NATURAL SCIENCE LESSONS USING CLIL TECHNOLOGY

Abstract

This article examines the pedagogical potential of natural science lessons organized through Content and Language Integrated Learning technology in contemporary school education. The relevance of the topic is determined by the growing need to improve subject competence and foreign language communication skills simultaneously within an integrated educational environment. CLIL technology enables students to master natural science concepts, laws, and phenomena through a foreign language, thereby creating conditions for meaningful learning, academic language development, and the formation of interdisciplinary thinking. The paper analyzes the didactic foundations of CLIL in natural science education, including the integration of content, communication, cognition, and culture. Special attention is given to lesson design, language scaffolding, visual support, interactive strategies, and task-based learning methods that help students understand scientific material while developing subject-specific vocabulary and communicative competence. The article argues that CLIL-based natural science instruction enhances learner motivation, encourages active participation, and strengthens the connection between theoretical knowledge and practical observation. It also contributes to the development of critical thinking, inquiry skills, and the ability to explain natural processes in a foreign language. The study emphasizes that the effectiveness of CLIL depends on careful methodological planning, age-appropriate linguistic adaptation, and the professional readiness of teachers to combine subject teaching with language instruction. The findings support the view that CLIL technology serves as an innovative educational approach that improves the quality of natural science teaching and promotes the comprehensive intellectual development of learners in pedagogical practice.