CASPIAN JOURNAL
MANAGEMENT AND HIGH TECHNOLOGIES
PLATFORM DEVELOPMENT FOR THE DESIGN OF EDUCATIONAL SYSTEMS WITH DIGITAL TECHNOLOGIES
 |
Read | Starygina Svetlana D., Nuriev Nail K., Pechenyy Eugene A. PLATFORM DEVELOPMENT FOR THE DESIGN OF EDUCATIONAL SYSTEMS WITH DIGITAL TECHNOLOGIES // Caspian journal : management and high technologies. — 2020. — №2. — pp. 44-58. |
Starygina Svetlana D. - Kazan National Research Technological University, svetacd_kazan@mail.ru
Nuriev Nail K. - Kazan National Research Technological University, nurievnk@mail.ru
Pechenyy Eugene A. - Kazan National Research Technological University, platova51@mail.ru
The paper shows that due to information globalization, the space of human activity with two degrees of freedom has been transformed into a space with three degrees of freedom. This led to the self - emergence of a new type of society with a "digital economy" and, as a result, to the need to design a new generation of didactic systems with digital technologies. It is also shown that didactic systems of a new generation are designed on the basis of an engineering approach within the framework of "didactic engineering" as a modern methodology for organizing activities to solve pedagogical (didactic) problems in a digital format. It is shown that the "digital" solution of pedagogical problems occurs on the basis of system analysis and the method of step - by - step modeling, synchronously with the dynamics of changes in economic systems. In the article, on the basis of verbal - iconic methodological models of "Didactics": "problem based learning", "developmental learning", "contextual learning" and specially designed digital models and the formal principles and basic laws of learning developed a methodological model for design class automated, smart, cyber - physical didactic systems of a new generation of digital technology.
Key words: цифровые технологии, дидактическая инженерия, методология, временные ряды, псевдофазовое пространство жизнедеятельности, digital technologies, didactic engineering, methodology, time series, pseudophase space of life