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  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    MODEL OF THE FORMATION OF RESEARCH COMPETENCE OF STUDENTS-MATHEMATICIANS OF A PEDAGOGICAL UNIVERSITY
    (Granthaalayah Publications and Printers, 2018-09-30)
    In this article, a model is developed for the formation of the research competence of undergraduate mathematicians at a pedagogical university. Purposeful formation of research competence in the conditions of digitalization, development of theoretical approaches to the use of ICT tools in order to: develop the trainee's personality by involving the trainee in experimental research, forming cognitive interest is one of the most important goals of higher pedagogical education. The purpose of the study is to develop a model for the formation of research competence of students-mathematicians of a pedagogical university, including the forms, means and methods of its formation; The research uses research methods as a theoretical analysis of domestic and foreign scientific literature on the research problem; observation, generalization; As a result, we determined the essence of research competence and developed a model for the formation of research competence (IC) of mathematics students of a pedagogical university, including the forms, means and methods of its formation; To effectively implement the model for the formation of the research competence of the future mathematics teacher, pedagogical conditions have been created that are of great importance for the formation of the research competence of the mathematics teacher. Formation of the IC was conducted through psychological, informative-cognitive, practical training.
    Цитирования (OpenAlex) 1Цитирования (OpenCitations) 1
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    Оқыту процесін ұйымдастыруда цифрлық білім беру технологияларының тиімділігі
    (Al-Farabi Kazakh National University, 2021-07-11) ;
    High-quality education is the key to a successful future. Currently, the importance of the use of digi- tal technologies in improving the quality of education is very high. Its application and the output of its results directly depend on the professional knowledge, skills and abilities of each teacher. The purpose of the research work: to theoretically justify the formation of teachers’ qualifications for the use of digital educational technologies and to test its effectiveness.Scientific novelty and theoretical significance of the research: the meaning and content of the con- cepts of “Digital Education”, “Digital educational Technologies” were clarified; each teacher was pro- vided with information about the auxiliary services Videoscribe, Padlet, Pixton, Flippity, Socrative, Hot potatoes, No Hands, Quizizz, ClassDojo, Learnis, Tilda Publishing for a productive, understandable and interesting lesson; an additional auxiliary website was created. In accordance with the incredible pace of development of new technologies, this site will be updated and updated with new information over time.A survey of 50 teachers was conducted on the use of digital resources. It was found that the services most widely used by teachers are: Kahoot – 82.5%; Prezi – 66.7%; Quizlet – 65%; Bandicam – 65%; Learning Apps – 64.1%.Digitalization is changing the social paradigm of human life, which opens up opportunities for new knowledge and expanding a person’s worldview. Digital technologies are becoming not only a tool, but also a new environment for human existence, life and professional activity.Key words: digitalization, digital educational technologies.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    Роль педагогического дизайна с использованием модели addie в проектировании компонентов онлайн уроков
    (Al-Farabi Kazakh National University, 2021-12-27) ; ; ;
    Currently, the issues of digital transformation of education remain relevant, which is associated with the socio-political conditions of life in modern society.During the period of distance learning, the need to create and design video lessons and online lessons in real time increases. Designing these types of activities involves the use of pedagogical design as a process of analyzing learning needs and goals. The aim of the study is to identify the role of pedagogical design using the ADDIE model in the design of components of online lessons in Russian language and literature in a comprehensive school. The article summarizes the points of view of researchers regarding the term "pedagogical design", reviews the scientific literature, describes models for designing video and online lessons. On the example of using the model of pedagogical design ADDIE, forms of designing educational material in the Russian language are proposed, built in the form of simulators - interactive tasks with automatic verification of the answer. The value of the study is that the results obtained can be used in the design of video components and online lessons in the Russian language and literature in a comprehensive school. The authors of the article pay special attention to pedagogical design as a process in the development of technical specifications when designing the content of online lessons, digital content, simulators and educational multimedia tools. Keywords:pedagogical design, ADDIE model, designing online lessons, Russian language and literature
