Strategic documents: Digital Uzbekistan 2030, Development Strategy of New Uzbekistan 2022-2026, Uzbekistan 2030. Goals: top 30 countries globally in e-government by 2030, regional IT hub. UN E-Government Survey 2024: ranked 63rd (up from 69th in 2022), 0.7999 EGDI score (target 0.75 for 2025 exceeded). My.gov.uz portal: 675 services, 60%+ public services digitized as of October 2024. Digital Government and Digital Region programs 2023-2024: 300 priority projects (112 public admin, 51 real economy, 137 regional digital transformation).

IT Park residents: 2,800+ (752 foreign companies). 40,000 young people employed. IT exports grew from $170M to $1B over 5 years. Internet speed increased 7x, mobile Internet 4.5x. Startups attracted $70M venture investment. 760 types of government services digitized. 10 million citizens used digital services in 2023. One Million Uzbek Coders project. 215 IT training centers opened. Cybersecurity Law enacted. Transport sector digitalization ongoing.

Construction sector: 6.7% of GDP end-2022. H1 2023 volume growth: 11.4% YoY. Highest growth in Tashkent and Fergana. 12,000+ enterprises producing 180 types of building materials. BIM allows efficient planning, design, construction, operation through 3D modeling. Transparent Construction national information system introduced since 2020 – unified database, interdepartmental exchange. Large developers implementing CRM/ERP platforms. Chemical industry digitalization supporting construction sector supply chain.

Ministry of Construction developing smart city concept and creating digital twins of largest settlements since 2022. Nukus and Tashkent first to be digitized. Digital twins allow collection, modeling, visualization, analysis and forecasting for effective decision-making in construction and housing services. BIM technologies (Building Information Modeling) identified as key trend allowing efficient planning, design, construction and operation through 3D modeling and comprehensive analysis. Volume of construction works end 2022: 6.7% GDP.

Research analyzing remodelling of existing CAD documentation of Railway Station Šumice into BIM CDE and GIS environment. Evaluated effectiveness of remodelling existing railway as-built documentation for Railway Administration of Czech Republic. Addresses BIM data standard developed by State Fund for Transport Infrastructure. Conclusions show GIS environment (layer oriented) proved faster for remodelling compared to BIM CDE (object oriented) for railway structures with many special objects.

Research on links between Level of Development (LOD) in BIM environment and project documentation stages within Czech Republic legislation. Uses experiences from CzBIM working group ‘WG#03: BIM & Realization’ and ‘Draft of unified data structure for BIM in Czech Republic’. Defines specific LOD of parameters connected to specific information and details requested by Czech legislation.

Research analyzing BIM data-driven workflows for Complex Building Quality Assessment (CBQA) using Czech national assessment method SBToolCZ. Case study of real pilot residential building project funded by Technology Agency of Czech Republic (TN01000056, NCK CAMEB Centre for Advanced Materials and Efficient Buildings). Presents experience and recommendations for setting up data model for automatic assessment using IFC data structure.

Research on using BIM for tendering facility management service providers. Presents options available during tendering for company’s support service providers within BIM framework. Principle based on defining necessary content of BIM to enable smooth transition between implementation and operational phases. Model should contain information for selection process for FM service providers.

International collaboration through Erasmus program for digital reconstruction of Vinohrady Synagogue in Prague (demolished 1951). Combined expertise from Viennese synagogue reconstructions (TU Vienna) with resource organization methodology (KU Leuven). Reconstruction using BIM software illustrates added value of BIM approach for complex geometry, integrating with 2D documents, visualizing reconstruction assumptions in 3D model.