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Integration of basic and additional information technology education based on the training of students in digital education centers for kids

https://doi.org/10.32517/0234-0453-2022-37-2-14-23

Abstract

Today, the problem of integrating basic and additional information technology education is relevant. Integration is of particular importance for school informatics, which is significantly influenced by digitalization of modern society. Some areas of digitalization can be highlighted in particular: the expansion of the network of additional education institutions equipped with modern digital equipment for teaching children how to work with it; providing conditions for mastering new digital professions; developing basic digital competencies, etc. Modern school informatics has a number of shortcomings, which determines the need to reform content of the discipline and forms of content presentation. Such a reform involves a targeted integration of basic and additional information technology education, which allows to significantly enrich its educational and developmental potential. At the same time, the following conditions must be taken into account: providing access to modern equipment and technologies; continuity and consistency in the construction of programs and methods of basic and additional education; implementation of convergent solutions within the content and methodological support of school disciplines; symbiosis of technologies and programs of these disciplines.

One of the ways for integrating basic and additional school education is the development of methodological support for programs of basic and additional education for “IT cube” kid’s digital education centers, “Point of Growth” education centers, “Quantorium” kid’s technoparks on the basis of educational organizations. In accordance with the project ideology, the educational areas (“Python programming”, “Mobile development”, “VR/AR development”, “Robot programming”, “System administration”, “Cyber hygiene and Big Data”, “Fundamentals of programming in Java”, “Fundamentals of algorithmics and logic”, etc.) were focused on supporting the most relevant and wanted competencies of kids in IT sphere, providing the possibility of integrated solutions both within the framework of the actual information technology education, and outside this framework.

About the Authors

S. G. Grigoriev
Moscow City University
Russian Federation

Sergey G. Grigoriev, Doctor of Sciences (Engineering), Corresponding Member of RAE, Professor, Professor at the Department of IT, Management, and Technology, Institute of Digital Education

Moscow



I. E. Vostroknutov
Moscow City University
Russian Federation

Igor E. Vostroknutov, Doctor of Sciences (Education), Professor, Professor at the Department of IT, Management, and Technology, Institute of Digital Education

Moscow



M. A. Rodionov
Penza State University
Russian Federation

Mikhail A. Rodionov, Doctor of Sciences (Education), Professor, Head of the Department of Informatics and Teaching Methods of Informatics and Mathematics, Pedagogical Institute named after V. G. Belinsky

Penza



I. V. Akimova
Penza State University
Russian Federation

Irina V. Akimova, Candidate of Sciences (Education), Docent, Associate Professor at the Department of Informatics and Teaching Methods of Informatics and Mathematics, Pedagogical Institute named after V. G. Belinsky

Penza



M. M. Vorobev
Education Development Fund
Russian Federation

Mikhail M. Vorobev, Head of the Department of Methodology and Expert Support of Project Activity

Moscow



References

1. Andreyeva E. B., Sartakova E. E. Model of the regional system of personified additional education of children. Pedagogical Review. 2020;(4(32)):131–139. (In Russian.) DOI 10.23951/2307-6127-2020-4-131-139

2. Antonova I. I., Antonova A. A., Shmeleva A. N., Novikov A. A., Nazarenko M. A. System analysis of transportinformation infrastructure transformation in modern cities. 2020 International Conference “Quality Management, Transport and Information Security, Information Technologies” (IT&QM&IS). 2020:154–156.

3. Bagrova E. V., Kruchinin S. V., Nazarenko M. A. Additional Education in Russia. Ways of Development. 2018 IEEE International Conference “Quality Management, Transport and Information Security, Information Technologies” (IT&QM&IS). 2018:561–564. DOI: 10.1109/ITMQIS.2018.8524999.

4. Morano Okuno H. R., Benitez G. S., Lopez V. V., Guerrero L. V., Moran E. G., Solis Cordova J. J. Introducing Virtual Reality in an Automated Manufacturing Systems course — First approach. 2020 V International Conference on Information Technologies in Engineering Education (Inforino). 2020:1–5.

5. Safonova P. N., Shamray I. N. Modern system of additional education for children: features, strategies, trends. Bulletin of MGUKI. 2020;(4(96)):158–171. (In Russian.). DOI: 10.24412/1997-0803-2020-10415

6. Tsibizova E. B. Additional education: Purpose, content, problems program development. Public Education. 2020;(1(1478)):129–135. (In Russian.)