    Цитирования (OpenAlex) 1
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    Peculiarities of Teaching Biology in Universities under Conditions of Digitalization
    (Al-Farabi Kazakh National University, 2022-07-08) ; ; ;
    Currently, all areas of society are moving toward the mass use of information systems and technologies. Many countries are introducing information systems into the educational process. Every modernteacher should be fluent in information technology. In this way, it helps to increase student motivationfor the class. Changing the system of relations between the teacher and the student, the content, thestructure of their activities, they affect their motivational emotional environment. The use of informationand technological means allows you to turn the biology lesson into a fascinating and productive lesson.The article considers effective methods of using electronic educational resources and capabilities ofeducational platforms in the conditions of transition to distance learning in accordance with the requirements of the state program “Digital Kazakhstan”. It is emphasized that when teaching students, it is important to use effective modern methods and techniques, as well as visual and auditory elements insteadof methods and approaches that make students dependent on the textbook and limit them to what theteacher teaches. The effectiveness of using videos in biology classes was studied. Student performanceresults are given on the research paper. In particular, the use of video materials during classes allowsstudents to convey the necessary information as accurately as possible, and students, due to their modern capabilities and features, better absorb the material in this way. The results of questionnaires fromdifferent regions on the effectiveness of videos were discussed and analyzed. Thus, the study revealedthe necessity of using videos in biology lessons to facilitate students’ learning and their effectiveness inthe learning process.Key words: information technology, methods, videos, experimental, control, performance,creativity.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    MODERN DIGITAL SKILLS AND COMPETENCE
    (European Organization for Nuclear Research, 2022-11-16)
    The implementation of digital tools is widely used in all spheres of life, including the educational environment. This article examines the structure and characteristics of existing digital educational tools, the current state of digitization in educational environments.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    Innovative Technologies: Digitalisation of Education
    (Journal of Social Studies Education Research, 2022-12-28)
    Бакытгул Молдагали
    ;
    ;
    Н. Ахтаева
    ;
    Assem Suleimenova
    ;
    Akimbekova Shyryn
    This study addresses the issue of integrating cutting-edge technologies into the educational process in order to enable the development of a new digital type of educational service in schools. To that end, it establishes a framework for integrating cutting-edge technology into digital learning in classrooms. The method involves diagnosing motivational induction, created by J. Nuttin. This method aims to identify the visibility of a personal perspective within a coming day, week, month, or year, enabling one to understand motivational aspirations, goals, desires, and dreams. The study includes structuring a model of cutting-edge technologies in learning. It promotes intellectual growth, fosters cultural and aesthetic qualities, boosts self-esteem, creates a model of cultural behavior, and aids in developing creative and respectful socialization skills in the classroom. It also helps increase interest and motivation in the educational process. Therefore, the study addresses the help of innovative technologies models related to aesthetic behavior in different places and aspects of changing personal image during the interactive dressing of clothing models. These models are superimposed on photos by fitting accessories and changing hairstyles against the background to fulfill personal goals. These goals depend on the aspirations of visiting different social objects and achieving a certain social status at the theoretical and virtual levels. This paradigm for digital education allows for the recognition of one's best attributes and the development of strong self-esteem by emphasizing the possibility of achieving one's highest ambitions. This movement creates a cultural and aesthetic model of individual perception and the evolution of cultural behavior in diverse public settings, which has practical implications for the entire educational system and the well-being of society.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    MODELS AND METHODS FOR TRANSFORMING THE EDUCATIONAL PROCESS INTO THE DIGITAL FORMAT OF EDUCATION
    (European Organization for Nuclear Research, 2023-04-24) ; ;
