Ten disciplines covering field survey, subsurface investigation, hydrological study, spatial analysis, statutory planning and 3D city modelling. Every assignment is quoted against a written accuracy standard and a defined deliverable set.
Measured ground truth — instrument-based capture tied to GNSS control, with an independent check-point report on every dataset.
Terrestrial, mobile and UAV LiDAR for corridors, city blocks and asset inventories.
Control network establishment and detailed topographic pickup for DPR-grade drawings.
Contour generation at engineering intervals for drainage, road profiling and earthwork.
VES and 2D imaging to resolve aquifer depth, bedrock profile and contamination zones.
Evidence for decisions — hydrological, subsurface and terrain analysis written up for DPRs, funding proposals and technical audits.
Catchment delineation, storm-water network modelling and flood risk mapping.
Aquifer characterisation, recharge potential mapping and water level trend analysis.
Ward-level base maps built from imagery and verified on the ground.
Land use classification, growth series, urban heat and change detection.
From measured data to statutory output — plans that survive scrutiny, and 3D models a department can query rather than only look at.
Master plans, land use plans, zoning schemes and Local Area Plans.
CityGML city models, textured meshes and streamable 3D Tiles.
Tell us the problem rather than the method. We will propose the survey or study that answers it.