workers for the development of additional professional programs developed in the format of digital educational resources in the context of an accelerated change in the social and professional environment due to the expansion of digital technologies. The authors’ attention is focused on diagnosing digital competencies of specialists. The study of the digital competence of the scientific and pedagogical workers of the institute made it possible to determine the influence of the digital educational space on their professional development and to reveal the level of their readiness to participate in didactic communications using digital technologies. Conclusion. Thus, it should be noted that the diagnostics made it possible to fully assess the level of the institute’s employees with the competencies necessary to work in a digital educational environment, including for the development and implementation of additional professional programs in the format of digital educational resources. So, after the proposed number of forms of advanced training for teachers of the institute, in December 2021, a second diagnosis will be carried out, which will show the dynamics of increasing professional competence in terms of work in a digital educational environment.


Author(s):  
V.R. Avetisyan ◽  

The modern educational environment is undergoing a number of innovations and transformations. One of them is the Informatization of professional education. Like any innovation, it is both supported and criticized. Digital technologies are not only a tool, but also a kind of new approach in the learning process. They allow you to conduct classes at any convenient time. Contribute to the development of continuing education, the ability to design individual educational routes. However, Informatization of higher education requires teachers to have a different mentality, perception of the world picture, and completely different approaches and forms of working with students. This article provides a General description of the information educational environment in which it resides today. It also provides information that considers it as one of the alternative forms of higher education


2020 ◽  
pp. 154-159
Author(s):  
M. Yu. Zakharov ◽  
I. E. Starovoytova ◽  
A. V. Shishkova

The article deals with the spread of digital technologies in education and digital learning as a special stage of digital socialization, changing the social roles of the teacher and student. Artificial intelligence and machine learning technologies, big data analysis, robotics and virtualization have taken their place in the educational process, and traditional offline teaching methods require revision. The problem of knowledge alienation in the digital educational space has been analysed and ways to solve this problem have been proposed. Particular attention has been paid to the problem of the safety of knowledge in the educational space. It has been concluded about the need for such a reorganization of the digital space in which cognitive conditions for the safe functioning of knowledge will be provided.


2021 ◽  
pp. 98-103
Author(s):  
Світлана Василівна Макрак

Problem statement. The accelerated development of the digital economy involves making proactive decisions to minimize the risks and threats of the new business format to the efficiency of the agricultural industry. Purpose of article. Specify key directions of development of digital technologies in the management of material resources and financial flows, to justify the risks and threats when implementing a digital control models, identify key factors in the transition moving to digital. The object of research is the management of material resources in the context of the development of the digital economy. Methods used in research. The theoretical and methodological basis for research was the work of scientists on the development of the digital economy and the management of material resources in agriculture. In the course of re- search, the following methods were used: monographic, abstract-logical, synthesis and system analysis, etc. The hypothesis of the study. The development of electronic and digital systems and models of material re- source management in comparison with traditional ones has a wide range of features, barriers and opportunities. Presentation of the main material. The development of digital technologies in agriculture is fragmented. The implementation of effective digital systems for managing material resources involves responding to and anticipating risks and barriers at the stage of transition from traditional to electronic models. Originality and practical value. The scientific novelty of the research is to systematize and supplement the scientific basis for the development of digital models of material resource management in agriculture, which subsequently contributes to the development of the concept of "Intellectualization of agribusiness in the Republic of Belarus" in terms of material resource management. Conclusions. The implementation of an effective system for managing material resources in agriculture in Belarus in the context of the digital economy is possible by drawing up road maps for parallel digitalization of all sectors of the national economy, which contains opportunities, risks, and barriers to implementing electronic business models.


