A system-structural approach to the formation of conceptual thinking of students at the level of secondary general education

M. V. Glebova
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引用次数: 1

Abstract

One of the targets of the Federal state educational standard of General secondary education is the training of creative and critical thinking of high school graduates who know the basics of scientific methods of cognition of the world, motivated for creativity and innovation. The leading component of creativity is intelligence, allowing with high efficiency to solve mental tasks, including a limited amount of information. Therefore, the problem of intellectual development of students, which is directly related to the formation of their conceptual thinking, acquires a special significance in modern general education school. From the standpoint of system-structural approach the formation of conceptual thinking is at school age in the development of academic disciplines, built on the conceptual principle of the scientific method and ways of the actions inherent in the particular subject. Conceptual thinking in this approach is viewed as a systemic quality that has the properties of multidimensionality, multilevelity and dynamism, which includes personal and cognitive constructs. According to the principle of structure, conceptual thinking is a mental function, which is not only structured, but also included in structure of the personality. On the basis of theoretical and empirical data, the dialectical interrelation of the logical and psychological aspects of thinking is considered. It is shown that the growth of the reproductive (logical) component of thinking has a significant positive impact on the development of creative thinking of students. Also the author identifies verbal-logical method of learning as strategic component of the educational process that establishes the relationship between all components of the pedagogical system aimed at developing conceptual thinking of students. From the standpoint of the system-structural approach the peculiarities of development of conceptual thinking of students of 10–11 grades of secondary school are characterized: structuring of the content of education based on the principle of scientific presentation of information, orientation of cognitive activity of students in the direction of mastering the methods and laws of scientific knowledge, the formation of logical qualities of thinking through the verbal and logical method of teaching, in-depth subject and logical training of teaching staff.
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中等通识教育阶段学生概念思维形成的系统结构研究
联邦国家普通中等教育教育标准的目标之一是培养高中毕业生的创造性和批判性思维,使他们了解认识世界的科学方法的基础知识,具有创造和创新的动力。创造力的主要组成部分是智力,它可以高效地解决脑力任务,包括有限数量的信息。因此,直接关系到学生概念思维形成的学生智力发展问题在现代通识教育学校中具有特殊的意义。从系统结构方法的角度来看,概念思维的形成是在学科发展的学龄期,建立在特定学科固有的科学方法和行为方式的概念原则基础上的。在这种方法中,概念思维被视为一种具有多维度、多层次和动态性的系统质量,包括个人和认知结构。根据结构原理,概念思维是一种心理功能,它不仅具有结构性,而且包含在人格结构中。在理论和经验资料的基础上,思考思维的逻辑和心理方面的辩证相互关系。研究表明,思维的再生(逻辑)成分的增长对学生创造性思维的发展具有显著的积极影响。此外,作者认为语言逻辑学习方法是教育过程的战略组成部分,它建立了旨在培养学生概念思维的教学系统的所有组成部分之间的关系。从系统结构的角度来看,中学10-11年级学生概念思维发展的特点是:以信息的科学呈现为原则构建教育内容,以掌握科学知识的方法和规律为方向引导学生的认知活动,通过语言和逻辑的教学方法形成逻辑思维素质,深入学科,培养教学人员的逻辑能力。
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