KNOWLEDGE OF A FOREIGN LANGUAGE AS A KEY FACTOR FOR WORKING IN INNOVATIVE CONDITIONS

Аннотация

This article explores the significance of foreign language proficiency as a vital element in the professional training of engineering specialists within the context of innovative development. It highlights the communicative functions of engineers in international settings, including interpreting technical documentation, participating in global projects and conferences, and conducting professional correspondence. The paper reviews current approaches to foreign language instruction in technical universities across Uzbekistan, with emphasis on integrating language education into core professional subjects, implementing project-based learning, and applying the CLIL (Content and Language Integrated Learning) methodology. Key challenges such as limited instructional hours and varying student language levels are discussed, alongside recommendations for improving language training through specialized courses, internships, and immersive environments. Particular attention is given to language competence as an integral part of engineers' soft skillsframework. Keywords:foreign language, engineering education, professional communication, language competence, soft skills, CLIL method, technical English, innovation, subject integration, project-based learning, highereducation institutions. In the context of rapid scientific and technological progress, foreign language proficiency has become one of the most essential professional tools for engineers. It is no longer viewed merely as a supplementary subject but is now recognized as an integral component oftheprofessional competence ofspecialists in technical fields. One of the key areas where foreign language skills are applied is participation in international projects [1]. Modern engineering developments are often carried out within transnational teams, where English typically serves as theprimary medium of communication. Effective interaction in both spoken and written forms, active involvement in meetings, negotiating technical issues, and coordinating documentation and deadlines require engineers to demonstrate a high level of linguistic adaptability and a strong command of professional vocabulary. Another crucial domain where foreign language proficiency is essential is the ability to read and comprehend technical documentation. A significant portion of modern standards, manuals, technical regulations, scientific articles, and patents is published in English. To stay page987 INTERNATIONAL JOURNAL OF ARTIFICIAL INTELLIGENCE ISSN:2692-5206,ImpactFactor:12,23 AmericanAcademicpublishers,volume05,issue05,2025 Journal: https://www.academicpublishers.org/journals/index.php/ijai informed about cutting-edge technologies and maintain competitiveness, engineers must navigate specialized literature in English with confidence and possess the skills to interpret complex professional textsaccurately. Equally important is participation in international conferences, forums, and symposia, where engineers present their developments, exchange experiences, and establish professional contacts. In such contexts, knowledge of a foreign language allows not only for understanding presentations but also for delivering one's own reports, posing questions, and engaging actively in discussions. This contributes to the engineer’s professional development andfosters integration intotheglobal engineering community [2]. Another key aspect of engineering communication is professional correspondence. Engineers regularly interact with clients, partners, equipment suppliers, and colleagues from other countries. The ability to correctly draft technical specifications, explain project proposals, conduct business correspondence, and prepare technical reports in a foreign language isan essential component ofengineering communication [3]. Thus, for an engineer, a foreign language is not merely a means of communication, but a vital professional tool that enables full participation in innovative activities, collaboration with the international community, and the adoption and implementation of advanced technologies. Therefore, the development of communicative competence in a foreign language should be considered a strategic priority in the training system of engineering professionals [4]. Foreign language instruction in technical higher education institutions is aimed at developing students’ professional communicative competence in a non-native language, which is essential for effective work in international technical environments [5]. Language training programs are often tailored to align with the students’ field of specialization: learners acquire the lexico-grammatical structures typical of technical descriptions, patents, and regulatory documents, while simultaneously enhancing their oral and written communication skillswithintheir professional domain. The teaching of foreign languages in technical universities is primarily focused on fostering professional communicative competence in a second language, which