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List of publications on a keyword: «mathematical training»

  • Role of Mathematical Training of Schoolchildren in Mastering Skills of Future Profession

    Research Article
    Development of education Volume 8 No 3
    Author:
    Elena A. Barakova
    Work direction:
    Pedagogy and Modern Education
    Abstract:
    Specialized school education today aims to enhance learning motivation and acquire knowledge and skills necessary for future professions. The choice of specialized subjects by 9th-grade graduates for in-depth study in specialized 10th-11th grades also implies passing the Unified State Exam (USE) in these subjects at the specialized level. However, the results are often lower than expected by graduates, their parents, and teachers. This article, based on an analysis of the 2024 Unified State Exam (USE) results in mathematics (specialized level), examines the format of self-analysis of a mathematics teacher's own errors in teaching schoolchildren. It proposes a set of updated competencies for mathematics teachers to improve the quality of graduates' mathematical training. As a result of discussing the problems of modern specialized school mathematics education, particularly the update of the direction of specialized school education (introduction of agrotechnological classes), with participants of professional development programs (specialists from regional education development institutes overseeing specialized school education, and heads and deputy heads of general education organizations), constructive approaches to mathematical training of schoolchildren are outlined. These approaches aim to apply mathematical knowledge, applied mathematical skills, and abilities in mastering related academic subjects, using the example of mathematics education in specialized agrotechnological classes.
    Keywords:
    professional competencies of a mathematics teacher, school specialized education, approaches to mathematical training of high school students, agrotechnological classes
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  • Functional Literacy as a Tool for Improving the Quality of Mathematical Education

    Proceeding
    Pedagogy, Psychology, Society: from theory to practice
    Authors:
    Irina A. Ledovskikh, Kristina O. Dorzhu
    Work direction:
    Теория и методика общего и дополнительного образования
    Abstract:
    The article is devoted to the consideration of the possibilities of improving the quality of mathematical education by developing the functional literacy of schoolchildren. The problems of the modern system of teaching mathematics are analyzed, such as the separation of theory from practice, low motivation and the lack of conscious perception of the meaning of the subject. Ways to overcome these difficulties are proposed, including the integration of mathematical problems into real life, the organization of project activities, and skills for working with information
    Keywords:
    mathematical education, mathematical training, modern teaching technologies, functional approach, functional literacy, educational standards
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  • Succession in Mathematical Preparation of Preschoolers and Junior Schoolchildren

    Book Chapter
    Issues of pedagogy and psychology
    Author:
    Tamara S. Khazykova
    Work direction:
    Chapter 10
    Abstract:
    The chapter examines the issues of continuity in the theory and practice of mathematical training of preschoolers and primary school students, investigates the psychological and pedagogical foundations of this process. The author substantiated the choice of an effective means in ensuring the continuity of mathematical training at the stages of preschool education – primary school.
    Keywords:
    mathematical training, continuity, primary school child, preschooler
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  • Templates and algorithms in the mathematical engineering training

    Research Article
    Development of education No 2 (2)
    Authors:
    Viktoriia G. Kazakevich, Elena A. Tolkacheva
    Work direction:
    Theoretical and applied research in education
    Abstract:
    The work considers the types of thinking and levels of their formation, based on a two-factor classification of educational tasks. Examples of pattern tasks and algorithm tasks are given. It was hypothesized that a transition to the next level of education implies a step in the predominance of the type of thinking (in the proposed typology). The main methods of testing the hypothesis will be the development of systems of tasks-markers to identify the type of thinking and the level of its formation; a comparative analysis of types of thinking formation and the success of training, its effectiveness; classification of educational mathematical problems for the formation of the program of the future engineer.
    Keywords:
    thinking, analysis, synthesis, mathematical training, classification of tasks, template, algorithm, typology of thinking, level of higher education
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