Интеграция методов программируемого обучения в процесс освоения дисциплин инженерных специальностей
Abstract
В статье рассматривается вопрос улучшения образовательных технологий для студентов инженерных специальностей посредством интеграции методов программируемого обучения процесс обучения. Анализируется использование разветвленного алгоритма программируемого обучения, на основе которого формируются индивидуальные образовательные маршруты студентов, учитывающие их психофизиологические особенности. Подчеркивается возможность вовлечения студента в процесс обучения при помощи различных аудиовизуальных эффектов, системой индивидуальных бонусов, по аналогии с тем, как это реализовано в компьютерных играх.
About the Authors
Елена ЛогиноваRussian Federation
Александр Сорокин
Russian Federation
Александр Мостовой
Russian Federation
References
1. Yurlovskaya I. A. The Problem of Individualization of Students' Training in the Current Situation // Bulletin of Eurasian Science. 2014. No. 1 (20). URL: https://cyberleninka.ru/article/n/problema-individualizatsii-podgotovki-studentov-v-usloviyah-sovremennoy-situatsii (date of reference: 07/04/2025).
2. Pavlutskaya N. M. Individualization of education in higher education and the construc-tion of non-linear educational trajectories of bachelors in the framework of the compulsory disci-pline "Physics" // Bulletin of BSU. 2015. №15. URL: https://cyberleninka.ru/article/n/individualizatsiya-obrazovaniya-v-vysshey-shkole-i-postroenie-nelineynyh-obrazovatelnyh-traektoriy-bakalavrov-v-ramkah-obyazatelnoy (date of appeal: 07/04/2025).
3. Litvinova S. N., Chelysheva Yu. V. Digital transformation of the educational environment of a preschool educational organization // Bulletin of the Moscow State Pedagogical University. Se-ries 4: Pedagogy. Psychology. 2021. No. 62. URL: https://cyberleninka.ru/article/n/tsifrovaya-transformatsiya-obrazovatelnoy-sredy-doshkolnoy-obrazovatelnoy-organizatsii
4. Shpakovsky Yu. F., Danilyuk M. D. The Concept of an Educational Game for Children of Primary and Secondary School Age // Proceedings of BSTU. Series 4: Print and Media Technolo-gies. 2019. No. 1 (219). URL: https://cyberleninka.ru/article/n/kontseptsiya-obuchayuschey-igry-dlya-detey-mladshego-i-srednego-shkolnogo-vozrasta (accessed: 04.07.2025).
5. Karavaev N. L., Soboleva E. V. Improving the Methodology of Gamification of the Edu-cational Process in a Digital Educational Environment. – 2019.
6. Kravchenko D. A. et al. Personalization in Education: From Programmed to Adaptive Learning // Modern Foreign Psychology. – 2020. – Vol. 9. – No. 3. – Pp. 34-46.
7. Novoselova D. V. Technology of Programmed Learning // Theory and Practice of Social Sciences. – 2019. – No. 4 (8). – Pp. 75-79.
8. Popova A. M., Romanchuk N. I., Nor A. N. Programmed Learning as a Means of Organ-izing and Controlling the Study of the Subject "Fundamentals of Life Safety" // Man. Culture. Edu-cation. 2018. No. 3 (29). URL: https://cyberleninka.ru/article/n/programmirovannoe-obuchenie-kak-sredstvo-organizatsii-i-kontrolya-izucheniya-predmeta-osnovy-bezopasnosti-zhiznedeyatelnosti (date of appeal: 06/10/2025).
9. GrishchenkoK.Yu., Vasilovskaya E.V. Programmed teaching method: features and pro-spects of development in the modern educational environment // Cultural life of the South of Rus-sia. 2015. URL: https://cyberleninka.ru/article/n/programmirovannyy-metod-obucheniya-osobennosti-i-perspektivy-razvitiya-v-usloviyah-sovremennoy-obrazovatelnoy-sredy (accessed: 11.06.2025).
10. S. Velieva. A. N. Technologies of programmed learning in modern schools // Forum of Young scientists. 2018. No. 2 (18). URL: https://cyberleninka.ru/article/n/tehnologii-programmirovannogo-obucheniya-v-sovremennoy-shkole (date of reference: 06/19/2025).
11. P. Pidkasistogo.I. N. Pedagogika. Textbook. - M. N.: Publishing house "Academy", 2014. - 261 p. ill.
12. V. Koldaeva. According to J. The technology of nonlinear design of the student's indi-vidual educational route / / Bulletin of SUSURGPU. 2012. No. 6. URL: https://cyberleninka.ru/article/n/tehnologiya-nelineynogo-proektirovaniya-individualnogo-obrazovatelnogo-marshruta-studenta (date of request: 06/25/2025).
13. Labusheva T. M., Yamskikh T. N., Slepchenko N. Gamification as a Means of Increasing Students' Motivation and Its Implementation in the LMS Moodle Electronic Education System // Philological Sciences. Issues of Theory and Practice. 2017. No.8-1 (74). URL: https://cyberleninka.ru/article/n/geymifikatsiya-kak-sredstvo-povysheniya-motivatsii-studentov-i-ee-realizatsiya-v-sisteme-elektronnogo-obrazovaniya-na-platforme-lms (date of access: 07/05/2025).
14. Starodubtsev V. A., Ryashentsev I. V. Elements of gamification in LMS Moodle // MNIZH. 2017. No. 7-1 (61). URL: https://cyberleninka.ru/article/n/elementy-geymifikatsii-v-lms-moodle (accessed: 05.07.2025)
Review
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