2021 ◽  
Vol 26 (11) ◽  
pp. 1210-1216
Author(s):  
N. P. Golubetskaya ◽  
A. V. Kurlov

Aim. The presented study aims to develop conceptual approaches to the formation of infrastructure for the innovative transformation of entrepreneurship in the digital economy, which would make it possible to optimize the management system of regional economic entities aimed at creating a favorable climate for the generation, development, and implementation of innovations in the Russian socioeconomic system.Tasks. The authors analyze conceptual approaches to the formation of a system of infrastructural support for the innovative transformation of business structures based on a comprehensive analysis of the parameters of its subsystems; substantiate priority directions for the development of regional infrastructure with a view to ensuring sustainable operation of economic entities; propose scenarios for the formation of regional infrastructure based on digital technologies for the transformation of innovation activities of companies.Methods. This study is based on the classical corporate life cycle theory, which includes mechanisms and organizational structures that facilitate the sustainable development of business structures in the digital economy. Theoretical and practical recommendations for innovation management and system analysis of the formation of competitive advantages of regional economic entities are used with allowance for current trends in the world economy and geopolitical risks.Results. Infrastructure support for the innovative transformation of business structures in the digital economy should allow for the reloading of the logistical, technological, financial, economic, informational, personnel, and communication units of the company’s integrated functioning system. Digital technologies transform system-wide, strategic, marketing, information, and communication methods of development and implementation of management decisions within regional socio-economic systems.Conclusions. Infrastructure support for the innovative transformation of business structures largely depends on the use of digital methods that allow for the implementation of information and communication platforms making it possible to optimize the organizational management structures of companies. The effectiveness of innovative transformation can be increased by accelerating and simplifying business processes; increasing the level of transparency and reliability of procedures performed on the web and implemented in business applications; structural transformations of forms of interaction with customers based on modern interfaces and access to complete information about consumer preferences; ensuring the availability of services provided on a cloud platform; achieving a high level of security of the knowledge base. Digital technologies have made the effectiveness of company management more dependent on the parameters of economic security and indicators of the quality of the information and communication infrastructure used at all stages of the functioning of the regional socio-economic system. Business communications in the global market of goods and services are accelerating and simplifying.


Author(s):  
David A. Sprenger ◽  
Adrian Schwaninger

AbstractDigital technologies have gained much popularity in education thanks to the cost efficiency they gain through scalability. While the acceptance of some of these new digital technologies has been investigated, there are few direct comparisons. The most established model for measuring acceptance is the technology acceptance model, which can predict the behavioral intention to use the technology. We compared four digital learning technologies (e-lectures, classroom response system, classroom chat, and mobile virtual reality) in terms of their technology acceptance. The classroom response system had the highest level of acceptance. It was closely followed by e-lectures, then the classroom chat and then mobile virtual reality. The students evaluated all tools favorably before and after usage, except for mobile virtual reality, which saw a substantial drop in perceived usefulness and behavioral intention after 3 months’ usage.


2019 ◽  
pp. 157-168
Author(s):  
Elsebeth Wejse Korsgaard Sorensen

Innovation with digital technologies in formal teaching and learning processes with the purpose of educating learners to become global citizens suffers from inertia. In particular, when it comes to innovation with digital technologies within processes of collaboration and dialogue. It seems that digital dialogue in education utilized for democratic change appears a complex challenge to address. However, historically, new technological innovations have often been rejected. It takes a long time to become accustomed to new technology and to realise its advantages, let alone to be actively utilized (Castells, 1998). Regardless of attitudes towards technology in general, the arguments have been strong for preparing learners for a future in a society permeated with digital technologies.


2021 ◽  
Vol 103 ◽  
pp. 02010
Author(s):  
Irina Z. Kogotkova ◽  
Grigoriy Y. Soroko ◽  
Maria N. Guseva ◽  
Elena A. Vykhodtseva ◽  
Aleksandr P. Biryukov

Digital transformation of modern educational environment is stipulated by recently occurred changes and intellectualization of information systems of various ecosystems. The aim of this study is development of methodology of design and implementation of digital technologies oriented at integral automation of department educational environment. Using the methods of system analysis, project management and simulation, the content and structure of digital component of this environment were analyzed, aiming at efficient formation of high-quality professional competences of graduates. The experimental results allow to substantiate composition of the required functional units. On the basis of the obtained data, the project concept of department educational environment is proposed, the activity of which is supported by integrated automation system of all information processes. Scientific novelty of the performed study is determined by that the existing automation system of educational environment in fact does not impact department level of information processes. On the basis of analysis of information processes of department level and existing technologies of their automation, a new methodological approach is proposed to conceptualization, development and implementation of fully functional digitalization system of department educational environment. The significance of the proposed approach is comprised of opportunity to integrate digital and content components of educational environment for improvement of education quality.


Sign in / Sign up

Export Citation Format

Share Document