Implementation of STEAM education elements in history teaching to develop systematic thinking in students

Abstract

The purpose of the study is to theoretically comprehend and structurally and functionally model a STEAM-oriented approach to teaching history, taking into account the cognitive, activity-based, and reflective components of systemic thinking of students in the context of digitalization and growing interdisciplinary educational requirements. The study uses a set of general scientific and special methods, in particular, analysis and synthesis of modern scientific sources on the problems of STEAM education and the development of thinking, systemic, competency-based, and interdisciplinary approaches, generalization of pedagogical experience, structural-functional modeling, as well as comparative analysis of the didactic possibilities of individual STEAM elements in the humanities, particularly in the historical educational context. The study substantiates the didactic potential of history education as an environment for the formation of systemic thinking through the integration of STEAM elements. A structural-functional model for the integration of STEAM education into the history teaching process has been developed, within which each component of STEAM (Science, Technology, Engineering, Arts, Mathematics) is correlated with the main components of systematic thinking: analysis of cause-and-effect relationships, a holistic view of historical processes, modeling of dynamic socio-historical systems, forecasting of possible consequences, and reflection on the results of educational activities. The didactic conditions for the effective implementation of the STEAM approach in history education have been identified, and the transformation of the role of the teacher as a facilitator of learning and the active, research- and project-based position of students have been characterized. It has been proven that the use of interdisciplinary STEAM projects, digital tools, visualizations, and creative tasks increases the depth of understanding of historical phenomena and contributes to the formation of systematic thinking. The conclusions indicate that the implementation of STEAM elements in history education is an effective means of developing systematic thinking among students and meets the modern challenges of digitalization, interdisciplinarity, and competence-oriented education. The results obtained can be used to improve history teaching methods, develop innovative educational programs, and conduct further research in the field of STEAM integration in humanities education.