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  5. Evaluation of an interdisciplinary Project-based STEM model in biotechnology education
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Evaluation of an interdisciplinary Project-based STEM model in biotechnology education

Автор(ы)
K. Tursynali
А.А. Ramazanova
Gulzira Izmukhanovna Yernazarova
G.U. Baitasheva
А.А. Kulbekova
Sana Kabdrakhmanova
Дата публикации
30 сентября 2026 г.
Тип
journal article
Издатель
Suleyman Demirel University
Журнал
Suleyman Demirel University bulletin: pedagogy and teaching methods.
Выпуск
3(76)
Первая страница
243
Последняя страница
261
DOI
10.47344/35nk8q58
ISSN
2709-264X
Аннотация
The integration of STEM education into biotechnology is essential for developing research competence, interdisciplinary thinking, and practical problem-solving skills in future biology teachers. However, the implementation of interdisciplinary STEM models supported by experimental research and artificial intelligence remains limited in biotechnology education. This study aimed to develop and evaluate an interdisciplinary STEM project integrating biotechnology, ecology, chemistry, engineering, mathematics, and artificial intelligence within biology teacher education. A mixed-methods approach combining laboratory experimentation, project-based learning, questionnaires, interviews, and statistical analysis was employed. The STEM project was based on investigating the effects of copper, zinc, and cadmium on the growth of Phaseolus vulgaris, while students applied artificial intelligence tools, including ChatGPT, Claude AI, Python, and OneCompiler, for data processing, visualization, and scientific interpretation. Educational outcomes showed that 83.3% of participants reported mastering the stages of experimental planning, data collection, and data analysis, while 91.7% reported increased interest in biotechnology after completing the project. Participants also reported improved research competence, interdisciplinary understanding, and confidence in applying scientific methods to environmental problems.The scientific novelty of this study lies in the development of an interdisciplinary STEM model that integrates experimental biotechnology, project-based learning, and artificial intelligence into a unified educational framework. The proposed model contributes to strengthening research-oriented biotechnology education and provides a practical approach for preparing future biology teachers capable of addressing interdisciplinary scientific challenges.
Темы

STEM education

biotechnology educati...

biology teacher educa...

project-based learnin...

artificial intelligen...

ChatGPT

research skills

interdisciplinary thi...

Phaseolus vulgaris

environmental problem...

Области науки (FoS)

Social Sciences

Education

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