OPTIMIZING THE COMMUNICATION ENVIRONMENT OF PRE-SCHOOL CHILDREN WITHIN THE FRAMEWORK OF STEM EDUCATION TECHNOLOGIES

The integration of STEM (Science, Technology, Engineering, and Mathematics) education into the pre-school curriculum has emerged as a transformative approach to early childhood development. While STEM is traditionally associated with technical proficiency, its impact on the social and communicative environment of young learners is profound. This article explores the optimization of the communication environment among pre-school children through the application of STEM-based constructive methods. The primary objective of the study is to analyze how collaborative engineering and scientific experimentation foster peer-to-peer dialogue, negotiation, and collaborative problem-solving skills. Using a mixed-methods research design, the study observed interactions during group-based STEM activities, such as building structural models and conducting basic physics experiments. The methodology focused on the "communicative initiative" of children aged 5–6 years within a structured STEM laboratory setting. The results indicate that STEM activities act as a powerful catalyst for communication; children engaged in these tasks showed a 40% increase in verbal interaction related to task-solving compared to traditional play-based activities. The findings suggest that the technical challenges inherent in STEM projects necessitate constant verbal exchange and shared cognitive effort, thereby creating a natural and optimized communication environment. The study concludes that for effective optimization, educators must shift from direct instruction to a mentorship role, encouraging children to articulate their hypotheses and constructive solutions. This research provides practical recommendations for integrating STEM technologies into pre-school education not just as a cognitive tool, but as a socio-pedagogical instrument for enhancing interpersonal communication skills.