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  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    KARL ORFF AND SHINICHI SUZUKI ON THE IMPORTANCE OF EARLY CHILDHOOD MUSIC EDUCATION
    (Ablai Khan University, 2024-09-30) ; ;
    Ekaterina Popkova
    In this article the authors consider pedagogical concepts of Karl Orff (Germany) and Shinichi Suzuki (Japan), regarding music education of young children. As is known, they dedicated their lives to the musical and aesthetic education of children and made an invaluable contribution in world music pedagogy. Leading scientists and researchers highly rate their activities. The article presents an analysis of scientific sources, brief biographical data and information. In particular, it is reveals that the creative atmosphere in his family influenced the becoming of K. Orff as a composer, musician and teacher. The desire for improvisation, composing music, poems and stories, staging theatrical performances became the core that contributed to the emergence of an integral system of music-aesthetic education of children called «Orff-pedagogy». Its basic principle defined by the concept of «learning-doing creating». Various types of musical activities, on which he relied in his work, aimed to emotional-creative and moral-aesthetic education of the younger generation.The uniqueness of Suzuki's method emphasized by the necessity of forming creative activity in the process of musical-performance activity, in particular, in playing the violin, from the earliest childhood. The materials of the article also allow us to understand that Suzuki's "method of talent education" implies: reliance on the belief, regardless of the child's capabilities, that every child has musical abilities; manifestation of the teacher's love for young performers; training them to creative labor; joint work of the teacher and parents in the musical education of children; manifestation of care and mutual assistance.In spite of the fact that K. Orff and S. Suzuki are representatives of different ethnic groups, cultures and traditions, but their pedagogical views have much in common. This is, above all, the manifestation of great love for children, the desire to bring them up to be creatively active not only in the process of communicating with music, but also in their relationship with the world around.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    PLAYFUL LEARNING И ДОШКОЛЬНОЕ ОБРАЗОВАНИЕ: БИБЛИОМЕТРИЧЕСКОЕ КАРТИРОВАНИЕ ИССЛЕДОВАТЕЛЬСКОЙ ЛИТЕРАТУРЫ (2004-2024)
    (Ablai Khan University, 2025-06-01) ;
    Roza Bekmagambetova
    ;
    ;
    В данной статье авторами проведено библиометрическое картирование исследовательской литературы (2004-2024) playful learning и дошкольное образование. Цель данного библиометрического обзора – проведение систематического картирования тенденций исследований в области playful learning в дошкольном образовании за последние 20 лет с использованием метаданных, извлеченных из базы данных Web of Science. Поиск охватывал период с 2004 по 2024 год и проводился в течение трех недель декабря 2024 года. Изначально при осуществлении поиска база WoS предоставила в общей сложности 1 445 555 публикаций. Далее поиск был отфильтрован по следующим показателям: Review Article, период с 2004 по 2024 год, по категориям «Education Educational Research», «Education Scientific Disciplines» согласно которым авторы получили 981 публикацию, которые в конечном итоге были сохранены и использованы в анализе в данном исследовании. Данный подход направлен на сбор метаданных с базы WoS для более широкого изучения вопроса playful learning в дошкольном образовании.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    МЕТА-АНАЛИЗ ЭФФЕКТИВНОСТИ МЕТОДОВ STEM ОБУЧЕНИЯ В ПОДГОТОВКЕ БУДУЩИХ УЧИТЕЛЕЙ ИНФОРМАТИКИ
    (Ablai Khan University, 2023-12-27) ; ;
    Я. Култан
    ;
    Darmanbek Nauryzbayev
