Improving the Programmatic and Didactic Support for Developing Students' Digital Competence Xurramov Dilmurod Tojimuratovich

Аннотация

The accelerated digitalisation of education has placed unprecedented demands on higher-education institutions to cultivate robust digital competence in their graduates. Yet the fragmentation of programmatic initiatives and the uneven quality of didactic practices frequently limit the systemic effectiveness of such efforts. This article investigates how an integrated approach—combining institution-level programme design with evidence-based didactic support—enhances students’ digital competence. Building on a two-year mixed-methods study conducted across three Uzbek universities, the research measures baseline skills with a DigComp-aligned diagnostic, pilots a scaffolded digital-skills curriculum, and analyses the impact of targeted pedagogical interventions on learning outcomes and learner self-efficacy. Findings demonstrate statistically significant gains in all five DigComp areas, sustained improvement in students’ ability to transfer digital problem-solving skills to disciplinary contexts, and a marked increase in lecturers’ readiness to embed digital tools in their teaching practices. The discussion positions these results within current international scholarship and outlines policy recommendations for curricular design, staff development, and technology governance. Keywords: Digital competence; digital literacy; higher education; didactic design; programme development; DigComp; Uzbekistan. ecosystems to realise these ambitions. Consequently, Introduction: Digital competence has progressed from digital-competence attainment is frequently treated as a peripheral graduate attribute to an essential an extracurricular add-on rather than embedded as a component of twenty-first-century citizenship, transversal learning outcome. The gap between employability, and lifelong learning. International national policy aspirations and classroom-level realities frameworks such as DigComp and DigCompEdu is further widened by resource constraints, organise this competence into dimensions of heterogeneous lecturer expertise, and misalignment information and data literacy, communication and between software provision and pedagogical collaboration, digital content creation, safety, and objectives. problem-solving. Global benchmarking studies reveal that while students’ informal use of digital applications This study addresses the central question: How can the is highly developed, their capacity to exploit technology simultaneous refinement of programmatic structures for academic thinking, knowledge production, and and didactic support mechanisms produce measurable ethical participation remains variable. Recent improvements in students’ digital competence? systematic reviews confirm that valid assessment Drawing on prior scholarship that foregrounds the instruments exist, yet implementation is inconsistent interdependence of institutional policy, curricular across regions and disciplines. coherence, and instructional practice, the research adopts an integrated intervention model. By combining Within Uzbekistan’s rapidly modernising higher- systematic curricular design, faculty training, and education landscape, ministries mandate the reflective classroom experimentation, the project integration of digital-skills modules, but universities seeks to move beyond isolated initiatives towards a often lack coherent programme architectures, faculty sustainable ecosystem in which digital competence is development strategies, and sustainable technological International Journal of Pedagogics 309 https://theusajournals.com/index.php/ijp International Journal of Pedagogics (ISSN: 2771-2281) consistently nurtured across programmes and proficiency. disciplines. Regression analysis indicated that participation in the The investigation employed a convergent mixed- faculty-supported curricular strand was the strongest methods design in three public universities predictor of competence gain, outweighing prior self- representing pedagogical, technological, and reported ICT experience and socio-economic humanities orientations. Ethical approval was secured background. Qualitative entries corroborated from each institution’s research committee, and quantitative trends: students described moving from informed consent was obtained from all participants. “tool-centred” to “inquiry-centred” technology use, integrating data-analysis plugins into subject projects First, baseline digital-competence levels were and collaboratively authoring multimedia artefacts that measured using a locally adapted instrument calibrated met disciplinary conventions. against DigComp 2.2 proficiency descriptors. The diagnostic captured quantitative data from 642 first- Lecturers reported increased confidence and fluency in year undergraduates and provided a multi-dimensional selecting and sequencing digital resources. competence profile. Concurrently, qualitative focus- Observation notes emphasised a shift from group interviews with 48 lecturers explored demonstration-orien