Combining English Language Teaching and Scientific Literacy: The Opportunuties Of Clil Technology

Аннотация

In the contemporary globalized world, education systems are increasingly expected to foster both subject-specific knowledge and foreign language competence. The Content and Language Integrated Learning (CLIL) approach has emerged as a powerful pedagogical framework to simultaneously promote content mastery and language proficiency. This article investigates the pedagogical potential of CLIL in integrating English language teaching with the development of scientific literacy among middle school learners. Drawing on classroom-based applications and theoretical insights, the study explores how CLIL contributes to dual learning outcomes, with a particular focus on 6th-grade science education. The findings suggest that when effectively implemented, CLIL fosters deeper cognitive engagement, contextual language use, and enhanced understanding of scientific concepts, thereby offering a promising pathway toward interdisciplinary education. Keywords: CLIL fosters deeper cognitive engagement, contextual language use, and enhanced understanding of scientific concepts. and challenges of applying CLIL in the context of Introduction: In the 21st century, education is tasked teaching science to 6th-grade learners, with an with preparing learners not only to master academic emphasis on enhancing both English language skills and subjects but also to operate competently in a scientific literacy. It seeks to answer the central linguistically diverse world. As English continues to question: How does the implementation of CLIL impact dominate the domains of science, technology, and the development of scientific knowledge and English international communication, integrating language proficiency among young learners? education with disciplinary learning becomes imperative. Content and Language Integrated Learning METHODS (CLIL), which involves teaching curricular content This qualitative study draws on both theoretical through a foreign language, has gained recognition as a literature and classroom-based practices observed in method that enhances both language proficiency and several Uzbek middle schools where CLIL is being subject comprehension [1, p. 53]. piloted. The research design involved three key Scientific literacy, defined as the ability to understand, components: interpret, and apply scientific knowledge in real-life Literature Review: A systematic review of scholarly contexts, is a key objective of science education. sources on CLIL methodology, second language Traditionally, the teaching of science and the teaching acquisition, and science education was conducted. This of languages have operated in separate curricular included peer-reviewed articles, books, and policy domains. However, the integration of English language documents published between 2010 and 2024. teaching with science education through CLIL offers a Classroom Observations: Science lessons taught in multidimensional learning experience where students English using CLIL strategies were observed in three can acquire scientific concepts while developing their different 6th-grade classrooms over a two-month linguistic competence. period. The lessons focused on key scientific topics such This article aims to examine the pedagogical benefits as ecosystems, physical states of matter, and energy International Journal Of Literature And Languages 26 https://theusajournals.com/index.php/ijll International Journal Of Literature And Languages (ISSN: 2771-2834) transformation. and argumentation. This supports the notion that language acquisition is most effective when embedded Teacher and Student Interviews: Semi-structured in meaningful, content-driven contexts. interviews were conducted with six science teachers and twenty 6th-grade students to understand their Moreover, the integration of science and language experiences, perceptions, and challenges in a CLIL instruction through CLIL aligns with constructivist learning environment. Data from these sources were pedagogies, where learners actively construct analyzed using thematic coding to identify recurring knowledge through interaction and problem-solving. patterns and significant themes related to language The increased use of academic language in authentic acquisition, content comprehension, and learner situations not only enhances language fluency but also engagement. promotes metacognitive awareness, as students learn to reflect on both what they are learning and how they