Formation of students' research abilities while studying the discipline "Optics"

IF 0.2 Q4 PHYSICS, MULTIDISCIPLINARY
R.А. Zhunussova
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Abstract

The article describes the methods for developing the research skills of future physics teachers in the process of studying optics at a university. The purpose of this study is to improve the research abilities of students in lectures, practical and laboratory classes in optics. In the course of pedagogical research, we developed a model for the formation of readiness for research activities in the school of future physics teachers and formed the criterion and tools for determining readiness, which were applied during the teaching of optics. And also, a number of pedagogical conditions are defined, which, in our opinion, form the research competencies of students. Methods of problem-based learning, practice-oriented learning, methods of analysis and synthesis, methods of observation were applied. The relevance of the research topic lies in the problem of preparing future teachers of physics for organizing research activities with schoolchildren. Therefore, we have developed and tested the educational and methodological complex "Optics", proposed methods, forms, criteria for evaluating the research skills of future physics teachers. The presented methodology for the formation of research competence can be used for teaching other basic disciplines. The results of the research will be relevant for teachers of pedagogical universities who are looking for effective ways to train future specialists who are able to qualitatively prepare students for research activities.
在“光学”学科学习过程中学生科研能力的形成
本文阐述了在大学光学专业学习过程中培养未来物理教师科研能力的方法。本研究的目的在于提高学生在光学课堂、实务及实验中的研究能力。在教学研究过程中,我们开发了未来物理教师学校研究活动准备形成的模型,并形成了确定准备的标准和工具,并在光学教学中应用。此外,我们还定义了一些教学条件,在我们看来,这些条件形成了学生的研究能力。采用问题导向学习方法、实践导向学习方法、分析综合方法、观察法等。本研究课题的相关性在于培养未来的物理教师与学童一起组织研究活动的问题。因此,我们开发和测试了教育和方法论复杂的“光学”,提出了评估未来物理教师研究技能的方法、形式和标准。本文提出的研究能力形成方法可用于其他基础学科的教学。这项研究的结果将与师范大学的教师有关,他们正在寻找有效的方法来培养未来的专家,这些专家能够为学生的研究活动做好素质准备。
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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