survey & GIS
Survey and Geographic Information Systems (GIS) works involve the collection, analysis, and management of spatial data. This includes land surveying, topographic mapping, and the creation of detailed cadastral maps. GIS services also include spatial analysis, remote sensing, and the development of digital maps for urban planning, environmental monitoring, and infrastructure management. These services are essential for accurate land use planning and decision-making.
Our services include
01
Survey Works
AFAQ SYSTEMS is a leading provider of surveying solutions, offering integrated services in aerial, topographic, hydrographic, and 3D laser surveys. Utilizing advanced technologies and specialized teams, the company ensures high accuracy and efficiency across all project types.
01- Drone Survey
Drone survey involves using unmanned aerial vehicles (UAVs) to capture high-resolution images and data from above. It offers fast, accurate, and cost-effective mapping of large or hard-to-reach areas. Drone surveys are widely used in construction, agriculture, and environmental monitoring, providing detailed insights for planning and analysis.
02- Mobile Mapping Surveys
Mobile mapping surveys use vehicles equipped with cameras, GPS, and LiDAR sensors to collect geospatial data while in motion. This method captures accurate, high-speed data of roads, infrastructure, and surroundings. It is ideal for large-scale mapping projects, offering efficient, detailed, and up-to-date spatial information for analysis and planning.
03- Topographic Mapping Surveys
Topographic mapping surveys measure and represent the Earth's surface features, including elevation, contours, and natural or man-made structures. They provide detailed and accurate maps used in engineering, construction, and land development. These surveys help in planning, design, and analysis by offering a clear understanding of terrain and landscape characteristics.
04- 3D laser Scanning and Modeling
3D laser scanning and modeling involve capturing precise spatial data using laser beams to create detailed digital representations of objects or environments. This technology produces accurate 3D models used in architecture, engineering, heritage documentation, and construction. It enhances visualization, supports analysis, and improves project planning through high-resolution, real-world simulations.
05- Hydrographic Surveys
Hydrographic surveys measure and map underwater features, including depth, seabed contours, and coastal structures. They use sonar and echo sounding technologies to collect data for navigation, dredging, and marine construction. These surveys ensure safe maritime operations, support environmental monitoring, and aid in managing coastal and offshore development projects.
06- Underground Utility Mapping Surveys
Underground utility mapping surveys locate and map hidden infrastructure such as water pipes, electrical lines, and telecom cables. Using technologies like ground-penetrating radar (GPR) and electromagnetic detectors, these surveys prevent damage during excavation, support safe construction, and ensure accurate planning of underground networks and urban infrastructure.
07- Construction Layout and Staking Surveys
Construction layout and staking surveys involve marking precise locations on the ground for buildings, roads, and utilities based on design plans. Surveyors place physical stakes to guide construction teams, ensuring structures are built accurately in position, elevation, and alignment. These surveys are essential for translating plans into on-site execution.
08- Control Monument Network Establishment
Control monument network establishment involves setting permanent reference points with known coordinates to support accurate surveying and mapping. These monuments form the foundation for geospatial measurements, ensuring consistency across projects. They are crucial for boundary surveys, construction, and large-scale mapping, providing reliable spatial control and long-term positional accuracy.
09- Master Planning Support Surveys
Master planning support surveys provide accurate spatial data essential for developing long-term urban or regional plans. They gather information on land features, infrastructure, and environmental conditions to guide zoning, infrastructure design, and land use decisions. These surveys ensure informed planning, support sustainable development, and align with strategic growth objectives.
10- Subdivision Design and Layout
Subdivision design and layout involve planning land divisions into plots for residential, commercial, or industrial use. It includes designing road networks, utility lines, and public spaces while complying with regulations. This process ensures optimal land use, accessibility, and infrastructure integration, forming the foundation for organized and sustainable development.
11- Alignment Planning Surveys
Alignment planning surveys determine the optimal path for infrastructure projects like roads, railways, and pipelines. They involve collecting topographic, environmental, and property data to evaluate route options. These surveys ensure efficient, cost-effective, and environmentally sensitive alignments, supporting accurate design, reduced land acquisition issues, and smoother project execution.
12- Technical Manpower Supply
Technical manpower supply involves providing skilled professionals such as engineers, surveyors, and technicians to support project execution. These experts contribute to planning, design, construction, and monitoring activities. Supplying qualified technical staff ensures high-quality work, improves efficiency, and helps meet project timelines and technical requirements across various industries.
02
GIS Works
Geographic Information Systems (GIS) works involve the collection, analysis, and management of spatial data. GIS services include spatial analysis, remote sensing, and the development of digital maps for urban planning, environmental monitoring, and infrastructure management. These services are essential for accurate land use planning and decision-making.
01- Preparing master plans
GIS plays a crucial role in preparing master plans by analyzing spatial data, identifying land use patterns, and supporting decision-making. It helps planners visualize current conditions, assess future needs, and optimize resource allocation. GIS also enables better communication among stakeholders through clear, data-driven maps and models for sustainable urban development.
02- Preparation of detailed maps
GIS facilitates the preparation of detailed maps by integrating various spatial data layers with high precision. It enables accurate representation of topography, infrastructure, and land features. These maps support planning, engineering, and environmental assessments, ensuring informed decisions. GIS enhances map clarity, scalability, and updates, making it essential for modern geospatial analysis.
03- Preparing thematic Maps and topographic maps.
GIS is essential for preparing thematic and topographic maps by layering data to represent specific themes like population, land use, or elevation. Thematic maps highlight trends and patterns, while topographic maps detail terrain features. GIS ensures accuracy, customization, and easy updates, making these maps vital tools for planning and analysis.
04- Implementation spatial analyzes
GIS enables the implementation of spatial analyses by processing geographic data to identify patterns, relationships, and trends. It supports tasks like site selection, risk assessment, and resource allocation. Spatial analysis enhances decision-making through data-driven insights, allowing planners and researchers to solve complex problems with geographic context and precision.
05- Monitoring and following up the spatial changes
GIS supports monitoring and following up spatial changes by comparing geographic data over time. It detects land use transformations, urban expansion, and environmental shifts. This capability helps authorities track development, assess policy impacts, and respond to changes effectively. GIS ensures timely, accurate updates for better spatial planning and management.
06- Implementation of e-licenses
GIS facilitates the implementation of e-licenses by integrating spatial data with digital permitting systems. It allows automated location checks, zoning validation, and infrastructure analysis. This streamlines the approval process, reduces human error, and enhances transparency. GIS-based e-licensing improves efficiency, accelerates service delivery, and supports smart city initiatives.
07- Preparation of various software
GIS supports the preparation of various software by providing spatial data integration, mapping tools, and analytical functions. It enables the development of customized applications for urban planning, environmental monitoring, and infrastructure management. These software solutions enhance data visualization, improve decision-making, and support efficient spatial data processing across multiple sectors.
08- Remote Sensing
- Providing Satellite image from different sources.
- Image Geometric Correction.
- Implementation of Satellite image analyzes.
- Monitoring and following up the spatial changes.
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