    Данная статья представляет мета-анализ эффективности обучения STEM (science, technology, engineering and mathematics) с уклоном для будущих учителей информатики. С использованием современного метода мета-анализа была проведена комплексная оценка разнообразных исследований, посвященных эффективности обучения в данной области. В ходе анализа были рассмотрены методы, подходы и стратегии, используемые при обучении STEM и информатике. В статье исследуется применение метода предпочтительных элементов отчетности для систематических обзоров PRISMA 2020 (The Preferred Reporting Items for Systematic reviews and Meta-Analyses). Благодаря этому было отобрано и проанализировано 11 статей из общего числа 859. Критерии приемлемости определялись с учетом журналов, опубликованных с 2019 по 2023 года, исключительно на основе эмпирических источников. Мета-анализ литературы, проведенный на основе ключевых слов и названий статей, помогли обобщить и систематизировать полученные данные. В статье также подчеркивается важность разнообразных методов обучения при обучении STEM-предметам, что способствует улучшению процесса обучения и привлечению интереса обучающего. Наша цель состояла в том, чтобы провести методологический обзор литературы, чтобы определить какие эффективные методы обучения STEM могут быть использованы преподавателями для подготовки будущих учителей информатики. Авторы выявили общие тенденции, успехи и вызовы в процессе обучения, освещая ключевые аспекты, включая подходы к разнообразию методов, влияние на мотивацию студентов и уровень понимания концепций. Полученные выводы позволяют выделить наилучшие практики и подходы, которые будущие преподаватели информатики могут интегрировать в свои образовательные программы. Эта работа предоставляет ценные рекомендации для оптимизации процесса обучения STEM и информатике среди будущих преподавателей.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    METHODOLOGY OF DEVELOPING FUTURE SPECIALIST’S COMMUNICATIVE LEADERSIP COMPETENCE
    (Ablai Khan University, 2024-12-01)
    Saule Nurgali
    ;
    ;
    M. Tursynbaikyzy
    ;
    Kalipa Atemova
    The development of communicative leadership competence in future specialists is essential for fostering effective leadership skills in diverse professional environments. This paper explores the methodology for cultivating communicative leadership competence among future specialists, emphasizing its significance in ensuring successful collaboration, problem-solving, and conflict resolution within professional and organizational contexts. The study focuses on the integration of communication theories, leadership strategies, and practical exercises designed to enhance both interpersonal and organizational communication skills.The methodology involves a multi-dimensional approach, combining theoretical instruction with practical application. It includes the use of interactive teaching methods such as case studies, role-playing, group discussions, and leadership simulations that encourage active participation and self-reflection. Additionally, the development of emotional intelligence and critical thinking abilities are incorporated into the training, ensuring that future specialists are equipped to handle complex leadership challenges. Special attention is given to cross-cultural communication, adaptability, and ethical decision-making as core components of effective communicative leadership.Assessment tools, such as peer and self-evaluations, as well as feedback from mentors, are employed to monitor the progress of students in developing their communicative leadership skills. The integration of real-world leadership scenarios and professional internships further bridges the gap between theory and practice, providing students with valuable hands-on experience.This methodology aims to shape future specialists who are not only skilled communicators but also capable leaders, prepared to influence and inspire teams in dynamic professional settings. By focusing on the holistic development of communicative and leadership abilities, the methodology seeks to foster well-rounded, effective leaders who can navigate the complexities of the modern workplace and drive organizational success. The paper concludes by discussing the potential impact of such an approach on the overall professional development of future specialists and its contribution to the creation of a more collaborative and innovative work environment.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    МЕКТЕП МАТЕМАТИКА КУРСЫНДАҒЫ «ТРИГОНОМЕТРИЯ» БӨЛІМІН ЭКОЛОГИЯЛЫҚ МАЗМҰНМЕН БЕРІЛГЕН ЕСЕПТЕРМЕН БАЙЛАНЫСТЫРА ОҚЫТУ
    (Ablai Khan University, 2025-06-01) ; ;
    Gulim Bergenzhanova
