About us
The Centre for Digital Archaeology (CDA) is a specialised scientific research facility focusing on basic and applied research in the field of spatial data analysis and interpretation in archaeology and architecture, with a special focus on heritage. The Research Centre is part of the Department of Archaeology at the University of West Bohemia in Pilsen, which is one of the unique institutions in the Czech archaeological environment due to its long-standing specialisation in landscape and spatial archaeology. The Research Centre provides professional services not only to archaeological and cultural heritage institutions, but also to a wider range of users. It emphasises innovative approaches, interdisciplinary cooperation and the application of the latest technologies in the field of research, documentation and protection of the historical heritage.
The main objectives of the Centre for Digital Archaeology include the development of archaeological methodologies in the field of spatial data processing within national and international projects, and the development of workflows for the creation, management, analysis and publication of historical cultural data. The research centre focuses mainly on project activity in the form of basic research, publication activity and student training in the field.
Main activities of the Centre for Digital Archaeology:
1. Digital documentation and 3D reconstruction modelling
The creation of realistic 3D models of archaeological objects and structures using photogrammetry or laser scanning. Digital records allow the preservation of detailed information about archaeological sites, which is crucial for the protection and study of archaeological sites.
2. Virtual Archaeology and Digital Preservation
Creating virtual reconstructions and simulations that represent archaeological sites in their original historical contexts. These models help bring past civilisations to life for educational and research purposes. Virtual tours allow the general public to explore archaeological sites online, increasing public awareness and interest in archaeology. Emphasis is also placed on digitising and archiving archaeological data and objects for long-term preservation and easy access for future generations of researchers.
3. Geographic Information Systems (GIS)
Analysis and mapping using GIS technologies to study the spatial aspects of archaeological sites and their relationships in the landscape. Predictive modelling using GIS to determine the likely location of previously undiscovered archaeological sites.
4. Education and research programmes
Provide training and education programmes for students and professionals in digital archaeology. Support research into the use of digital technologies in archaeology, including collaboration with universities and research institutes.
5. Collaboration and dissemination
International cooperation with academic and research institutions and archaeological knowledge-sharing organisations. Publication and dissemination of results through academic journals, conferences and public lectures, extending the reach of archaeological discoveries.
Services offered:
Geodetic and photogrammetric data processing
Creation and management of GIS projects
Creation of web mapping applications
Remote survey of archaeological sites
Ground and airborne laser scanning
Airborne and terrestrial photogrammetry
Preparation of site interpretation plans
Geodatabase creation
Spatial and statistical data analysis
Creation of 3D models, sections, plans of immovable monuments
3D printing
The main objectives of the Centre for Digital Archaeology include the development of archaeological methodologies in the field of spatial data processing within national and international projects, and the development of workflows for the creation, management, analysis and publication of historical cultural data. The research centre focuses mainly on project activity in the form of basic research, publication activity and student training in the field.
Main activities of the Centre for Digital Archaeology:
1. Digital documentation and 3D reconstruction modelling
The creation of realistic 3D models of archaeological objects and structures using photogrammetry or laser scanning. Digital records allow the preservation of detailed information about archaeological sites, which is crucial for the protection and study of archaeological sites.
2. Virtual Archaeology and Digital Preservation
Creating virtual reconstructions and simulations that represent archaeological sites in their original historical contexts. These models help bring past civilisations to life for educational and research purposes. Virtual tours allow the general public to explore archaeological sites online, increasing public awareness and interest in archaeology. Emphasis is also placed on digitising and archiving archaeological data and objects for long-term preservation and easy access for future generations of researchers.
3. Geographic Information Systems (GIS)
Analysis and mapping using GIS technologies to study the spatial aspects of archaeological sites and their relationships in the landscape. Predictive modelling using GIS to determine the likely location of previously undiscovered archaeological sites.
4. Education and research programmes
Provide training and education programmes for students and professionals in digital archaeology. Support research into the use of digital technologies in archaeology, including collaboration with universities and research institutes.
5. Collaboration and dissemination
International cooperation with academic and research institutions and archaeological knowledge-sharing organisations. Publication and dissemination of results through academic journals, conferences and public lectures, extending the reach of archaeological discoveries.
Services offered:
Geodetic and photogrammetric data processing
Creation and management of GIS projects
Creation of web mapping applications
Remote survey of archaeological sites
Ground and airborne laser scanning
Airborne and terrestrial photogrammetry
Preparation of site interpretation plans
Geodatabase creation
Spatial and statistical data analysis
Creation of 3D models, sections, plans of immovable monuments
3D printing