Pedagogical Conditions For Preparing Students For Professional Communication Karimova Nilufar

Аннотация

The growing complexity of professional environments requires university graduates to master not only specialised knowledge but also the ability to communicate effectively in diverse workplace contexts. This article analyses the pedagogical conditions that support the formation of students’ professional communication competence. Drawing on socio constructivist and activity based learning theories, the study examines curricular integration, interactive learning environments and reflective assessment as key factors. A mixed methods design was employed: quantitative surveys of 412 undergraduates across three Uzbek universities were complemented by qualitative classroom observations and semi structured interviews with 28 instructors. Results indicate that the interplay of problem centred tasks, mentorship oriented feedback and technology enhanced collaboration significantly increases students’ communicative self efficacy and pragmatic adaptability. The findings contribute to instructional design by offering a model that embeds professional discourse genres within domain subjects while maintaining alignment with national educational standards. Recommendations are provided for administrators and instructors seeking to foster robust communicative competences aligned with industry expectations. Keywords: Professional communication, higher education, pedagogical conditions, communicative competence, interactive learning, Uzbekistan Introduction: Rapid economic and technological Previous research identifies multiple barriers hindering changes have transformed the competencies expected the formation of professional communication of university graduates. While disciplinary expertise competence: fragmented curricula, teacher centred remains indispensable, employers increasingly pedagogy and limited opportunities for authentic emphasise the capacity to articulate ideas clearly, language use (Saidov & Zimniaya, 2021). International negotiate solutions and collaborate across studies similarly highlight the need for holistic multicultural teams. Professional communication, instructional environments where learners construct therefore, has emerged as a strategic learning outcome knowledge through socially situated discourse (Byram, in higher education policy documents worldwide, 2021; Deardorff, 2019). However, empirical evidence including the Development Strategy of New Uzbekistan on the specific pedagogical conditions that facilitate 2022–2026 and the updated State Educational such environments in post Soviet contexts remains Standards for undergraduate programmes. Despite its scarce. Addressing this gap, the present study recognised importance, many universities still struggle investigates which teaching learning conditions most to integrate systematic communication training into effectively prepare students for professional subject specific curricula. In Uzbekistan, where higher communication in Uzbek universities. education is undergoing large scale reforms aimed at The research question guiding the study is: Which internationalisation and industry engagement, the gap pedagogical conditions significantly enhance students’ between graduates’ communicative readiness and professional communication competence? The employers’ expectations is particularly visible in sectors objectives are: (1) to conceptualise professional such as engineering, information technology and public communication competence within an activity based administration. educational framework; (2) to design and implement International Journal of Pedagogics 416 https://theusajournals.com/index.php/ijp International Journal of Pedagogics (ISSN: 2771-2281) an instructional model embedding communicative 24.63, p < 0.001), indicating an overall improvement in tasks into disciplinary courses; (3) to evaluate the perceived professional communication competence. impact of selected conditions on students’ Regression analysis demonstrated that interactive communicative outcomes; and (4) to propose practical learning environments exerted the strongest influence recommendations for higher education stakeholders. (β = 0.43, p < 0.001), followed by curricular integration (β = 0.31, p = 0.002) and reflective assessment (β = 0.27, The study employed a convergent mixed methods p = 0.006). Together, the three predictors explained design integrating quantitative and qualitative data. 49% of the variance in post test scores (R² = 0.49). Three universities—Tashkent State Technical University, Samarkand State University and Termiz Thematic analysis corroborated quantitative results. State University—were selected to represent diverse Students reported greater confidence in presenting institutional profiles. Participants comprised 412 full technical ideas to non specialist audiences, attributing time third year students majoring in mechanical this to iterative group projects that required adaptation engineering, computer science and public of terminology and negotiation of desig