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A model for developing the communicative competence of
future engineers
Rustam NAZAROV
1
Tashkent State Transport University
ARTICLE INFO
ABSTRACT
Article history:
Received March 2025
Received in revised form
15 April 2025
Accepted 25 April 2025
Available online
25 May 2025
This article emphasizes the critical importance of developing
communicative competence in future engineers. It argues that
effective communication, which encompasses more than just
technical knowledge, is essential for engineers working with
diverse stakeholders in today's professional landscape, and that
technical expertise alone is not sufficient for professional
success. The article analyzes the various communicative
demands inherent in the engineering profession, highlighting
the necessity of addressing these needs. It identifies key
communicative requirements within the profession and
proposes a developmental model that integrates essential
competencies: technical language and discourse for engineers
to interact effectively with various stakeholders. The article
presents a comprehensive model structured around key
competencies: technical language and discourse, interpersonal
communication, professional written literacy, oral presentation
skills, cultural competence, and ethical communication. It
concludes by advocating for a balanced educational approach to
cultivate these crucial skills, preparing students for the
complexities of the modern engineering workplace.
2181-
1415/©
2025 in Science LLC.
https://doi.org/10.47689/2181-1415-vol6-iss4/S-pp535-540
This is an open access article under the Attribution 4.0 International
(CC BY 4.0) license (https://creativecommons.org/licenses/by/4.0/deed.ru)
Keywords:
communicative competence,
future engineers,
engineering education,
technical communication,
interpersonal skills,
professional writing,
cultural competence,
ethical communication,
skill development.
Bo
‘
lajak muhandislarning kommunikativ kompetentligini
rivojlantirish modeli
ANNOTATSIYA
Kalit so‘zlar
:
kommunikativ
kompetentlik,
bo‘lajak muhandislar,
Ushbu maqolada bo‘lajak muhandislarda kommunikativ
kompetentlikni rivojlantirishning muhim ahamiyati ta’kidlanib,
bugungi kasbiy muhitda turli man
faatdor tomonlar bilan o‘zaro
1
Doctoral student, Tashkent State Transport University. E-mail: nazarov.opp@mail.ru
Жамият
ва
инновациялар
–
Общество
и
инновации
–
Society and innovations
Special Issue
–
04 (2025) / ISSN 2181-1415
536
muhandislik ta’limi,
texnik muloqot,
shaxslararo ko‘nikmalar,
kasbiy yozuv,
madaniy kompetentlik,
axloqiy muloqot,
ko‘nikmalarni rivojlantirish.
aloqada bo‘ladigan muhandislar uchun faqat texnik bilimlardan
tashqari, samarali muloqot qobiliyati hayotiy zarurligi asoslab
beriladi.
Unda faqatgina texnik mutaxassislikning o‘zi kasbiy
muvaffaqiyat uchun yetarli emasligi ko
‘rsatiladi. Maqolada
muhandislik kasbiga xos bo‘lgan turli kommunikativ talablar
tahlil qilinib, zarurat ta’kidlanadi. Tahlil kasb doirasidagi asosiy
kommunikativ talablarni aniqlaydi va rivojlantirish modelini
taklif etadi. Ushbu model muhandislarning turli manfaatdor
tomonlar bilan samarali muloqot qilishi uchun zarur bo‘lgan
asosiy kompetensiyalarni birlashtiradi: texnik til va diskurs.
Maqolada asosiy kompetensiyalar atrofida tuzilgan keng
qamrovli model taklif etiladi: texnik til va diskurs, shaxslararo
muloqot, kasbiy yozma savodxonlik, og‘zaki taqdimot
ko‘nikmalari, madaniy kompetentlik va axloqiy muloqot.
Maqola ushbu muhim ko‘nikmalarni shakllantirish, talabalarni
zamonaviy muhandislik ish joyining murakkabliklariga
tayyorlash uchun keng qamrovli va
muvozanatli ta’lim
yondashuvini ilgari surish bilan yakunlanadi, shaxslararo
muloqot, kasbiy yozma savodxonlik, og‘zaki taqdimotlar,
madaniy kompetentlik va axloqiy muloqot. Har bir
kompetensiya uchun maqolada ushbu muhim ko‘nikmalarni
rivojlantirish, talabalarni zamonaviy muhandislik ish joyining
murakkabliklariga tayyorlash uchun keng qamrovli va
muvozanatli ta’lim yondashuvi bayon etiladi.
