Keyword: «universal learning actions»

In the modern paradigm of school education, the formation of universal learning actions (ULA) among students becomes significant because they ensure a broad orientation of schoolchildren both in various subject areas and in various types of cognitive activity. The Federal State Educational Standard of Basic General Education, defining the meta-subject results of learning the basic educational program, actualizes the task of their formation by means of subject disciplines (including mathematics). Despite the great number of research that touch upon the structural, substantive, procedural, technological and diagnostic aspects of universal learning actions formation among schoolchildren in the process of mathematical training, the systematic organization of mathematical education for the integrated formation of meta-subject and subject skills, self-determination and creative development of all categories of secondary school students has not been sufficiently studied. New educational opportunities for the development of ULA, which are opened on the basis of modern digital technologies, have not been fully realized. The purpose of the article is to present the main ideas of the concept of key ULA formation among students in grades 5 – 9 in the process of mathematical training in the context of digital transformation of education. To achieve this goal, a set of theoretical methods was used, as well as such methods of empirical research as pedagogical observation, generalization of pedagogical experience, and the use of specialized computer programs. The leading methodological approaches in the construction of the author's original concept were chosen systemic (the basis of scientific knowledge), systemic activity-oriented (ensures the development of the student's personality based on the acquisition of universal methods of activity by means of the academic subject "Mathematics"), environmental (ensures the availability of a subject-based active digital educational environment), informational (provides the option of creating individual learning trajectories, application of synchronous and asynchronous technologies and the implementation of models of blended teaching mathematics). The core of the pedagogical concept is represented by the patterns and principles of the formation of key universal learning actions. On the basis of the selected methodological approaches, patterns and principles, the leading provisions of the concept are formulated, which form the ground for designing a model of the corresponding methodological system.