Services

Topographical Survey

A topographical survey is a type of land survey that measures and maps the physical features and contours of a piece of land. It involves measuring and recording the elevation, location, and shape of the land, as well as any natural or man-made features such as buildings, trees, roads, and bodies of water. The resulting map or plan is called a topographic map or survey plan and is often used for planning and designing construction projects, land development, and resource management. Topographical surveys are typically conducted by professional surveyors using specialized equipment such as total stations, DGPS/ GPS receivers, and 3D laser scanners etc..

Preliminary Survey: A preliminary topographical survey provides a general overview of the land’s topography, identifying major features such as hills, valleys, and bodies of water.

Detailed survey: A detailed topographical survey involves more precise measurements of the land’s features and contours, providing more accurate data for engineering and design purposes.

Control survey: A control topographical survey establishes a network of benchmarks and reference points across the site, which can be used for future surveys and construction projects.

As-built survey: An as-built topographical survey is conducted after construction to document any changes made to the land or structures, and to ensure that the final product conforms to the design plans.

GPS survey: A GPS topographical survey uses satellite technology to establish accurate position and elevation data across the site.

3D laser scanning survey: A 3D laser scanning topographical survey uses specialized equipment to create a highly detailed 3D model of the site’s features, which can be used for visualization, design, and analysis purposes.

Landbase Survey

A landbase survey, also known as a attribute survey, is a type of survey that involves mapping and defining land boundaries/ location along with it’s non-spatial information. It determines the size, shape, and location of parcels of physical features. Landbase surveys are typically conducted by licensed surveyors and involve precise measurements and calculations, often using advanced equipment such as GPS and total stations. The resulting survey plan or map shows the boundaries of each parcel of land, as well as any easements or other encumbrances that may affect the property. Landbase surveys are important for property owners, developers, and governments, as they provide an accurate record of land ownership along with other significant details.

Boundary survey: A boundary survey determines the legal boundary lines of a piece of land, including any markers or monuments that define the boundary.

Subdivision survey: A subdivision survey divides a larger parcel of land into smaller lots, each with its own legal description and boundaries.

Building attribute survey: This type of survey collects data about buildings, such as their age, size, number of stories, materials, and other relevant information.

Road attribute survey: A road attribute survey collects data about roads, such as the number of lanes, speed limit, pavement condition, traffic volume, and other relevant information.

Land use attribute survey: This type of survey collects data about the different types of land use in a geographic area, such as residential, commercial, agricultural, or industrial.

Environmental attribute survey: An environmental attribute survey collects data about natural resources, such as water bodies, forests, wetlands, and other environmental features.

Demographic attribute survey: A demographic attribute survey collects data about the people living in a geographic area, such as their age, income, education level, and other relevant information.

Facade Survey

A facade survey is a type of survey that is used to assess the condition and structural integrity of the exterior walls, windows, and other components of a building’s facade. Facade surveys are typically conducted by structural engineers or architects, and involve a visual inspection of the building’s exterior, as well as non-destructive testing techniques such as ground-penetrating radar, ultrasonic testing, and infrared thermography. The survey results are used to identify any structural deficiencies, deterioration, or damage to the facade, and to recommend appropriate repair or maintenance measures. Facade surveys are important for maintaining the safety and integrity of buildings, as well as for preserving their architectural and historical value. They are often required by building codes and regulations, and are also used by building owners and managers for maintenance and repair planning.

Visual inspection survey: This type of survey involves a comprehensive visual examination of the building’s facade, including its exterior walls, windows, doors, and other components. It is typically the first step in a facade survey and can help identify any visible defects or damage.

Non-destructive testing (NDT) survey: NDT surveys involve the use of specialized equipment to assess the structural integrity of the building’s facade without damaging it. Techniques such as ground-penetrating radar, ultrasonic testing, and infrared thermography may be used to identify any hidden defects or deterioration.

Destructive testing survey: In some cases, a destructive testing survey may be necessary to fully assess the condition of the facade. This type of survey involves removing small portions of the facade to examine the underlying structure and determine the extent of any damage or deterioration.

Historical survey: A historical survey is conducted to assess the historical and architectural significance of the building’s facade. This type of survey involves research into the building’s history, construction materials, and architectural style, and may be used to inform preservation or restoration efforts.

Maintenance survey: A maintenance survey is conducted to identify any potential maintenance issues or areas of concern with the building’s facade. This type of survey may be conducted on a regular basis to ensure the building remains in good condition and to identify any necessary repairs or maintenance work.

Drone Survey

Drone survey, also known as aerial survey or UAV survey, is a method of surveying a piece of land or a structure using an unmanned aerial vehicle (UAV) or drone. Drone surveying has become increasingly popular in recent years due to its ability to quickly and accurately collect high-resolution data in a cost-effective and efficient manner.

Drone surveys typically involve flying a drone equipped with a high-resolution camera or other sensors over the area to be surveyed. The drone captures images or other data, which are then processed using specialized software to create accurate maps, 3D models, or other types of survey products. Drone surveys can be used for a wide range of applications, including land surveying, construction site monitoring, environmental assessments, and infrastructure inspections.

Civil Construction Services

We have Civil construction services, where we provide services on the construction of civil engineering projects, such as buildings, roads, bridges, dams, and other infrastructure. These services are typically provided by civil engineering and construction companies, and may include a wide range of activities, such as:

Site preparation: This includes the clearing and grading of the site, as well as the installation of utilities and other infrastructure needed for construction.

Design and engineering: Civil construction services also include the design and engineering of the project, which involves the development of plans and specifications for the construction process.

Construction and installation: This includes the actual construction of the project, including the installation of foundations, structures, and other components.

Testing and inspection: Civil construction services may also include testing and inspection of the project, to ensure that it meets the required quality standards and safety regulations.

Maintenance and repair: After the construction of the project is complete, civil construction services may also include ongoing maintenance and repair work, to ensure that the project continues to function properly and remain in good condition.

CAD and GIS Services

Our CAD and GIS (Computer-Aided Design and Geographic Information System) services provide clients with a range of specialized solutions that help them manage, analyze, and visualize data related to their projects or operations.

Our CAD services use computer software to create detailed 2D and 3D models of buildings, infrastructure, and other objects. We use CAD software to produce accurate drawings and plans that can be used in various stages of project development, from initial concept design to construction and maintenance.

Our GIS services, on the other hand, use specialized software to manage, analyze, and visualize geographic data. GIS helps clients understand the spatial relationships between different data sets, such as land use, population density, and infrastructure location. This information can be used to support decision-making and planning in a range of industries, including urban planning, environmental management, and natural resource exploration.

Our CAD and GIS services are often used in combination to provide clients with a complete solution for managing and analyzing their data. For example, we may use CAD to produce detailed drawings of a construction site, and then use GIS to analyze the site’s location in relation to other infrastructure, such as roads, waterways, and power lines.