Specialist in Geospatial Sciences and Technologies, also known as Geomatics Sciences & Geoinformatics. These disciplines allow me to implement applications and analysis for various studies in the field of the evolution and growth of cities, their municipalities, their urbanization, knowledge and management of demographic problems, spatial planning and territorial ordering, the environmental protection and the use of natural resources.

Within my current projects I am analyzing trends for the management of sustainable cities (Smart Cities) regarding urban mobility, water management and distribution, integrated water management, water law and governance, atmospheric pollution, climatic variation, management of land ownership and the risks of subsidence phenomenon in urban areas.

Likewise, I analyze and develop federal expert opinions (topography, territorial boundaries, invasions and rights of way, determination of federal water zones, topographic-hydrological studies, and judicial expert opinions on geolocation and reconstruction of criminal acts). In the same way, I incursion in the studies of environmental impacts, urban and road impacts and the impacts of land use change.

For such research topics I apply the following Geospatial Sciences and Technologies: Satellite Positioning Systems (GPS-GNSS), Geographic Information Systems (GIS), Remote Sensing, Spatial Databases, Geostatistics, Spatial Analysis, Interferometry, Cartography, Photogrammetry, Topography, Geodesy, Geophysics, Hydrology, Web Cartographic Systems and the use of Unmanned Aerial Vehicles (UAV´s).

1. Geodesy and Satellite Positioning Systems
2. (Spatial Reference Information Systems (SRIS)
3. Applied Geomatics
4. Analysis of subsidence phenomenon in urban areas through geospatial technologies
5. Expert analysis in judicial matters in the areas of topography, property valuation, hydrology, environmental impact, urban and road impact and natural resource management through geospatial technologies use.
6. Geomatics applied to integral water management
7. Management of sustainable cities (smart cities) in terms of urban ordering, planning and mobility
8. Modeling air pollution and climate variation through spatial analysis
9. Geospatial modeling of water resource management
10. Environmental protection and natural resource management through geospatial modeling
11. Use of global navigation satellite systems (GNSS) applied to analysis of velocity and Earth's crust displacement

1. Geodesy and Satellite Positioning Systems
2. Spatial Reference Information Systems (SRIS)
3. Applied Geomatics

1. Tecnologías geoespaciales y sus aplicaciones a la ingeniería, el caso de Sistemas Globales de Navegación por Satélite (GNSS) y Sistemas de Información Geográfica (SIG)
   28/11/2018 - 26/11/2021
   CONACYT
2. Sistema de monitoreo sobre el fallamiento, agrietamiento y analisis de la subsidencia en el Valle de San Luis Potosí
   01/04/2019 - 07/02/2020
   FAI - CONACYT