    Мақалада мектеп бағдарламасындағы математика курсындағы «Тригонометрия» бөлімін экологиялық мазмұнда берілген есептер арқылы оқытудың маңыздылығы қарастырылады. Сонымен қатар, математика сабақтарына экологиялық мазмұнмен берілген есептерді кіріктіре оқыту — қазіргі заман талабына сай білім берудің маңызды аспектілерінің бірі болып отыр. Тригонометрияның табиғаттағы құбылыстарды өлшеу мен модельдеудегі рөлі, мысалы, ағаштардың биіктігін анықтау, жердегі су деңгейінің өзгерісін бақылау секілді практикалық есептер арқылы түсіндірілген. Атап айтқанда, оқушыларға математиканың күнделікті тұрмыста қолданылуын көрсетумен қатар, олардың мектеп қабырғасында алған теориялық білімдерін өмірде қолдануға мүмкіндік беретін бағыттардың бірі екендігін көруге болады. Демек, экологиялық есептерді шешуде тригонометриялық әдістерді пайдалану оқушылардың нақты әлемдегі экологиялық мәселелерді модельдеу және түсіндіру қабілеттерін дамытады. Мұндай тәсіл оқушылардың табиғатты қорғауға саналы жауапкершілігін арттырады.Мақаланың басты мақсаты — оқушыларды математикадан алған білімдерін нақты өмірде қолдана білуге, қоршаған ортаның түрлі мәселелерін тригонометрия әдістері арқылы шешуге баулу. Бұл, өз кезегінде, оқушылардың пәнге деген қызығушылығын арттырып қана қоймай, олардың экологиялық сана-сезімінің оянуына ықпал етеді. Экологиялық есептерді пайдалану білім беруді өмірмен, нақты әлем мәселелерімен тығыз байланыстыруға мүмкіндік береді.Тригонометрия бөлімін экологиялық мазмұндағы есептермен байланыстыра оқытудың маңыздылығы білім алушылардың аналитикалық және шығармашылық ойлау қабілеттерін дамытуда құнды. Бұл тәсілдің маңыздылығы, оның оқушыларға жаратылыстану ғылымдарымен тығыз байланыста кешенді білім беруге қабілеттілігінде. Оқушылар жаңартылған әдіс-тәсілдердің көмегімен экология мен математика арасындағы байланысты түсініп, бұл білімді келешекте қоршаған ортаны қорғау және тұрақты дамуды қолдау шараларында пайдалана алады. Осылайша, тригонометрияны экологиялық мазмұнмен оқыту болашақ ұрпақтың интеллектуалдық дамуына ғана емес, олардың экологиялық мәдениетін қалыптастыруға ықпал етеді.
  • Некоторые метрики заблокированы вашими 
    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.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    AI-ASSISTED SCHOLARLY WRITING IN APPLIED LINGUISTICS AND LANGUAGE EDUCATION IN KAZAKHSTAN: A SCOPING REVIEW
    (Ablai Khan University, 2025-09-01) ; ;
    D. Philip Montgomery
    ;
    I.B. Baissydyk
    This scoping review studies the essential concepts and research methodologies best suited for exploring AI-assisted academic writing, with a focus on the context of applied linguistics and language education in Kazakhstan. The objectives included identifying key concepts, mapping methodological approaches, assessing emerging trends, revealing gaps and inconsistencies, and offering recommendations for improved practices. Using the PCC framework, the included studies involved scholars, educators, and students in Kazakhstan who addressed the use of AI tools in academic writing. Studies unrelated to academic writing, the Kazakhstani context, or the relevant fields were excluded. Searches were carried out in April 2025 across Scopus, Google Scholar, IEEE, and local databases, and conference proceedings 2021 and 2025 in English. A total of 40 relevant references were analyzed thematically and synthesized narratively. These studies focused on higher education and the use of tools like AI-driven writing assistants, grammar checkers, and plagiarism detection software in academic publishing. Findings indicated growing but cautious adoption of AI technologies, with common themes including improved writing quality, concerns over plagiarism, and the need for clear guidelines. The review underscores the importance of localized research, institutional policy development, and educator training to ensure ethical and effective AI integration in academic writing practices.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    EVALUATING THE PREPAREDNESS OF FUTURE BIOLOGY SPECIALISTS TO INTEGRATE STEM APPROACHES INTO THEIR EDUCATION AND TRAINING
    (Ablai Khan University, 2025-06-01) ;
    The aim of this article is to examine the level of awareness among students in higher educational institutions regarding the STEM (science, technology, engineering, mathematics)- innovative teaching method, as well as to explore the range of activities related to STEM being conducted within universities. In today’s world, there exists a wide range of modern teaching methods, among which the STEM method stands out. Based on foreign experiences, it is recognized as an integrative approach across scientific disciplines, aimed at providing students with a profound understanding of Natural Science concepts. Robotics, one of the narratives of the STEM, has seen widespread adoption in schools, but has only recently begun to be incorporated into higher education institutions. Currently, the Y. Altynsarin National Academy of Education has introduced