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Abstract

This study focuses on the development and implementation of a reflexive system for professional education aimed at future chemistry teachers, integrating innovative information and communication technologies (ICT). The current pedagogical landscape in Kazakhstan emphasizes the need for adaptable, responsible, and independent teachers capable of applying non-traditional methods and meeting national education standards. The proposed reflexive system combines reflexive learning, independent student work, and ICT-based educational environments to enhance professional competencies. An experimental study was conducted with undergraduate, master’s, and doctoral chemistry students across several universities, comparing traditional training methods with the proposed system. Results demonstrate significant improvements in students’ methodological knowledge, self-regulation, critical thinking, and reflective skills. The system facilitates goal-setting, planning, diagnostics, and monitoring of teaching activities, fostering professional self-determination. Findings suggest that the integration of reflexive learning and ICT not only increases the effectiveness of professional education but also develops students’ creativity and pedagogical independence. This approach provides a scalable and innovative model for enhancing the quality of chemistry teacher training within multi-level higher education systems.

Keywords: Reflexive learning, Professional education, Chemistry teachers, Undergraduate students, Innovative ICT, Pedagogical competence

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