Organisational and pedagogical conditions for the use of computer programmes in teaching foreign language to children with musculoskeletal disorders

Issue 56, 2024

Moldir Rakhimova, Gulzhan Orazayeva, Aigerim Sydykzhan, Saule Yessenaman, Xeniya Degtyareva

Received 26.10.2023, Revised 21.01.2024, Accepted 07.03.2024

https://doi.org/10.54919/physics/56.2024.43lot1

Abstract

Relevance. The issues of development and improvement of organisational elements in the process of providing educational services to children with musculoskeletal system disorders are not only relevant, but extremely important for consideration. The main advantage is the ability to use computer technologies, since they facilitate and accelerate the study of individual topics and provide comfort in the process of mastering new knowledge. As for learning a foreign language, this discipline is somewhat specific, since it requires students not only theoretical knowledge but also practical reflection, and consists in communicating with a native speaker.

Purpose. The purpose of this study is: to analyse the current situation on the integration of computer technologies into the educational process of students with musculoskeletal system disorders; to identify the main organisational and pedagogical conditions for their use in the daily activities of educational institutions; to determine the main shortcomings in the possible form of education; to introduce methods for their development and improvement to obtain the greatest effectiveness in the field of foreign languages.

Methodology. The topic is based on the investigation of the educational services for children with musculoskeletal system disorders, therefore, the study used functional and methodological approach, logical analysis, comparative analysis, analysis of scientific literature, synthesis, and deduction.

Results. The result of the study is the identification and implementation of theoretical and practical foundations for the use of computer programmes in the process of learning foreign languages by students with musculoskeletal system disorders, and the impact of such innovative technologies on the entire educational process.

Conclusions. The research aims to explore the mechanism for integrating curricula and methodologies that will increase access to learning materials and the assimilation of theoretical knowledge into practice, introducing practices that will improve and make this process more effective.

Keywords: education; student; teacher; computer technology; inclusive education

Suggested citation

Rakhimova M, Orazayeva G, Sydykzhan A, Yessenaman S, Degtyareva X. Organisational and pedagogical conditions for the use of computer programmes in teaching foreign language to children with musculoskeletal disorders. Sci Herald Uzhhorod Univ Ser Phys. 2024;(56):431-438. DOI: 10.54919/physics/56.2024.43lot1

