Keyword: «supplementary education»

The article examines the theoretical foundations of algorithmic thinking development in primary school children. The main approaches to defining the concept are analyzed, and the structure of algorithmic thinking as applied to primary school age is identified. The author's methodological system, implemented by means of the LEGO Education WeDo 2.0 construction set, is presented. This system includes target-oriented, content-based, procedural, organizational, and evaluative components. The system is based on four types of educational tasks (reproductive, adaptive, productive, heuristic) arranged according to the principle of increasing complexity.

This article examines the specific aspects of quality management of supplemental education in the specific environment of All-Russian Children's Centers (VDCs). Key challenges associated with the short duration of educational programs, the high turnover of students, and the integration of the educational component are analyzed. The heterogeneity of the program base, the seasonal nature of activities, and the multiplicity of regional practices create difficulties in assessing educational outcomes. This leads to a fragmented educational process, insufficient consideration of children's individual needs, and an increased workload for specialists. These problems require the development of comprehensive solutions to ensure the sustainable development of the educational environment.