Mansur Tokanov, S. Damekova, Shakharzat Kuttykozhayeva, Gulsim Abdoldinova, Y. Smagulov
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The identified indicators enable determining the success of using information and communication technologies within the framework of the created model improving the educational process of studying elements of higher mathematics at school. This will enable students to understand how the knowledge they are learning will be put into practice in their lives in the future, allowing them to be highly motivated in their approach to learning the subject, as well as within the framework of imaginative reconstructions of mathematical figures from different angles, graphs of various parameters, imaginative explanations of formulae, theorems and mathematical rules, which will be displayed in 3D on a large screen, thus enabling students, through their visualization, to understand their essence from different perspectives, which will be reinforced by their practical application.","PeriodicalId":37090,"journal":{"name":"Journal on Mathematics Education","volume":null,"pages":null},"PeriodicalIF":0.0000,"publicationDate":"2023-01-19","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"Information and communication technology integration and teaching mathematics in higher education\",\"authors\":\"Mansur Tokanov, S. 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引用次数: 0
摘要
摘要本研究旨在建立资讯通讯科技在学校高等数学教学中的应用模式。研究这一问题的主要方法是米尔曼(V.E. Milman)的“人格动机结构诊断”(Diagnostics of motivation structure of personality)测试,该测试可以根据被研究对象的人格特征和主要的情感兴趣背景来研究被研究对象的动机领域的水平和特征。这与动机领域直接相关,因此有可能影响动机水平和掌握基于给定参数的高等数学主题的材料。所确定的指标能够确定在所创建的模型框架内使用信息和通信技术的成功,从而改善学校学习高等数学要素的教育过程。这将使学生了解他们所学的知识将如何在未来的生活中付诸实践,使他们在学习学科的方法中具有高度的积极性,以及在从不同角度想象重建数学图形的框架内,各种参数的图形,公式,定理和数学规则的想象解释,这些都将以3D形式显示在大屏幕上,从而使学生,通过它们的形象化,从不同的角度理解它们的本质,并在实际应用中得到强化。
Information and communication technology integration and teaching mathematics in higher education
The purpose of the study is to develop a model for the application of information and communication technology in the teaching of higher mathematics at the level of school education. The leading method for studying this issue is testing developed by V.E. Milman "Diagnostics of motivational structure of personality", which allows studying the level and features of motivational sphere of the researched based on characteristics of their personality with prevailing emotional background of interest, which are directly connected with motivational sphere and due to which it is possible to influence the level of motivation and mastering of the material on topics of higher mathematics based on given parameters of its increase. The identified indicators enable determining the success of using information and communication technologies within the framework of the created model improving the educational process of studying elements of higher mathematics at school. This will enable students to understand how the knowledge they are learning will be put into practice in their lives in the future, allowing them to be highly motivated in their approach to learning the subject, as well as within the framework of imaginative reconstructions of mathematical figures from different angles, graphs of various parameters, imaginative explanations of formulae, theorems and mathematical rules, which will be displayed in 3D on a large screen, thus enabling students, through their visualization, to understand their essence from different perspectives, which will be reinforced by their practical application.