GEOSPATIAL SERVICES

Home construction or residential construction is the process of constructing a house, apartment building, or similar residential building generally referred to as a 'home' when giving consideration to the people who might now or someday reside there. 

The preconstruction phase includes acquiring land, strategic design, preparing budgets and estimates, acquiring licenses and permits, and hiring experts. The construction phase involves site preparation, excavation, foundation, framing, masonry work, roofing, interior finishes, and exterior finishes 

Home Renovations generally include repairs such as painting, kitchen, and bathroom installations, while renovations to workplaces require fire-resistant paints.

In the construction industry, renovation refers to the process of improving or modernising an old, damaged or defective building. 

A topographic survey plots the natural and man-made surface features of an area of interest using standardized cartography. Presented in a standardized digital format, it’s the starting point for any further site development, planning and investigation

Survey using geophysical techniques to create a digital representation of underneath features.

The survey composes a highly detailed below surface profile using the latest technology, including Ground Penetrating Radar  (GPR) equipment, and Electro-Magnetic Locators (EML).

This technology is used to interpret reflected signals from structures, services, buried objects, and layers beneath the ground ultimately providing vital detail required for project planning ahead of any prospective works.

This kind of survey capable to identify the position and labelling public utility mains which are located underground.

These mains may include utilities lines for telecommunication, electricity distribution, natural gas, water mains and wastewater pipes.

UAV or Drone mapping involves surveying an area and collecting data with the use of drones. Also known as drone surveying, in infrastructure and construction projects it allows organizations to achieve highly detailed data collection with greater efficiency, accuracy, and safety than traditional methods of mapping. Here’s everything you need to know. 

LiDAR stands for Light Detection and Ranging. It's a remote sensing method that uses rapid light pulses from a near-infrared laser to collect measurements. The data is then transformed into a 3D model or map (referred to as a point cloud) of the terrain and its characteristics. 

IM is Building Information Modelling. It is a construction design method based on information sharing, which applies 3D modelling to building construction. BIM ‘objects’ may look like 3D models, but they have a wealth of data embedded too (installation/maintenance dates, weight, thermal performance, etc).

These objects can be inserted into a BIM design system, such as Revit, so the whole construction team can understand how the object fits into the design, and identify any problems at the drawing stage rather than on-site. BIM is now a standard requirement for many new building designs, particularly for the public sector.

GIS uses mapping and analysis to capture, interpret and analysis spatial data. Our asset mapping services combine geospatial technologies and software to provide analysis of assets or objects relative to their environments.