STEM-oriented system for supporting the research activities of gifted students: modeling and projecting

This article examines the theoretical and practical foundations for fostering giftedness and supporting scientific research activities among students within STEM education. It analyzes factors influencing learning effectiveness, emphasizing the integration of cognitive, technological, and pedagogical components that develop systematic thinking, problem-solving, and interdisciplinary competencies. Special attention is given to semantic networks as tools for structured knowledge representation, enabling students to organize information, enhance analytical and critical thinking, and evaluate research data effectively. A STEM-oriented model for supporting gifted students’ research activities is proposed, including personalized learning trajectories, task adaptation to individual cognitive and motivational characteristics, and integration of modern digital services. The model also emphasizes independent research, collaborative problem-solving, and project-based learning to stimulate creativity and deepen understanding of complex concepts. The research highlights technological approaches and digital tools that engage students with educational objects and research processes, including robotics kits, virtual and augmented laboratories, cloud platforms, IoT sensors, cognitive services, and knowledge graphs. These tools provide handson interaction, support data collection and analysis, and foster autonomous learning and interdisciplinary thinking. Research support tools are designed using semantic networks to model knowledge and research processes, combined with digital technologies promoting self-directed exploration and analytical reasoning. The proposed approaches enhance students’ scientific competence, develop innovative potential, and build transferable skills necessary for addressing complex real-world problems. Overall, the study offers a practical framework for implementing STEMbased strategies that nurture giftedness and research skills, preparing students for academic and professional success in a knowledge-driven society.