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Світлана Тарасенко

۱ مقاله

همه‌ی آثار Світлана Тарасенко در فکر بنیان مشاهده ←

هم‌نویسندگان: Olena Avramchuk

INTERACTIVE TECHNOLOGIES FOR CLIL-ORIENTED PHYSICS INSTRUCTION IN DISPERSED LEARNING ENVIRONMENT AT HIGHER MILITARY EDUCATIONAL INSTITUTIONS

Olena Avramchuk; Світлана Тарасенко Information Technologies and Learning Tools, 2026, Vol. 115, Issue 5, pp. 66-80 https://doi.org/10.33407/itlt.v115i5.6528

چکیده

Higher military educational institutions operating under dispersed learning conditions require effective digital approaches that support both professional training and foreign language development. Accordingly, this study examines the effectiveness of integrating interactive technologies and the Content and Language Integrated Learning (CLIL) approach into physics instruction through the use of Moodle, Google Meet, Google Forms, multimedia presentations, bilingual instructional materials, and video-based laboratory demonstrations. Modern military specialists require not only strong engineering knowledge but also the ability to use English-language technical resources throughout their professional careers. Consequently, physics instruction should integrate subject-specific content with foreign language development from the earliest stages of military education. English language proficiency plays a significant role in physics instruction, since much technical documentation, device manuals, scientific articles, and materials on military technology are provided in English. Considering this, applying the CLIL approach, which enables simultaneous acquisition of physics content and professional English terminology, is well justified. The research employed a quasi-experimental design supported by classroom observation, and comparative analysis. The study involved 69 first-year cadets, divided into an experimental and a control group. The experimental group was taught using a combination of interactive technologies, digital tools, and CLIL elements integrated into lectures, practical sessions, and laboratory work. The experimental group achieved a higher mean score (M = 73.79) than the control group (M = 57.85), indicating the positive impact of integrating interactive technologies and CLIL elements into physics instruction. The study confirms that integrating interactive technologies and CLIL enhances the effectiveness of physics instruction in dispersed learning environments and contributes to the development of both professional and language competencies required for modern military specialists.

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