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The research study concentrates on the incorporation of case technology to augment the enhancement of research competencies among future physicists. The study scrutinizes the influence of case technology on students' research capabilities and their aptitude to apply theoretical knowledge to practical situations. The main objective was to identify the potential of case technologies as an innovative teaching method in the development of research competencies of future physicists and methods of their implementation in educational practice. To substantiate the effectiveness of case technology in the development of research activities, a pedagogical experiment was conducted based on the International Kazakh-Turkish University named after Khoja Akhmet Yassawi. Quantitative empirical evidence presented from one-way analysis of variance (ANOVA) and a linear regression model tests disclosed that the levels of research competencies of the experimental group improved significantly. This study sheds light on the case technology potential for the research activities development that can be used in the professional training of future physics teachers. In conclusion, the incorporation of case technology into the cultivation of research proficiency for aspiring physicists presents a hopeful pathway towards augmenting their aptitudes and understanding. This approach not only cultivates the capacity for discerning analysis and logical reasoning but also fosters the cultivation of originality and inventiveness within the realm of physics. Harnessing the potential of case technology in the development of research competencies can furnish future physicists with the requisite tools they necessitate to thrive in an increasingly intricate and technology-driven milieu.
Polatuly et al. (Sat,) studied this question.
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