methodological guidelines for the implementation of the STEM approach, and efforts to establish STEM-focused classrooms and numerous laboratories within schools and universities are being coordinated by the ministry. On this foundation, an array of specialized facilities, including 3D modeling studios, robotics workshops, center, and laboratories, have been established in both schools and tertiary institutions, integrating into the educational framework. Furthermore, under the auspices of Chevron, the educational entity “Caravan of Knowledge” has embarked on the development of the methodological guides within the ambit of the “STEM Education Development Roadmap for 2021-2025”. This initiative has led to the organization of STEAM-focused video lessons, thematic STEM fortnights and scholarly conferences. The undertaken research has been pivotal in assessing the preparedness levels for implementing education via STEM methodology, while also evaluating its significance.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    THE QUALIMETRIC BASIS FOR ASSESSING THE QUALITY OF FIELD PRACTICE IN HIGHER EDUCATION INSTITUTIONS
    (Ablai Khan University, 2025-09-01) ; ; ;
    G. Yessentureyeva
    This article addresses the qualimetric methods for assessing the quality of field practice in higher education institutions. The primary aim of the study is to contribute to improving students’ professional readiness by objectively and systematically evaluating the quality of field practice. Field practice provides students with a crucial opportunity to apply theoretical knowledge in real work environments and develop their professional skills. Therefore, the role of qualimetric approaches in assessing the quality of practice is highly significant.During the research, a survey was conducted to determine the impact of field practice on graduates’ career paths. The survey questions focused on key aspects such as students’ experiences during practice, acquisition of professional skills, fairness and effectiveness of assessment methods, and the connection between theory and practice. This survey enhanced the value of the study by identifying the strengths and weaknesses of the field practice.The results demonstrated the effectiveness of qualimetric methods in assessing the quality of field practice and included concrete recommendations aimed at improving educational quality. Moreover, the article emphasizes the importance of implementing a comprehensive evaluation system for field practice in higher education institutions to enhance the overall quality of education.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    ИНТЕГРАЦИЯ ЭЛЕМЕНТОВ STEM-ОБРАЗОВАНИЯ В ПОДГОТОВКУ БУДУЩИХ УЧИТЕЛЕЙ ИНФОРМАТИКИ
    (Ablai Khan University, 2025-04-01) ; ;
    Ермекова Д.Е.
    ;
    Darmanbek Nauryzbayev
    The study examined a model for integrating STEM (Science, Technology, Engineering, and Mathematics) education to prepare future informatics teachers capable of applying theoretical knowledge to solving real-world problems across various scientific fields. Integrated STEM education represents an interdisciplinary approach that combines multiple disciplines into a cohesive system. There is a growing conviction that STEM disciplines cannot and should not be taught in isolation. STEM education emphasizes the importance of an interdisciplinary approach, eliminating the teaching of isolated subjects. At the same time, there is a lack of specific recommendations on the structure and content of informatics teacher preparation in the context of STEM education, highlighting the need for targeted training to develop relevant competencies. This article presents a model for integrating STEM education into professional subjects for training future informatics teachers. The model is based on a synthesis of research literature on integrated learning and STEM education. It includes four key components for informatics teacher training: (1) Target block – defines specific objectives and expected outcomes of the training program. (2) Process block – focuses on methods and approaches used in the teaching and training of future informatics teachers. (3) involves the analysis and generalization of educational content. (4) Outcome block – focuses on practical application and the development of necessary competencies. The proposed model can serve as a foundation for the professional development of future informatics teachers and the creation of targeted educational programs that meet the requirements of STEM education.