    Abstract This article discusses the transformation of the education system into digital, gives a hierarchical structure of the transformation of the education system into digital. The goals and objectives of the transformation of education are given. The main elements of the digitalization of education are given, the concepts of building digital education and the main aspects of the transformation of education into a digital format are given. The purpose and task is given, which is set for the teacher to overcome the problematic nature of the situation that has developed with digitalization, when the dynamic development of digital technologies and means is combined with the preservation of traditional (pre-digital) forms of organizing the educational process. Research methods and materials are given, a terminological definition is given for each element of the digitalization of the educational process. The discussion section interprets the findings and how they relate to the research problem. The results section presents the results obtained after the study. Аннотация В данной статье рассматривается трансформация системы образования в цифровое, дается иерархическая структура трансформации системы образования в цифровое. Дается цели и задачи трансформации образования. Приводится основные элементы цифровизации образования, приводится концепции построения цифрового образования и основные аспекты трансформации образования в цифровой формат. Дается цель и задача, которая ставится перед преподавателем преодолеть проблемный характер ситу­ации, сложившейся с цифровизацией, когда динамичное развитие цифровых тех­нологий и средств сочетается с сохранением традиционных (доцифровых) форм организации образовательного процесса. Приводятся материалы и методы исследования, дается терминологическое определение каждому элементу цифровизации образовательного процесса. В разделе обсуждение интерпретируются полученные результаты и как они связаны с исследовательской проблемой. В разделе результаты излагаются результаты, полученные после исследования.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    МЕТОДИКА ИСПОЛЬЗОВАНИЯ КОМПЬЮТЕРНОЙ ЭКСПЕРТИЗЫ В ПРОЦЕССЕ ОБУЧЕНИЯ ГЕОМЕТРИИ В УСЛОВИЯХ ЦИФРОВИЗАЦИИ ОБРАЗОВАНИЯ
    (Ablai Khan University, 2024-03-28) ;
    В статье рассматриваются проблемы преподавания геометрии в условиях цифровизации образования. Технологические инструменты, такие как компьютеры, используются в преподавании, обучении и оценивании геометрии. В этом исследовании изучалась интеграция некоторых аспектов компьютерных технологий в преподавание и изучение геометрии. С этой целью рассмотрена разработка методики применения программы «The Geometer's Sketchpad», компьютерного учебника с использованием компьютерных программ (KPUN), демонстрационных программ на различных этапах школьного обучения геометрии. Кроме того, для студентов математических факультетов педагогических вузов создан курс «Компьютерное обучение геометрии в средней школе». Во многих исследованиях, посвященных различным аспектам компьютерного обучения, компьютер рассматривается как техническая основа автоматизированной системы обучения, реализующей идеи программированного обучения. Опыт использования образовательных программ выявил ряд недостатков компьютерного образования: компьютер позволяет преподавать только простой материал; компьютерное обучение не способствует развитию инициативы ученика; обучение посредством подкрепления реакции хуже, чем обучение, основанное на интеллектуальных упражнениях. В исследовании были применены метод сравнительного анализа, системный метод, метод категоризации и функционально-стилистического анализа медиатекстов, метод контент-анализа и эксперимента. Результаты данного исследования показывают, что использование компьютеризации как основы изменения деятельности существенно влияет на успеваемость учащихся. Он также выявил педагогический потенциал и ограничения компьютерных технологий в преподавании и изучении геометрии. Возможности компьютерного обучения использовались в преодолении трудностей учащихся, вызванных неверным или неполным пониманием содержания геометрического понятия; недостаточным владением математической терминологией.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    ЖОҒАРЫ СЫНЫП ОҚУШЫЛАРЫНЫҢ ЕСЕПТІК ОЙЛАУЫН ДАМЫТУҒА БАҒЫТТАЛҒАН ӘЛ-ФАРАБИДІҢ ТРИГОНОМЕТРИЯСЫН ОҚЫТУ МАЗМҰНЫ МЕН ҚҰРЫЛЫМЫ
    (2024-05-26) ;
    G.B. Kamalova
    ;
    N.K. Sh
