Қазақ ұлттық қыздар педагогикалық университеті / Казахский национальный женский педагогический университет

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Didactics of modern lessons in the modernisation of geographical education
(SciencePark Science, Organization and Counseling LTD, 2022-07-29)
Khorgasbay Yеnglik
;
Karbayeva Sholpan
;
Zhandosova Gulim
;
Ayapbekova Aliya
;
Ashimov Tazhyhan
The aim of this research is to reveal the views of prospective geography teachers on the teaching of modern courses in the modernisation of geography education. Study data were collected with semi-structured interview forms. The sample of the study consisted of geography teacher candidates studying at university in Kazakhstan. In the research, the situation of today’s geography education, suggestions for modernised geography education, views on modern approaches in geography teaching and the role of the teacher in modern education were questioned. As a result of the research, among the answers to the question about the state of today’s geography education, majority of the participants answered indecisively to the questions. Among the answers given to the question asking geography teacher candidates about their suggestions for modernised geography education, majority of the participants stated material. Among the answers given to the question asked in order to evaluate the views of geography teacher candidates on modern approaches in geography teaching, majority of the participants stated student-centred. Among the answers given to the question asked in order to evaluate the views of the geography teacher candidates on the role of the teacher in modern education, majority of the participants stated attractiveness of the course. Keywords: Geography, education, modern education;
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Development of Innovative Activities of Future Design Specialists Based on Student-Centred Learning
(2023-01-01)
Zhazira Stambekova
;
Raissa Izmagambetova
;
Fariza Kinzhibayeva
;
Karim Baigutov
;
K. Kudabaeva
The study explored the association between student-centred teachings and innovative skill development in art design students.Furthermore, the role of students' engagement and students' performance was assessed using a student-centred approach and students' innovative skills.Furthermore, the importance of the student-centred approach among art and design students in the sixth, seventh, and eighth semesters was assessed.In total, 365 students were included in the study: 115 from the sixth semester, 120 from the seventh semester, and 130 from the eighth semester from Abai Kazakh National Pedagogical University, Institute of Arts, Culture, and Sports.The data collection was performed at three different periods using a time-lag approach.Furthermore, it was found that students' creative skills are positively associated with student-centred teaching methodologies.Whereas students' level of engagement is directly linked with the student-centred approach, and students' engagement is directly associated with students' innovative skills.Similarly, students' performance is positively associated with the student-centred approach and innovative skills.The study highlighted the importance of student-centred teaching methodologies in developing students' performance and engagement.Lastly, students' innovative skills in art and design can be developed using a research model by focusing on the teaching methodologies, students' engagement, and the need for innovative skills for future design specialists.
Цитирования (OpenAlex) 2
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ASSESSING TEACHERS’ MEDIA LITERACY COMPETENCIES IN SECONDARY EDUCATION
(Ablai Khan University, 2024-12-01)
Aigul Yeleussiz
;
M.Kh. Tankibayeva
This article explores the evolution of teacher training methodologies and competencies in the digital era, with a focus on the integration of Information and Communication Technologies (ICT). Traditional teaching models that positioned teachers as sole authorities have gradually shifted towards student-centered and communicative approaches, emphasizing psychological well-being, interpersonal skills, and socio-cultural awareness. Teacher competencies now encompass a blend of linguistic, pedagogical, interpersonal, cultural, organizational, and ICT skills. ICT tools, such as Microsoft Teams and Power BI, have revolutionized teacher-student communication and facilitated data analysis in applied linguistics. Language corpora, as textual databases, support self-directed learning and improve the teaching process by enabling teachers and students to work with authentic linguistic data. These advancements make teaching more dynamic, efficient, and engaging. The research highlights the importance of integrating ICT into teacher training programs to prepare educators for modern classroom demands. The findings suggest that developing ICT competencies and leveraging technological tools significantly enhance the effectiveness of teacher training and professional communication.
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ИНФОРМАТИКАНЫ STEM-ТӘСІЛДЕРІМЕН ИНТЕГРАЦИЯЛАП ОҚЫТУДЫҢ ШЕТЕЛДІК ІС-ТӘЖІРИБЕЛЕРГЕ НЕГІЗДЕЛГЕН ПЕДАГОГИКАЛЫҚ АЛҒЫШАРТТАРЫ МЕН МОДЕЛІ
(Zhetysu University, 2026-06-29)
Бостанов Бектас Ганиевич
;
Е.З. Уксикбаев
;
Ж. Т. Жиембаев
;
Kamalbek Berkimbayev
