GEOINFORMATICS STUDIES
Geoinformatics is derived from the combination of the words “Geo” (Geology) and “Informatics” (Information Technology). It involves the collection, analysis, storage, retrieval, visualization, and presentation of spatial information using information technology. This discipline provides decision-makers with in-depth insights through maps, graphics, and analyses for solving existing and potential problems in sectors such as mining, construction, energy, and the environment.
In this context, the services we provide include:
A Geographic Information System (GIS) is an integrated system comprising hardware, software, data, human resources, and methodologies to collect, store, analyze, and distribute geographic data related to different regions of the world.
The services we offer in this field include:
- GIS-Based Analyses:
- Land analysis and modeling
- Analysis of transportation and logistics networks
- Analysis of water resources and drainage systems
- GIS analyses for identifying critical areas and environmental/social issues
- Land-use planning and settlement suitability analysis
- Geostatistical and distribution analyses
- Digital Map Production and Updating:
- Preparation of geological and hydrogeological maps
- Creation of thematic maps for different disciplines
- Development and sharing of interactive web-based maps
- GIS solutions for mobile devices to support field data collection, analysis, and reporting
Spatial database management ensures the efficient management and analysis of spatial data, offering a wide range of services.
The services we provide in this field include:
- Spatial Data Integration and Validation:
- Conversion and harmonization of different data formats and coordinate systems (Projection, DATUM) in compliance with national and international standards
- Geo-spatial data integration and analysis
- Spatial Database Design and Management:
- Design, structuring, and optimization of spatial databases
- Selection and configuration of database management systems (DBMS)
- Preparation of detailed database design reports
- Definition of physical and logical characteristics of spatial data
- Comprehensive work on attributes and metadata
- Implementation of Spatial Data Infrastructure (SDI) solutions for data sharing, access, and management
- Data Quality Assurance/Quality Control (QA/QC) and Topology Rules Application:
- Implementation of QA/QC processes to ensure data accuracy, consistency, and integrity
- Definition and application of topology rules
Remote sensing techniques facilitate the collection and analysis of various environmental and terrestrial data, providing valuable insights for monitoring and managing environmental changes and natural disasters.
The services we offer in this field include:
- Remote Sensing Analyses:
- Monitoring and mapping of wetland area and boundary changes
- Inventory and monitoring of natural resources
- Analysis of geological environments, including physical properties, alteration, and lithology
- Assessment of natural disaster risk areas such as landslides and floods
- Application of Remote Sensing Methods:
- Monitoring and analyzing large areas using satellite imagery
- Conducting detailed analyses with multispectral and hyperspectral imaging techniques
- Processing, analyzing, and reporting remote sensing data
- Image classification, change detection, and object-based analysis methods
- Long-term monitoring and trend analysis of environmental changes