    The trigonometric heritage of al-Farabi, the great thinker of the Middle Ages, who made an invaluable contribution to the development of world science and civilization, is of enormous theoretical and practical value. It offers unique algorithms for finding the sin 1 degreesand constructing trigonometric tables necessary for solving various practice problems. Their inclusion in modern computer and mathematical education will not only popularize the legacy of the great scientist, but will also enrich the content of teaching trigonometry, strengthening its applied orientation, expand the system of subject knowledge of students, and contribute to the development of skills that determine the essence of computational thinking, which is one of theimportant goals of modern education. Al-Farabi's trigonometry training should be focused on achieving the specified results.Adequate to the goals and objectives of teaching al-Farabi trigonometry to schoolchildren, it is advisable to determine its subject-thematic content.Purpose of the study: to determine the structure and content of teaching al-Farabi trigonometry, aimed at developing students’ computational thinking skills. Results: the basic principles and methods for selecting content are determined, on the basis of which a model of the concept system is built, the structure and content of teaching al-Farabi trigonometry in the context of education digitalization focused on the development of students’ computational thinking are determined. Әлемдік ғылым мен өркениеттің дамуына баға жетпес үлес қосқан ортағасырлық дәуірдің ұлы ойшылы әл-Фарабидің тригонометриялық мұрасы орасан зор теориялық және практикалық құндылық болып табылады. Онда бір градустағы синусты табудың және практикадағы әртүрлі мәселелерді шешуге қажетті тригонометриялық кестелерді құрудың бірегей алгоритмдері ұсынылған. Оларды заманауи информатика-математикалық білімге қосу ұлы ғалымның мұрасын насихаттап қана қоймай, тригонометрияны оқытудың мазмұнын байытады, оның қолданбалы бағытын күшейтеді, оқушылардың пәндік білім жүйесін кеңейтеді, қазіргі білім беру жүйесінің маңызды мақсаттарының бірі болып табылатын есептік ойлаудың мәнін анықтайтын іскерліктер мен дағдыларды дамытуға ықпал етеді. Әл-Фарабидің тригонометриясын оқыту көрсетілген нәтижелерге қол жеткізуге бағытталуы тиіс. Оқушыларды әл-Фарабидің тригонометриясына оқытудың мақсаттарымен міндеттеріне сәйкес оның пәндік-тақырыптық мазмұнын анықтаған жөн. Зерттеу мақсаты: мектеп оқушыларының есептік ойлау дағдыларын дамытуға бағытталған әл-Фарабидің тригонометриясын оқыту мазмұны мен құрылым анықтау. Нәтижелері: тұжырымдамалар жүйесініңмоделі құрылған мазмұнды таңдаудың негізгі принциптері мен әдістері анықталды және оқушылардың есептік ойлауын дамытуға бағытталған білім беруді цифрландыру жағдайындағы әл-Фарабидің тригонометриясын оқытудың мазмұны мен құрылымы анықталды. Тригонометрическое наследие аль-Фараби –великого мыслителя эпохи средневековья, внесшего неоценимый вклад в развитие мировой науки и цивилизации, представляет огромную теоретическую и практическую ценность. В нем предлагаются уникальные алгоритмы нахождения синуса одного градуса и построения тригонометрических таблиц, необходимых для решения различных задач практики. Включение их в современное информатико-математическое образование позволит не только популяризировать наследие великого ученого, но и обогатит содержание обучения тригонометрии, усиливая его прикладную направленность, расширит систему предметных знаний обучающихся, будет способствовать развитиюумений и навыков, определяющих сущность вычислительного мышления, что является одной из важных целей современного образования. Обучение тригонометрии аль-Фараби должно быть ориентировано на достижение указанных результатов. Адекватно целям и задачам обучения школьников тригонометрии аль-Фараби целесообразно определить его предметно-тематическое содержание. Цель исследования: определить структуру и содержание обучения тригонометрии аль-Фараби, ориентированных на развитие навыков вычислительного мышления учащихся. Результаты: определены основные принципы и методы отбора содержания, на основе которых построена модель системы понятий, определены структура и содержания обучения тригонометрии аль-Фараби в условиях цифровизации образования, ориентированные на развитие вычислительного мышления учащихся.
  • Некоторые метрики заблокированы вашими 
    Тип записи:Публикация,
    GLOBAL TRENDS IN CONTINUOUS PROFESSIONAL DEVELOPMENT OF TEACHERS: COMPARATIVE ANALYSIS
    (Kazakh National Pedagogical University, 2024-10-01) ; ; ;
    This research presents a comparative analysis of Continuous Professional Development (CPD) models for teachers in several countries, including Singapore, Finland, Japan, China (Shanghai), Australia, Canada (Ontario), Estonia, and the Netherlands. Employing a qualitative approach and multiple case study methodology, the research identifies key features and trends in CPD. The results indicate that effective CPD models are characterized by individualized approaches, emphasis on collaborative learning, and connections to research activities. Despite variations in implementation, all models recognize the critical role of continuous teacher development in improving educational quality. Innovative approaches are highlighted, such as the Japanese Lesson Study model, the teacher rotation system in Shanghai, and personal learning budgets in the Netherlands. The study underscores the importance of creating flexible, adaptive CPD systems capable of addressing global challenges, including the digitalization of education and the development of 21st-century skills. The research findings can serve as a foundation for improving CPD systems in Kazakhstan, taking into account their unique context for detailing and enhancing the Professional Standard “Teacher”.
    Цитирования (OpenAlex) 2Цитирования (OpenCitations) 2