7. Federal State Educational Standard of basic general education (In Russian.) Available at: https://www.garant.ru/products/ipo/prime/doc/401333920/#1000

8. Kushnirenko A. G., Lebedev G. V. Informatics: 12 lectures on what a school informatics course is for and how to teach it. Moscow, Laboratory of Basic knowledge; 2000. 461 p. (In Russian.)

9. Kushnirenko A.G., Rogozhkina I. B. PictoWorld: The experience of teaching programming to senior preschoolers. Modern information technologies and IT education. 2011;7:873–879. (In Russian.) Available at: https://www.elibrary.ru/item.asp?id=23020831&

10. Kuznetsov A. A. The main directions of improving the methodological training of computer science teachers in pedagogical universities. Informatics and Education. 1997;12(6):13–21. (In Russian.)

11. Kuznetsov A. A. General methods of teaching computer science: a textbook for students of pedagogical universities. Part 1. Moscow, Prometheus; 2016. 300 p. (In Russian.)

12. Vagramenko Ya. A. Information technologies and modernization of education. Pedagogical informatics. 2000;(2):3– 9. (In Russian.) Available at: http://window.edu.ru/resource/978/45978/files/2000-2.pdf?ysclid=l3dhg4nojh

13. Ershov A. P. On the subject of informatics. Bulletin of the USSR Academy of Sciences. 1984;2:112–113. (In Russian.)

14. Ershov A. P., Zvenigorodsky G. A., Pervin Yu. A. School informatics (concepts, conditions, prospects). Informatics and Education. 1995;10(1):3–19. (In Russian.)

15. Kushnirenko A. G., Leonov A. G., Zaidelman Ya. N., Tarasova V. V. Informatics. 9th grade: textbook. Moscow, Drofa; 2020. 340 p. (In Russian.)

16. Gein A. G., Yunerman N. A. Informatics. 9th grade. Moscow, Prosveshhenie; 2020. 142 p. (In Russian.)

17. Semakin I. G., Zalogova L. A., Rusakov S. V. Informatics. 9th grade. Moscow, BINOM. Laboratory of Knowledge; 2016. 208 p. (In Russian.)

18. Lapchik M. P. Methods of teaching informatics: study guide. St. Petersburg, Lan; 2016. 392 p. (In Russian.)

19. Website of the Academy of the Ministry of Education of Russia. (In Russian.) Available at: https://apkpro.ru/natsproektobrazovanie/bankdokumentov/

20. Website of the Ministry of Education of the Russian Federation. (In Russian.) Available at: https://edu.gov.ru/national-project/

21. Report of the Government of the Russian Federation to the Federal Assembly of the Russian Federation on the implementation of state policy in the field of education (dated June 06, 2019). (In Russian.) Available at: http://dop.edu. ru/article/21504/doklad-pravitelstvarossiiskoi-federatsiifederalnomu-sobraniyu-rossiiskoi-federatsii-o-realizatsii

22. Grigoriev S. G., Vostroknutov I. E., Trukhmanov V. B., Rodionov M. A., Isaikin O. A. Implementation of educational programs of the subject area “Mathematics and Informatics” using the equipment of the “IT cube” kid’s digital education center: methodical manual. Moscow; 2021. 119 p. (In Russian.) Available at: https://report.apkpro.ru/uploads/share/IT-куб_Математикаиинформатика.pdf

23. Grigoriev S. G., Rodionov M. A., Akimova I. V. Implementation of an additional general education program in the thematic direction “Programming in Python” using the equipment of the “IT cube” kid’s digital education center: methodical manual. Moscow; 2021. 123 p. (In Russian.) Available at: https://report.apkpro.ru/uploads/share/ITкуб_ПрограммированиенаязыкеPYTHON.pdf

24. Grigoriev S. G., Vostroknutov I. E., Rodionov M. A., Akimova I. V., Kochetkova O. A. Implementation of educational programs on the subject of “Informatics” using the equipment of the “Point of Growth” center: methodical manual. Moscow; 2021. 119 p. (In Russian.) Available at: https://report.apkpro.ru/uploads/share/ТР_Информатика.pdf


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For citations:


Grigoriev S.G., Vostroknutov I.E., Rodionov M.A., Akimova I.V., Vorobev M.M. Integration of basic and additional information technology education based on the training of students in digital education centers for kids. Informatics and education. 2022;37(2):14-23. (In Russ.) https://doi.org/10.32517/0234-0453-2022-37-2-14-23

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ISSN 0234-0453 (Print)
ISSN 2658-7769 (Online)