Events


19TH     INTERNATIONAL CONGRESS OF GEOMATICS

      Purpose and scope:

      The event will present the main advances in the Geospatial field in Cuba and the world, creating a privileged space for scientific exchange between Cuban specialists, experts from Latin America, the Caribbean and other regions. It will actively promote collaboration between universities, research centers, international organizations and leading companies, facilitating the sharing of experiences, access to advanced training and the development of joint projects. As a reference platform for the geospatial community, the congress will drive technological innovation, sustainability and digital transformation of the sector, strengthening its development both regionally and internationally.

      Thematic lines:

      1. Applied Geodesy and Topography.
      Incorporation of artificial intelligence to optimize topographic and geodetic surveys. Analysis and monitoring of ground deformations with modern tools. Implementation of augmented reality techniques in geomatics engineering projects. IoT (Internet of Things) network applications for geodetic field sensors      . 

      2. Remote Sensing and Photogrammetry.
      Advances in the spatial, spectral, and temporal resolution of satellite and airborne sensors. Use of machine learning algorithms for image analysis. Generation of accurate orthophotographs using digital photogrammetry techniques. Applications of hyperspectral technologies for land-use and vegetation cover classification. Use of open-source platforms for remote sensing data processing. Development and applications of UAV technology.

      3. Cadastre and Appraisals. Cadastral Information Systems.
      Use of blockchain for security and transparency in cadastral management. Development of mobile applications for field cadastral data collection. Integration of GIS and cadastral databases with economic models for improved appraisals. Cadastral valuation of real estate. New technologies for creating urban and rural cadastral maps. 

      4. Marine Studies and Navigation Aids.
      Use of autonomous marine vehicles for hydrographic surveys. Advances in multibeam sensors and acoustic technology for underwater mapping. Advanced ocean current modeling and simulations for ports. Intelligent vessel traffic management systems (VTS). Implementation of marine GIS technologies for marine ecosystem planning and conservation. Maritime signaling and automated monitoring systems.

      5. Cartography. Spatial Data Infrastructures and GIS.
      Development of digital twins for smart cities. Creation of collaborative platforms for real-time spatial data management. Innovations in immersive cartographic data visualization using virtual reality. Expansion of spatial data infrastructures for rural communities and developing countries. Use of predictive analytics with geospatial Big Data for strategic decision-making. Future trends in Geographic Information Management. Real-time map updating using geospatial technologies.
      6. Education and training in Geomatics and its applications.
      Professional and postgraduate training: Design of programs in Geomatics Engineering (Bachelor's, Diplomas, Master's, and Doctoral degrees) with a focus on emerging technologies. Innovative education: Use of ICTs to create interactive teaching materials and promote distance learning. Teaching geomatics from an early age to foster scientific interest. Environmental applications: Use of remote sensing and GIS for environmental monitoring, mapping of risks and natural resources, and decision-making support in the face of natural disasters. Sector-specific solutions: Applications in tourism, agriculture (including precision agriculture), mining, transportation, and healthcare, adapted to local and global needs. New technologies: Incorporation of UAVs for mapping, surveillance, monitoring, and agricultural management. Emphasis on best practices, regulations, and accessories to optimize their use. Technological advances: Exploration of the impact of artificial intelligence and data science on geomatics, from predictive analytics to technological surveillance. Digital Transformation: Promoting value-added services and strategic intelligence strategies through digital technologies.
      7. Geomatics for Risk and Disaster Management.
      Hazard and Vulnerability Analysis: Use of GIS (Geographic Information Systems) to identify risk areas and assess the vulnerability of communities to natural disasters. Real-Time Monitoring: Use of drones, sensors, and satellites to collect real-time data during disasters such as floods or wildfires. Extreme Event Prediction: Development of geospatial models to predict phenomena such as hurricanes, earthquakes, and tsunamis, allowing for better preparedness. Post-Disaster Management: Use of geomatics to map affected areas, plan resource distribution, and design recovery strategies. Evacuation Planning: Creating optimal evacuation routes using geospatial analysis, considering factors such as topography and population density. Emergency Resource Management: Geomatics tools to coordinate logistics for the delivery of supplies and humanitarian support. Prevention and Mitigation: Identification of structural and non-structural measures based on hazard maps and geospatial data. Community Education and Awareness: Development of accessible maps to inform communities about the risks in their areas.

      Organizing committee

      President

      M. Sc. Víctor Emilio Aluija Urgell.
      General Director, GEOCUBA Superior Organization of Business Management
       aluijadg@geocuba.cu, (+53) 52103985.

      Scientific secretary

      Dra. C. María Antonia García Cisnero
      Head of the Science, Technology and Innovation Group, High-tech Company GEOCUBA Research and Consulting
      marian@uct.geocuba.cu, (+53) 52104036.

      Vice-president

      Ing. Jorge Martín Ruiz
      Head of the National Hydrography and Geodesy Office
      martin@unicom.co.cu, (+53) 52112267.

      Executive secretary

      Ing. Sayli Tur Pérez
      Director of Science and Technology, High-tech Company GEOCUBA Research and Consulting
      sayli@geocuba.cu, (+53) 52151696.

      1. Dr.Sc. Pedro Martínez Fernández, Senior Researcher, Specialist in Business Management, GEOCUBA

      2. Dr.Sc. Jorge García Díaz, Senior Researcher, High-Tech Company GEOCUBA Research and Consulting.

      3. Dr.Sc. Lissy Mateo Rego, Assistant Researcher, High-tech Company GEOCUBA Research and Consulting.

      4. Dr.Sc. Raúl Ernesto Correa Cobas, Assistant Researcher, High-tech Company GEOCUBA Research and Consulting.

      5. Dr.Sc. Alberto Rodríguez Anaya, Research Associate, High-Tech Company GEOCUBA Research and Consulting.

      6. Dr.Sc. José Carlos Núñez Mora, Assistant Researcher, High-tech Company GEOCUBA Research and Consulting.

      7. M.Sc. Ángel Lenin Rodríguez López, Director of the Marine Research Agency, GEOCUBA Marine Studies. 

      8. M.Sc. Vivian Hernández Espinosa, Director of the Nautical Cartography Agency, GEOCUBA Marine Studies. 

      9. M.Sc. Felipe Samuel Kelly, Director of the TECNOMAP Agency, High-tech Company GEOCUBA Research and Consulting.