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Query: "keywords" (digitalization) .

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1.
Social infrastructure for digitalization
Urša Lamut, 2025, published scientific conference contribution abstract

Abstract: This study examines how employees perceive workplace digitalization through institutional, network, and cognitive frames (Beckert, 2010). We treat digitalization as an organizational–cultural transformation, not just a technical upgrade. The objective is to identify conditions that enable or hinder adoption beyond tool rollouts. In 2025, we conducted heterogeneous focus groups in six companies (47 participants). Data was audio-recorded and analysed using qualitative content analysis. Findings show that digitalization is sustainable when tools align with values and employees understand the purpose of change and help co-shape it; otherwise, tensions arise around trust, privacy, relationships, and the preservation of competencies. This requires social—as well as digital—infrastructure: open communication, collaboration, organizational learning, and explicit handling of value tensions. Through a field-theoretic lens, three patterns emerge. Institutionally, adoption accelerates when technology, culture, leadership, vision, and structured training are aligned; lowest-price procurement and late regulator/union involvement slow implementation, and knowledge transfer from training is often patchy. Relationally, success depends on trust, precise goal alignment, and transparent datasharing with partners; administrative burdens, cultural gaps, and research-to-industry lags impede uptake, while education systems refresh digital skills slowly. Cognitively, employees adopt tools they perceive as error-reducing, growth-enabling, and value-consistent; resistance grows with surveillance cues and added administrative load. Two-way communication and mentoring shorten the path from pilots to routine. Contributions:(i) an actionable tri-frame diagnostic to align rules, relationships, and meanings; (ii)evidence that human-centric communication and training improve adoption trajectories; and (iii) guidance for designing the social infrastructure that sustains digital transformation.
Keywords: workplace digitalization, social infrastructure, institutions, networks, cognitive frames
Published in DiRROS: 03.02.2026; Views: 206; Downloads: 100
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2.
Advanced photonic technologies in precision and digital agriculture
Blaž Germšek, 2025, original scientific article

Keywords: photonics, agro-optical technologies, laser-based weed control, UV-C radiation, soil analysis, precision agriculture, agricultural digitalization
Published in DiRROS: 24.09.2025; Views: 398; Downloads: 197
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3.
Digital equity and sustainability in higher education
Karmen Drljić, Sonja Čotar Konrad, Sonja Rutar, Tina Štemberger, 2025, original scientific article

Abstract: Digital equity, grounded in principles of equity and the ethics of care, is essential for ensuring quality higher education. It facilitates access, supports sustainability, and promotes inclusive education by addressing the technological dimensions of education. This study explores the relationship between digital equity and sustainability in higher education. A total of 167 students enrolled in initial teacher education programs at the University of Primorska, Faculty of Education, completed a questionnaire featuring the Digital Equity in Higher Education Scale and the Sustainability in Higher Education Scale. To achieve this study’s objectives, a principal factor analysis was conducted to validate the scales, and a multiple linear regression was employed to develop a predictive model. The findings revealed that digital equity in higher education comprises five dimensions as follows: (i) access to teachers who support the use of digital technology; (ii) access to digital technology and opportunities for its use; (iii) access to digital resources; (iv) access to culturally relevant software and applications; and (v) access to open-access resources. Sustainability in higher education encompasses two dimensions as follows: (i) collaborative problem solving and (ii) socioemotional aspects of sustainability. These dimensions interact in a complex manner. Key predictors of digital equity and sustainability included access to and use of digital technology, as well as collaborative problem solving. Importantly, this study highlighted the critical role of skilled teachers in facilitating the effective use of digital technology.
Keywords: digitalization, equity, sustainability, student teachers, higher education
Published in DiRROS: 24.07.2025; Views: 562; Downloads: 341
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4.
Turning a point cloud into a Building Information Model (BIM) : defining and validating the accuracy requirements for existing buildings
Katja Žagar, Laurens Jozef Nicolaas Oostwegel, Katja Malovrh Rebec, 2025, published scientific conference contribution

Abstract: Digitization of existing buildings is one of the main future goals, leading to efficient planning, renovation and maintenance. Among the existing buildings, a significant share is protected as a cultural heritage and their management is supervised because interventions on the protected sites are limited. Building information modeling (BIM) provides the opportunity to integrate accurate as-built information into the digital environment where it can easily be accessed and used. A digital representation of building creation usually starts with the acquisition of spatial data (point cloud), which is then used to create a semantically enriched model with certain geometric accuracy (BIM). In order for the model to serve its purpose, it is important to define how accurate the model should be. Since there are currently insufficient definitions of geometric requirementsfor specific BIM use cases, the research hypothesis was that the quality of BIM greatly depends on the modeler. The identified issue was approached with a study case. Using the point cloud of the existing building, the BIM was made and validated based on pre-defined accuracy requirements. Different accuracy validation methods were used in the process. Based on the results of the study case, conclusions and recommendations for efficient BIM creation were prepared.
Keywords: digitalization of existing buildings, point cloud, building information model, BIM, geometric accuracy
Published in DiRROS: 18.02.2025; Views: 1007; Downloads: 514
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