Use of the technology of “leveled teaching” in the preparation of future mathematics teachers for geometric construction calculations

N.K. Madiyarov, E.A. Tursynkulova, A.Zh. Yerdankulov
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Abstract

The article examines the issue of methodological preparation of future mathematics teachers for teaching geometric construction problems, analyzing the educational programs “Mathematics Teacher Training” prepared by the University from the subject and metadisciplinary point of view. Based on the use of “level learning technology” in teaching future mathematics teachers to solve construction problems, students’ creativity and research abilities, independent work, abstract thinking, etc. problems of improving methodological training by developing skills are studied. Mastering new technologies of teaching in the field of modern education helps the teacher to develop himself and effectively organize the educational process. The use of new technological methods of teaching increases the level of education of students in accordance with modern requirements. In the given article, the authors analyzed the state programs and concepts, the works of domestic and foreign scientists, the results of an online survey and interviews conducted with students. 68 students of the mathematics education program were involved in a pedagogical experiment, and the results were shown. As the analysis of the survey shows, after using the “level learning technology” in the lesson, students are recognized from a certain personal subjective point of view, which regulates their cognitive and practical activities. It has been shown that the use of “Level-level teaching technology” in the teaching of structural calculations allows effective and efficient organization of education, and increases the methodological training of future mathematics teachers.
运用“分层教学”技术培养未来几何结构计算数学教师
本文从学科和元学科的角度分析了我校“数学教师培训”的教学计划,探讨了未来数学教师在几何构造问题教学中的方法论准备问题。基于“层次学习技术”在未来数学教师教学中解决建构性问题、学生的创造性和研究能力、独立工作能力、抽象思维能力等方面的应用,研究了通过发展技能来提高方法论训练的问题。掌握现代教育领域的教学新技术有助于教师自我发展和有效地组织教育过程。采用新的技术教学方法,提高了学生的教育水平,符合现代要求。在这篇文章中,作者分析了国家的计划和概念,国内外科学家的作品,网上调查的结果和对学生的采访。对68名数学教育专业的学生进行了教学实验,并给出了实验结果。调查分析表明,在课堂中使用“层次学习技术”后,学生从某种个人主观角度得到认可,从而规范了他们的认知和实践活动。研究表明,在结构计算教学中使用“Level-level教学技术”可以有效和高效地组织教育,并增加对未来数学教师的方法培训。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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