Pedagogical Conditions for the Development of Algorithmic Thinking and Creativity of Children in Programming Clubs

Abstract

The article investigates the development of algorithmic thinking and creativity in students within extracurricular programming clubs, highlighting their critical role in contemporary education characterized by rapid digitalization. In the context of widespread access to information through global networks, education is shifting from knowledge transmission toward the formation of competencies that enable individuals to act effectively in dynamic digital environments. Computational thinking conceptualized not merely, as a technical programming skill, but as a universal cognitive tool that structures reasoning, promotes logical problem solving, and supports the modeling of complex processes. Creativity is the ability to generate original ideas, develop innovative solutions, and integrate knowledge from different fields.

The study analyzes theoretical foundations and practical approaches to programming-based education, including constructionism, visual programming, gamified learning, digital storytelling, robotics, and project-based learning, which allow the integration of logical-algorithmic and creative components in student activities. After-school programming clubs provide flexible, individualized, and project-oriented environments conducive to experimentation, collaboration, and self-directed problem solving. The research emphasizes the principle of natural correspondence, which advocates aligning learning activities with children’ cognitive abilities, interests, and developmental stages.

The proposed methodology outlines a gradual progression from intuitive understanding to conscious, creative application of knowledge, supporting the formation of flexible, productive, and innovative thinking. The study demonstrates that the integration of activity-based, project-oriented, and competency-based approaches is essential for effectively developing algorithmic thinking and creativity. Implementation of the methodology fosters personalized educational trajectories and an environment for creative self-realization, thereby enhancing students’ readiness to address complex problems in digital contexts.