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METHODS AND MEANS OF IMPROVING THE METHODOLOGY
OF TEACHING TERMINOLOGICAL LEXICON TO STUDENTS IN THE
DIRECTION OF ELECTRICITY
Abdullayev Nurillo Abdullo o'g'li
Independent researcher of Namangan State Institute of foreign languages
named after is'hoq Khan Ibrat
Annotation: This article explores various methods and tools to enhance the
teaching methodology of terminological lexicon to students specializing in
electricity. It emphasizes the importance of developing a clear and structured
approach to teaching technical vocabulary to enhance comprehension and
practical application. A combination of traditional and modern teaching tools,
including technology integration, is examined to improve learning outcomes.
Keywords: Terminological lexicon, electricity, teaching methodology,
technical vocabulary, educational technology, learning outcomes, professional
terminology.
The teaching of terminological lexicon is a fundamental aspect of training
students in technical fields, particularly electricity. Terminology plays a critical
role in understanding concepts, processes, and technologies essential for future
professionals. Therefore, developing effective methods for teaching and learning
technical vocabulary is essential for enhancing students’ proficiency and
competence in their chosen field.
Teaching terminological lexicon to students specializing in electricity
requires a structured approach aimed at enhancing their professional
communication skills and understanding of technical concepts. Effective
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methodology improvements can enhance comprehension, retention, and practical
application of technical vocabulary.
Objectives of Teaching Terminological Lexicon
- To develop students' ability to accurately understand and use technical
terms in the field of electricity.
- To enhance professional communication skills.
- To improve the efficiency of learning complex technical concepts through
vocabulary acquisition.
Key Principles
- Contextual Learning: Teaching terminology within relevant practical and
theoretical contexts.
- Systematic Approach: Progressive introduction of terms from simple to
complex.
- Student-Centered Learning: Encouraging active participation and inquiry-
based learning.
- Assessment and Feedback: Continuous assessment to monitor progress and
provide constructive feedback.
Methods of Teaching Terminological Lexicon
Traditional Methods
- Lectures and Textbook Analysis: Providing clear definitions and
explanations of terms.
- Glossary Creation: Compiling key terms and definitions for reference.
- Translation Exercises: Translating technical texts to improve
comprehension.
Modern Methods
- Communicative Approach: Focusing on practical usage of terminology in
communication scenarios.
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- Task-Based Learning (TBL): Providing real-world tasks that require the
application of specific terminology.
- Concept Mapping: Visual representation of terms and their
interrelationships.
- Blended Learning: Integrating digital tools (e.g., Kahoot, Quizlet) for
interactive learning.
Innovative Approaches
- STEAM Approach: Applying terminology through interdisciplinary
projects combining Science, Technology, Engineering, Arts, and Mathematics.
- Gamification: Using games and quizzes to reinforce vocabulary learning.
- Artificial Intelligence Tools: Incorporating AI-based platforms for
personalized learning.
Means of Improving the Methodology
- Digital Tools: Utilization of educational platforms, e-learning resources,
and specialized software for interactive learning.
- Interactive Multimedia Content: Use of videos, animations, and simulations
to explain complex concepts.
- Collaborative Learning Platforms: Facilitating peer-to-peer discussions and
knowledge exchange.
- Mobile Learning Applications: Enhancing learning accessibility through
mobile-friendly platforms.
Assessment and Feedback Mechanisms
- Formative Assessments: Regular quizzes, flashcards, and oral tests.
- Summative Assessments: Written tests and practical demonstrations of
vocabulary usage.
- Peer Assessment: Encouraging students to evaluate each other's knowledge
application.
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- Adaptive Testing: Using AI-driven assessment tools to gauge individual
progress.
Recommendations
- Incorporate more practical, real-life scenarios for terminology application.
- Promote collaborative learning through group projects and discussions.
- Utilize AI-based language tools for customized learning paths.
- Continuously update the terminological lexicon in line with technological
advancements.
The study confirms that integrating modern teaching tools, such as mobile
applications, online glossaries, and simulation platforms, positively impacts
students' learning processes. However, challenges such as limited access to
technological resources and varying levels of digital literacy among students need
to be addressed. Additionally, teacher training is crucial to ensure the effective
implementation of these methods.
Conclusions
Improving the methodology of teaching terminological lexicon to students
in the field of electricity involves a balanced combination of traditional, modern,
and innovative teaching techniques. Utilizing digital tools, interactive content, and
AI-driven platforms can significantly enhance learning outcomes.
Effective teaching of terminological lexicon in the field of electricity
requires a comprehensive approach that combines traditional and innovative
methods. It is recommended to incorporate digital tools, provide contextual
learning experiences, and enhance teacher training programs to improve
educational outcomes. Future research could focus on developing specialized
resources tailored to the needs of students in the direction of electricity.
References.
1.
Andrianova, S., and Makarova, A. (2013). English-Russian Dictionary for
Nuclear English. Moscow: NRNU MEPhI Press.
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2.
Carriere, I. (2007). Contribution of terminological resources in learning
specialized language. Hamburg: University Press.
3.
Andrianova, S., and Makarova, A. (2015). English-Russian Dictionary for
Infotech. Moscow: NRNU MEPhI Press.
4.
Esteras, S.R. (2009). Infotech: English for computer users. London: CUP Press.
5.
Gorlin, S. (2012). Nuclear English. Language Skills for a Globaizing Industry.
London: WNU Press.
6.
Khaleeva, S (2011). Some peculiarities of the sublanguage of computer
technology. University of reading, p. 177. Pyatigorsk.
