Қазақ ұлттық қыздар педагогикалық университеті / Казахский национальный женский педагогический университет

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  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    Analysis of the Relationships Between University Students' Laboratory Self-Efficacy Beliefs, Science Process Skills and Achievement in Chemistry Courses
    (2024-08-04) ; ;
    Mehmet Tunçel
    ;
    It is a widely accepted view among educators that chemistry education should include objectives to develop scientific thinking, laboratory competences and science process skills in addition to chemistry. The aim of this study is to investigate the relationships between laboratory self-efficacy beliefs and science process skills of chemistry department students and their chemical technology course achievement. The study was conducted in the autumn term of the 2023-2024 academic year in the chemistry departments of three universities in Kazakhstan. The study, which was conducted with relational survey model on the basis of quantitative research paradigm, included 198 students studying in chemistry departments. The data of the study were collected with 'Laboratory self-efficacy beliefs scale' and 'Science process skills scale'. The participants' laboratory self-efficacy beliefs were above moderate, and their science process skills were at a moderate level, according to the study's conclusions. Chemistry department students' laboratory self-efficacy and science process skills did not differ by gender. Correlation analyses revealed significant and positive relationships between students' achievement in chemical technology course and their laboratory self-efficacy beliefs and science process skills in the chemistry department. Regression analyses revealed that the participant students' science process skills, in particular, significantly predicted their performance in the chemical technology course.
    Цитирования (OpenAlex) 2
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    Тип записи:Публикация,
    INTEGRATION OF EDUCATION AND SCIENTIFIC RESEARCH IN AN EDUCATIONAL INSTITUTION
    (Kazakh National Pedagogical University, 2024-09-01) ; ;
    Mehmet Tunçel
    The article deals with the problem of differentiation and scientific research of scientific knowledge in chemistry at the university. The strategic foundations of science and education incorporation in modern society are presented, together with the main objectives and tasks to enhance their collaboration. The combination of science and education on the foundation of universities has been formed as a multifaceted process, involving the construction of a global data environment, a unified educational space, and the employment of various new teaching methods.One of the research disciplines of chemistry at the university was chosen as a model for studying the mechanisms of integration and differentiation. The relational integration of various fields of knowledge and scientific research in chemistry is considered in detail. The paper exposes the issues that initiate the procedure of combining pedagogical education with science; reveals the areas of work of the department that contribute to the development of scientific research and interaction of the educational process; proposes new fundamental and comprehensive professional skills required for the construction of upcoming bachelors and masters of pedagogical education ready for an innovative combination of knowledge and scientific activity centered around the exploration of the field;educational and analyzed ways to improve the effectiveness of the pedagogical university in the integration of research works are proposed.The purpose of the article is to offer an opportunity to study chemical theories, to develop knowledge and scientific and theoretical knowledge of universities.
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    Тип записи:Публикация,
    DEVELOPMENT OF SCIENTIFIC COMPETENCE OF STUDENTSBY USING THE RESULTS OF RESEARCH ON HUMICSUBSTANCES IN THE EDUCATIONAL PROCESS
    (Ablai Khan University, 2024-09-30) ;
    Mehmet Tunçel
    This paper examines the use of humic compounds in research activities as a waysof shaping students' research skills. A precondition for the analysis is to determine the research capabilities of undergraduate students, which will lead to the growth of an objective systematic phenomenon of learning. The research findings of this paper present objective knowledge as expressed in the conceptual framework of chemical education. To illustrate the meaning of scientific ability, we will investigate how undergraduate students in chemistry develop study abilities through diverse experiments. On the basis of the examination and abstraction, the relationship between undergraduate students' developments in scientific capability and their academic efforts is identified. In the procedure of higher learning, bachelor students' scientific engagement is organized, and study capabilities are developed by employing successful problem-oriented teaching approaches.One of the most understudied difficulties in practice is the use of technology for establishing a competence-based strategy for student training. The formation of competencies that make up the integral structure of personal and professional characteristics for the successful performance of educational functions. One of the key objectives is to develop the academic skills for prospective professionals in higher education institutes. The primary lines of learning have changed as society has evolved, and in accordance with this, the best specialist with a higher education is required to improve his knowledge.