Модель развития коммуникативной компетентности
будущих инженеров
АННОТАЦИЯ
Ключевые слова:
коммуникативная
компетентность,
будущие инженеры,
инженерное образование,
техническая
коммуникация,
межличностные навыки,
профессиональное письмо,
культурная
компетентность,
этическая коммуникация,
развитие навыков.
В данной статье подчеркивается критическая важность
развития коммуникативной компетентности у будущих
инженеров, утверждая, что эффективное общение,
охватывающее не только технические знания, жизненно
необходимо для инженеров, взаимодействующих с
различными заинтересованными сторонами в современной
профессиональной среде, и что одних лишь технических
знаний недостаточно для профессионального успеха.
В статье анализируются разнообразные коммуникативные
требования,
присущие
инженерной
профессии,
подчеркивается необходимость. Анализ выявляет ключевые
коммуникативные требования в рамках профессии и
предлагает модель развития. Эта модель интегрирует
основные компетенции: технический язык и дискурс,
необходимые
инженерам
для
эффективного
взаимодействия
с
различными
заинтересованными
сторонами. В статье предлагается комплексная модель,
структурированная
вокруг
ключевых
компетенций:
технический язык и дискурс,
межличностное общение,
профессиональная письменная грамотность, навыки устной
Жамият
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инновациялар
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Общество
и
инновации
–
Society and innovations
Special Issue
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04 (2025) / ISSN 2181-1415
537
презентации, культурная компетентность и этическое
общение. Статья завершается призывом к комплексному и
сбалансированному
образовательному
подходу
для
развития этих важнейших навыков, готовя студентов к
сложностям современного инженерного рабочего места,
межличностное общение, профессиональная письменная
грамотность,
устные
презентации,
культурная
компетентность и этическое общение. Для каждой
компетенции в статье излагается комплексный и
сбалансированный образовательный подход для развития
этих важнейших навыков, готовя студентов к сложностям
современного инженерного рабочего места.
ANALYSIS OF THE COMMUNICATIVE DEMANDS OF THE ENGINEERING
PROFESSION
Creating a communicative competence model for future engineers necessitates a
thorough understanding of the communication requirements inherent in the engineering
profession. Engineers, much like professionals in other fields, must possess the ability to
communicate effectively with diverse stakeholders, including colleagues, clients,
managers, and the wider community. This communication extends beyond mere
technical knowledge, requiring proficiency in a range of linguistic (language-related) and
pragmatic (practical application-related) competencies. These competencies are
explored in detail below:
TECHNICAL LANGUAGE AND DISCOURSE
Technical language and discourse hold a primary position among the
communication requirements in engineering activities. Engineers are required to
understand and effectively utilize the discipline-specific language, symbols, and accepted
conventions in their interactions. This includes the ability to interpret and create
technical drawings, diagrams, and specifications, which are integral parts of engineering
communication. Furthermore, engineers must understand the specific discourse
structures and styles employed in their fields, such as the structure of technical reports
or the conventions observed in technical discussions.
This component serves as the foundation of engineering communication, as it is
directly linked to understanding and effectively applying discipline-specific language,
symbols, and conventions. The goal is to enhance students' ability to articulate technical
ideas fluently and accurately, as well as to correctly interpret such ideas from others.
Proficiency in this area demands a deep grasp of technical vocabulary in English and the
capability to convey technical details through diagrams, schematics, and specifications.
Developing this competence can be achieved through discipline-specific English
courses where technical terminology is taught in a practical context. Content and
Language Integrated Learning (CLIL) approaches can also be beneficial. This approach
involves teaching a subject through the medium of a foreign language, thereby linking
language learning with the acquisition of technical concepts. Activities such as case
studies, preparing laboratory reports, explaining technical manuals, and problem-solving
exercises can serve as effective means to reinforce technical language skills.
Жамият
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538
INTERPERSONAL COMMUNICATION
Interpersonal communication skills are crucially important for engineers. They
often operate within teams and need to establish effective communication with
colleagues to coordinate efforts, exchange ideas, and make decisions. This encompasses
the ability to listen attentively, clearly articulate one's perspective, and provide and
receive constructive feedback. Additionally, engineers must be capable of managing
conflict situations and possess the skills required for negotiating solutions,
demonstrating politeness, and a diplomatic approach during discussions.
The success of engineering projects heavily relies on teamwork and collaboration,
placing interpersonal communication skills at the core of the profession. Engineers must
be adept at listening to others' ideas, expressing their thoughts understandably, and
possessing the capacity to offer and accept well-founded critical feedback. They also need
the necessary skills to resolve disagreements within a team setting and negotiate solutions.