Информатика пәнін STEM тәсілдерімен ықпалдастыра оқыту пәнаралық интеграцияны қамтамасыз етіп, білім алушылардың логикалық, алгоритмдік және шығармашылық ойлау қабілеттерін дамытуға мүмкіндік береді. Шетелдік тәжірибелерді (АҚШ, Финляндия, Корея, Жапония, Сингапур және Қытай) талдау аталған бағыттың тиімділігін дәлелдей отырып, оны Қазақстанның білім беру жүйесіне бейімдеудің өзектілігін арттырады. Зерттеудің мақсаты – информатиканы STEM тәсілдерімен ықпалдастыра оқытудың шетелдік тәжірибелерге негізделген педагогикалық алғышарттарын айқындау, тиімді моделін әзірлеу және оның оқу үдерісіндегі тиімділігін тәжірибелік тұрғыдан дәлелдеу. Зерттеу барысында теориялық, эмпирикалық және статистикалық әдістер кешені қолданылды. Зерттеу нәтижесінде информатика пәнін STEM тәсілдері негізінде ықпалдастыра оқытудың педагогикалық моделі әзірленді. Ұсынылған модель мақсаттық, мазмұндық, технологиялық, процессуалдық және нәтижелік компоненттерден тұрады және Қазақстан Республикасының білім беру үдерісінің ерекшеліктерін ескереді. Эксперимент нәтижелері STEM тәсілдері негізінде оқытудың оқушылардың білім сапасын, цифрлық сауаттылығын, инженерлік және алгоритмдік ойлау қабілеттерін, сондай-ақ шығармашылық белсенділігін арттырғанын көрсетті. Эксперименттен кейін бақылау тобының орташа көрсеткіші 3,41 болса, эксперименттік топта бұл көрсеткіш 4,43-ке жетті (t(18) = 19.18, p = 0.0001). Алынған айырмашылық статистикалық тұрғыдан маңызды деп танылды. Қорытындылай келе, зерттеу нәтижелері информатика пәнін STEM тәсілдері негізінде ықпалдастыра оқытудың білім алушылардың білім сапасын, цифрлық сауаттылығын және инженерлік-алгоритмдік ойлауын арттыруда жоғары тиімді екенін дәлелдеді. Интеграция информатики со STEM-подходами обеспечивает междисциплинарную связь и способствует развитию логического, алгоритмического и творческого мышления обучающихся. Анализ зарубежного опыта (США, Финляндии, Кореи, Японии, Сингапура, Китая) подтверждает эффективность данного направления и подчеркивает актуальность его адаптации к системе образования Казахстана. Цель исследования заключается в определении педагогических предпосылок интеграции преподавания информатики на основе STEM-подходов с опорой на международный опыт, разработке эффективной модели и ее практической верификации в учебном процессе. В ходе исследования применялся комплекс взаимосвязанных теоретических, эмпирических и статистических методов. В результате была разработана педагогическая модель интеграции преподавания информатики на основе STEM-подхода. Модель включает целевой, содержательный, технологический, процессуальный и результативный компоненты, соотнесенные с образовательным процессом Республики Казахстан. Результаты эксперимента показали, что STEM-ориентированное обучение повышает качество знаний учащихся, уровень цифровой грамотности, инженерное и алгоритмическое мышление, а также творческую активность. В послекспериментальный период средний показатель контрольной группы составил 3,41, тогда как экспериментальной – 4,43 (t(18) = 19.18, p = 0.0001), что свидетельствует о статистически значимом различии. Таким образом, результаты исследования подтверждают высокую эффективность интеграции преподавания информатики на основе STEM-подходов в повышении качества обучения, цифровой грамотности и инженерно-алгоритмического мышления учащихся. Integrating computer science education with STEM approaches ensures interdisciplinary coherence and fosters the development of learners’ logical, algorithmic, and creative thinking skills. An analysis of international practices (USA, Finland, Korea, Japan, Singapore, China) confirms the effectiveness of this approach and highlights the relevance of adapting it to the educational system of Kazakhstan. The purpose of this study is to identify the pedagogical prerequisites for integrating computer science teaching with STEM approaches based on international experience, to develop an effective instructional model, and to empirically validate its effectiveness within the learning process. The research employed a set of interconnected theoretical, empirical, and statistical methods. As a result, a pedagogical model for integrating computer science education with STEM approaches was developed. The model includes goal-oriented, content-based, technological, procedural, and outcome components aligned with the educational context of the Republic of Kazakhstan. Experimental findings demonstrate that STEM-based instruction enhances students’ academic performance, digital literacy, engineering and algorithmic thinking, as well as creative activity. In the post-experimental phase, the average score of the control group was 3.41, whereas the experimental group achieved 4.43 (t(18) = 19.18, p = 0.0001), indicating a statistically significant difference. In conclusion, the study confirms the high effectiveness of integrating computer science education with STEM approaches in improving learners’ academic achievement, digital literacy, and engineering–algorithmic thinking.
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Physical education and student mental well-being in higher education: a socio-cultural review
(Frontiers Media, 2026-09-21)
Nurzhan Temirbay
;
Aychurok Kaldybaeva
;
Baikulova Aigerim Meirkhanovna
;
Zhambyl Beknazarov
;
Zhomart Pushkulov
This review examines the role of physical education as a pedagogically grounded means of supporting student mental well-being in higher education. In the context of increasing academic pressure, sedentary lifestyles, and the growing prevalence of mental health challenges among university students, physical education is reconsidered not merely as a fitness-oriented subject but as an integrative educational practice. The study synthesizes international research on pedagogical conditions, instructional approaches, and institutional strategies that connect physical activity with psychological resilience, motivation, emotional regulation, and social engagement. Particular attention is given to student-centered and inclusive models, the integration of digital technologies, interdisciplinary courses linking physical education with health and neuroscience, and mindfulness-based and stress-reduction practices. A comparative analysis of international best practices demonstrates that positive mental well-being outcomes are most evident when physical education is embedded within supportive university policies and holistic learning environments. The findings indicate that pedagogically informed physical education enhances not only students’ physical health but also their academic functioning, sense of belonging, and long-term engagement in healthy lifestyles. The review highlights the need for integrated higher education policies that position physical education as a strategic component of student mental well-being and sustainable university development.

Қазақ ұлттық қыздар педагогикалық университеті / Казахский национальный женский педагогический университет

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