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References

  1. Ziyayeva MF. Teaching a foreign language using computer technologies. Sci World. 2020;2(5(81)):45-46.
  2. Kudrina SA. Analysis of the possibility of distance education of persons with different haids.In: Theory and practice of distance learning for students and youth with disabilities(pp. 43-46). Kemerovo: Kemerovo State University; 2021.
  3. Shipkova EN, Rusanova LS. Distance learning for children with disabilities: Experience of ensuring high-quality education. 2020. http://www.iro.yar.ru/fileadmin/iro/csp/op/14-2020/10_SHipkova__Rusanova.pdf.
  4. Mashnenkova LV. The role of information technologies in corrective work with children with disabilities.In: V.V. Domozhir (Ed.), ScientificWorks of the Kaluga State University named after K.E. Tsiolkovsky (pp. 230-235). Kaluga: Kaluga State University named after K.E.Tsiolkovsky. 2019.
  5. Dashinimaeva SM. Support of socialization of children with special educational needs through distance learning. In: E.L. Indenbaum (Ed.), Support of Socialization of Children with Special Educational Needs: Theory and Practice(pp. 200-204). Irkutsk: Irkutsk State University. 2020.
  6. Artyukhin OI, Frolov IV. Distance support in inclusive education. Prob Modern Ped Educ. 2019;62(1):33-36.
  7. Baranov AA, Suntsova AS. Dynamics of mainstream educational institutions teachers' professional readiness to train children with disabilities. Bull Udmurt Uni. 2019;29(1):55-62.
  8. Linker GR, Yusupova YuM. Developing responsible and passionate attitude of military academy cadets to future professional activities. Bull Nizhnevartovsk State Uni. 2019;1:79-89.
  9. Safonova TV, Suntsova AS, Aslaeva RG. Exploring the personal model of interaction with special needs children as structural component of teachers' readiness for inclusive education. Integrat Educ. 2019;23(1):50-65.
  10. Krasichkova EA. Distance learning of a foreign language for students with disabilities. In: Modern Concepts and Paradigms of Education in the Conditions of the World Epidemiological Crisis (pp. 82-87). Rostov-on-Don: Institute of Management, Business and Law; 2020.
  11. Kirilenko MA, Makarova OS. Application of information and communication technologies in teaching a foreign language. Quest Ped. 2019;8(2):67-70.
  12. Rubtsova EV, Devdariani NV. Possibilities of using computer technologies in the process of studying a foreign language in the conditions of self-isolation. Baltic Humanit J. 2020a;9(4):134-137.
  13. Cristea V-M, Baigulbayeva M, Ongarbayev Y, Smailov N, Akkazin Y, Ubaidulayeva N. Prediction of Oil Sorption Capacity on Carbonized Mixtures of Shungite Using Artificial Neural Networks. Process. 2023;11(2):518.
  14. Khramova YuN, Khairullin RM. Application of computer information technologies in teaching professional foreign language to non-language university students. Prob Modern Teach Educ. 2020;66(3):316-318.
  15. Kukharchuk VV, Kazyv SS, Bykovsky SA, Wójcik W, Kotyra A, Akhmetova A, Bazarova M, Weryńska-Bieniasz R. Discrete wavelet transformation in spectral analysis of vibration processes at hydropower units. Przegl Elektrotech. 2017;93(3):65-68.
  16. Nuritdinov N, Khamraev A. Comparative efficiency of spyronolactone and eplerenon in patients with chronic heart failure. Kardiol Bel. 2020;12(2):270-275.
  17. Suprunov SE. Application of computer technologies in teaching a foreign language. In: Topical Issues of Modern Foreign Language Education (pp. 225-229). Armavir: Armavir State Pedagogical University; 2019.
  18. Nuritdinov N, Kamilova U, Khamraev A. Features of С(-344)Т polymorphism of the cyp11b2 gene in patients with chronic heart failure. Kardiol Bel. 2021;13(5):714-721.
  19. Kabdoldina A, Ualiyev Z, Smailov N, Malikova F, Oralkanova K, Baktybayev M, Arinova D, Khikmetov A, Shaikulova A, Bazarbay L. Development of the design and technology for manufacturing a combined fiber-optic sensor used for extreme operating conditions. East-Eur J Enter Tech. 2022;5(5-119):34-43.
  20. Dobrovanov O, Králinský K. Sonographic screening of congenital kidney malformations in Slovakia. Lek Obz. 2018;67(12):426-429.
  21. Kakhkhorov SK, Rasulova ZD. Computer technologies of teaching as an important factor for improving the teaching process. Modern Innov. 2020;2(36):56-58.
  22. Biyashev KB, Biyashev BK, Makbuz AZ. Prevalence of causative agents of emergent food zoonotic diseases in animals, animal origin products and environmental objects. Bio Med. 2016;8(2):BM-169-16.
  23. Piera MA, Buil R, Ginters E. State space analysis for model plausibility validation in multi-agent system simulation of urban policies. J Simulat. 2016;10(3):216-226.
  24. Plyukhina GA. To the question of learning phonetics using computer technologies. In: N.K.Kostina (Ed.),Romano-German Philology. Achievements and Prospects of Teaching Foreign Languages in the New Century(pp. 167-174). Ryazan: Ryazan Guards Higher Airborne Command School; 2019.
  25. Dobrovanov O, Králinský K, Kovalchuk VP. Ethiological agents of urinal infections and microbial resistance: Retrospective study. Lek Obz. 2019;(7):186-190.
  26. Iskandarova NB, Rakhimova ShA, Karimov FM. Application of computer technology in the process of foreign language teaching. Sci Peace. 2019;3(3(67)):25-26.
  27. Orazbayev B, Tanirbergenova A, Orazbayeva K, Berikbaeva M, Kaliyeva S, Kurmangaziyeva L, Makhatova V. Decision Making for Control of the Gasoline Fraction Hydrotreating Process in a Fuzzy Environment. Process. 2024;12(4):669.
  28. Rubtsova EV, Devdariani NV. Review of Ted talks and Youtube online resources from the consideration of their methodological potential in teaching a foreign language. Baltic Human J. 2020b;9(4):50-52.
  29. Buil R, Piera MA, Ginters E. Multi-agent system simulation for urban policy design: Open space land use change problem. Int J Mod Simulat Sci Comp. 2016;7(2):1642002.
  30. Malochtan LN, Shatalova OM, Kononenko AG, Shcherbak EA. Comparative study of toxicological properties of aquaous extract from feijoa leaves by in vitro and in vivo methods. Azerb Pharm Pharm J. 2020;20(2):34-40.
  31. Kozlovska TI, Kolisnik PF, Zlepko SM, Titova NV, Pavlov VS, Wójcik W, Omiotek Z, Kozhambardiyeva M, Zhanpeisova A. Physical-mathematical model of optical radiation interaction with biological tissues. Proceed SPIE - The Int Soc Optic Eng. 2017;10445:104453G.
  32. Lyubchyk A, Lygina O, Lyubchyk S, Fonseca I, Tulepov M, Mansurov Z, Lyubchik S. Activated carbons from co-mingled liquid and solid organic wastes. Eur Chem-Tech J. 2015;17:47-65.
  33. Zabirova VK, Tadjibova AN. Teaching English vocabulary in secondary schools using of computer programs. Educ Law. 2020;2:259-263.
  34. Zhakupova AA, Maulanov AZ, Biyashev BK, Biyashev KB, Sarsembaeva NB. Histological study of the interaction of the escherichia with epithelium of the small intestine of rats. Adv Environ Bio. 2014;8(10):553-555.
  35. Khairullin RD, Ipatova IS, Khramova YN. A textbook on foreign language as a means of professional mobility of students. Prob Modern Teach Educ. 2020;68(1):306-309.
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