Geomatics

Our responsive and quality-focused Geomatics methodology ensures accurate topographic survey data for site development and engineering needs. Our team is experienced in all types of construction layout and can deliver on any project size and layout requirement.

We have provided quality assurance/quality control surveys on numerous high profile construction projects, with services including third party checks on layout and control, and horizontal and vertical movement monitoring.

Binnie is a fully licensed British Columbia Land Surveying company. We provide a full complement of legal survey services to public, private, and First Nations government sectors. Our experienced team specializes in all aspects of legal surveying, engineering surveys, digital mapping, and project management.

Measuring the physical features of rivers, lakes, and oceans is vital to maintaining and preserving our natural resources. Our experienced team can complete hydrographic surveys to determine water depth, measure tide currents, and provide mapping details for navigation. We also conduct surveys for dredging and construction projects, submerged pipeline and cable crossings, hazard location identification, and maritime boundary delineation.

Laser scanning enables fast, safe, reliable and cost-effective collection of spatial data for sites, structures or objects. Our geomatics specialists then use the point cloud data to create accurate 3D models, mappings, volumes, surfaces, layouts, sectional views and representations for projects of all sizes.

Aerial mapping services provide accurate surveying solutions for large-scale projects. Our geospatial specialists then use advanced software to process survey data and develop contours, simulations, and models.

Accurate mapping of buried utilities within a project area is critical for managing risk at the design phase prior to construction. With the use of ground-penetrating radar and electromagnetic equipment, information is digitally mapped and presented with a utility conflict matrix that can easily compare collected utility information with proposed plans.