METACOGNITIVE ABILITIES’ ORGANIZATION AT STUDENTS

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Abstract

Present investigation is aimed on studying the student’s metacognitive abilities peculiarities depending on their professional education direction. The research is realized on a student’s sample of natural (Biology), philological (Foreign Languages) and mathematical (Mathematics) directions of learning. The following methods were used in the work: verbal-colour interference test (J. R. Stroop); motor test (J. Schwarzlander); third subtest of WAIS test; Thinking Styles Inventory (R. Sternberg); The Matching Familiar Figures Test (J. Kagan); Study of subjective control’s level (E. F. Bazhin, E. A. Golynkina, L. M. Etkind); «Analytical Review of Learning Style» (Rebecca L. Oxford). To determine the structure of metacognitive abilities, the method of factor analysis (Varimax raw) was carried out. As a result of factorization four factors were identified: metacognitive monitoring; personal control; self-organization of activity; activity programming. Each of the factors can be represented as a separate component of metacognitive abilities. The revealed structure corresponds to the concepts of J.H. Flavell, C.D Fritht, S.G. Paris and P. Winograd. Component “Metacognitive monitoring” is subject-nonspecific, it means that metacognitive knowledge does not depend on the field of professional education. Components “Self-Organization of Activity”, “Activity programming” and “Personal Control” have differences depending on the direction of student learning. Biology students (natural science) have a high level of “Self-organization of Activity” component. Students of the Faculty of Foreign Languages (philological direction) are characterized by the predominant development of the components “Self-organization of Activity” and “Activity programming”. Students of mathematics (mathematical direction) are distinguished by the developed components «Personality control» and «Activity programming». Subject-specific or subject-nonspecific nature of the components in the metacognitive abilities’ structure is summarised in conclusions.
学生元认知能力的组织
本研究旨在根据学生的专业教育方向,研究其元认知能力的特点。本研究是在一个学生的自然(生物)、语言(外语)和数学(数学)方向的学习样本上实现的。本研究采用以下方法:言语颜色干扰测验(j.r. Stroop);运动测试(J. Schwarzlander);WAIS测试的第三个子测试;思维风格量表(R. Sternberg);配对熟悉人物测验(J. Kagan);主观控制水平研究(e.f. Bazhin, e.a. Golynkina, l.m. Etkind);《学习风格的分析评论》(丽贝卡·l·牛津)。为了确定元认知能力的结构,采用因子分析法(Varimax raw)。通过因子分析,确定了四个因素:元认知监测;个人控制;活动的自组织;活动节目。每个因素都可以表示为元认知能力的一个单独组成部分。揭示的结构与J.H. Flavell、c.d. Fritht、S.G. Paris和P. Winograd的概念相对应。“元认知监测”是学科非特异性的,它意味着元认知知识不依赖于专业教育的领域。“活动自组织”、“活动规划”和“个人控制”三个组成部分根据学生的学习方向存在差异。生物学生(自然科学)具有较高的“活动自组织”成分。外语系(文字系)学生的特点是“活动自组织”和“活动规划”两个组成部分的突出发展。数学(数学方向)的学生以“个性控制”和“活动编程”的发展组成部分来区分。在结论中总结了元认知能力结构中各组成部分的主体特异性和主体非特异性。
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