Services
Advices
We offer specialized expertise to help organizations make effective use of geospatial data. Our geomatics consultants provide services ranging from geographic information system (GIS) design to remote sensing project management.
GIS audit and diagnosis
Geographic Information Systems (GIS) auditing and diagnostics are critical processes for assessing the performance, efficiency and compliance of an organization's GIS systems.
Organisational analysis GIS
Organizational analysis of Geographic Information Systems (GIS) is a crucial process for assessing how a GIS integrates and functions within an organization.
Inventory of existing organizational, material, informal, methodological, user and decision-making structures
Existing inventory is a fundamental step in understanding the current state of systems, processes and resources in an organization.
GIS organisation scenarios
Geographic Information Systems (GIS) organization scenarios are used to model different possible arrangements and configurations for managing, using and integrating GIS within an organization.
Restructuring and new GIS architecture
Restructuring and re-architecting a Geographic Information System (GIS) is a complex process designed to improve the system's efficiency, performance and flexibility.
IT and GIS master plans
The IT and GIS master plan is a crucial strategic document for planning, coordinating and guiding the development and management of information systems within an organization.
GIS feasibility studies
GIS feasibility studies are essential for assessing the technical, economic, operational and legal viability of a Geographic Information Systems (GIS) project.
Studies
Our studies focus on the modeling, collection, management and analysis of geospatial data. We work in a variety of geomatics disciplines, including Geographic Information Systems (GIS), cartography, remote sensing and Global Positioning Systems (GPS), to manage and analyze spatially-related information.
GIS modelling and spatial databases
GIS modeling and spatial databases are essential aspects of geographic data management, analysis and representation.
Urban, environmental and road GIS
Geographic Information Systems (GIS) are powerful tools for managing, analyzing and visualizing spatial data in a variety of fields.
Thematic mapping (school, health, forestry maps, etc.)
Thematic cartography is a specialized field of cartography that focuses on the creation of maps representing specific themes or subjects.
Cartographic aspects of socio-economic studies (EIES, RAP)
Les études socio-économiques, telles que les Études d'Impact Environnemental et Social (EIES) et les Plans d'Aménagement Régional (PAR), nécessitent des aspects cartographiques spécifiques pour évaluer les impacts, planifier les interventions, et gérer les ressources de manière efficace.
Spatial analysis, network analysis, geomarketing
Spatial analysis, network analysis and geomarketing are key areas of geomatics that use geospatial data to understand, plan and optimize various aspects of activities and processes.
Diachronic studies, simulations and prospective analysis
Diachronic studies, simulations and prospective analysis are important approaches in geomatics and planning for understanding spatio-temporal dynamics, forecasting future developments and assessing the impact of different interventions.
Geocoding and digital addressing
Geocoding and digital addressing are essential concepts in geomatics and GIS (Geographic Information Systems), enabling physical addresses to be associated with geographic coordinates.
Development schemes, land-use plans and communal plans
Development schemes, land-use plans and communal plans are essential tools in urban planning and territorial management. They are used to plan and organize land use, manage urban development and ensure harmonious territorial growth.
Web-GIS and mobile GIS (development of custom applications)
Web-GIS and mobile GIS are powerful tools for accessing, manipulating and analyzing geospatial data via web platforms and mobile devices.
Satellite and UAV remote sensing, photogrammetry and topography
Satellite and drone remote sensing, as well as photogrammetry and topography, are essential technologies for collecting and analyzing geospatial data.
Training
Our training courses prepare learners to understand and use the tools and techniques needed to collect, present, interpret and analyze geospatial data. The training programs offered within the various disciplines related to Geomatics include basic theoretical knowledge and practical tools and applications.
GIS and digital cartography (ArcGIS, QGIS, Mapinfo, etc.)
Geographic Information Systems (GIS) and digital cartography are essential tools for managing, analyzing and visualizing geospatial data.
Spatial data collection, processing & GIS integration (GPS, mobile GIS tools, drones, open-source GIS tools)
Collecting, processing and integrating spatial data are fundamental steps in the management of Geographic Information Systems (GIS).
Remote sensing, image processing and photo-interpretation (Idrisi, Erdas, Envi etc.)
Remote sensing, image processing and photo-interpretation are essential aspects of geospatial analysis, enabling images captured by airborne or spaceborne sensors to be transformed into useful information.
Spatial analysis, network analysis, geomarketing
Spatial analysis, network analysis and geomarketing are important approaches in Geographic Information Systems (GIS) for understanding and exploiting geospatial data.
Web-GIS and mobile GIS (Geoserver, Mapguide, leaflet, Kobotoolbox etc.)
Web-GIS and mobile GIS are essential tools for accessing, visualizing and managing geospatial data from different platforms and devices.
GIS modelling and spatial databases (PowerAMC, PostGIS, PostgreSQL, Access etc.).
GIS modeling and spatial databases are key elements in the management, organization and analysis of geospatial data.
Topography (topo calculations, handling theodolites, AutoCAD, Covadis etc.)
Topography is an essential discipline in geomatics and engineering, concerned with the measurement, recording and analysis of the physical features of the earth's surface.