Fostering this competence requires a practical approach. Role-playing, simulations,
and collaborative learning activities can be utilized to provide students with real-life
scenarios in English that demand the application of interpersonal communication skills.
Furthermore, reflective activities and guided debriefing sessions can encourage students
to contemplate their experiences, learn from their mistakes, and develop strategies for
improvement.
PROFESSIONAL WRITTEN LITERACY
Professional written literacy represents another essential communicative
requirement for engineers. They are frequently tasked with preparing reports, proposals,
manuals, emails, and other forms of written communication that demand accuracy,
conciseness, and correctness. This also involves the ability to adapt written text for
different audiences and purposes, covering a broad spectrum from technical reports for
engineering peers to simplified explanations for non-technical audiences.
The ability to express technical knowledge in written form is an indispensable skill
for engineers. Clear, concise, and correctly structured professional documents are
necessary for ensuring effective communication within the engineering field. This
involves creating reports, proposals, instructions, emails, and other forms of written
communication tailored to diverse audiences and objectives.
To cultivate this competence, explicit instruction in writing supplemented by
ample practice can be highly beneficial. The iterative process of drafting, receiving
feedback, revising, and editing is effective in enhancing writing skills. Instructors can also
provide examples of professional documents to serve as models for students. Peer review
exercises can also aid in developing a deeper understanding of audience adaptation and
allow for the observation of diverse perspectives on the writing process.
ORAL PRESENTATIONS
Oral presentations are a common form of communication in the engineering
profession, utilized in meetings, conferences, or public consultations. Engineers must be
able to present complex technical information in a manner that is understandable,
structured, and engaging. This involves not only verbal communication but also non-
verbal cues, visual aids, and techniques for audience engagement.
Engineering professionals often need to convey complex technical information to
various stakeholders, which requires them to possess strong oral presentation abilities.
These include structuring presentations effectively, communicating ideas clearly, making
optimal use of visual aids, and appropriately engaging the audience.
Жамият
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539
Workshops focused on presentation skills can be an excellent tool for developing
these abilities. Moreover, students should be given ample opportunities to present before
their peers and receive constructive feedback. They can also benefit from observing and
critiquing the presentations of others. Incorporating diverse presentation scenarios, such
as project proposals, conference presentations, and client meetings, is important for
exposing students to the varied uses of presentations within the engineering field.
CULTURAL COMPETENCE
In today's increasingly globalized engineering profession, cultural competence has
become a crucial component of communicative competence. Contemporary engineers often
work in multicultural teams and serve global markets. Therefore, they must understand and
respect cultural differences in communication, such as varying conventions, norms, and
assumptions. Furthermore, they need to be able to communicate effectively in English, which
serves as the lingua franca of the global engineering profession.
With the increasing internationalization of engineering teams and clientele, cultural
competence has emerged as a vital aspect of communicative competence. This involves
understanding and respecting variations in communication norms across cultures and
communicating effectively in multicultural environments. Moreover, proficiency in English is
critical, given its status as the lingua franca in the engineering domain.
To develop cultural competence, courses focused on intercultural communication
can be advantageous. Such courses can provide students with theoretical frameworks for
understanding cultural differences and practical strategies for navigating intercultural
communication. Student exchange programs can offer immersive experiences that foster
cultural understanding and proficiency. Language classes can enhance English
proficiency, while content courses taught in English can provide a platform for applying
and improving English language skills within a technical context.
ETHICAL COMMUNICATION
Owing to their significant role in society, engineers must adhere to high standards
of ethical communication. This entails upholding honesty and accuracy in their
communication, respecting confidentiality and intellectual property rights, and
considering the social consequences of their work. Ethical communication is also vitally
important for building trusting relationships with clients, colleagues, and the general
public.
Engineers must remain committed to high standards of ethical communication
(ethics) due to the significant societal impact of their work. This includes being truthful
and accurate in all communications, respecting confidentiality and intellectual property
rights, and considering the social and environmental impacts of their work.
Ethics courses can provide students with a theoretical understanding of these
principles. Case studies can offer practical examples of ethical dilemmas in engineering
communication, prompting students to think critically and make ethically sound
decisions. Reflective activities can also be used to encourage students to contemplate the
ethical dimensions of communication and the potential impact of their work.
In conclusion, the communicative demands within the engineering profession are
diverse and complex, encompassing technical, interpersonal, written, oral, cultural, and
ethical aspects. Therefore, a communicative competence model for future engineers must
take this multifaceted nature into account and provide a comprehensive and balanced
approach to developing the necessary skills.
Жамият
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Общество
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Society and innovations
Special Issue
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04 (2025) / ISSN 2181-1415
540
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