Survey Engineering & Spatial Data Capture

Spatial Intelligence as the Foundation for Strategic Decision-Making

Survey engineering and spatial data capture is the essential starting point for any facility improvement project, asset acquisition, or capital investment decision. Without accurate as-built information, engineering teams work from assumptions, investors assess assets based on incomplete data, and capital projects carry unnecessary risk and budget uncertainty.

NOVTRIQ delivers precise spatial and condition intelligence across all facility types—hospitals, factories, commercial buildings, data centres, industrial plants, bridges, construction sites, and heritage buildings. We employ terrestrial laser scanning, immersive 3D capture, drone surveys, thermographic analysis, and structural assessment to build comprehensive digital records that inform design, procurement, and investment decisions.

As-Built Documentation & Property Survey with Immersive Capture

Many facilities lack accurate as-built documentation. Existing drawings may be decades old, inconsistent with current conditions, or incomplete. We conduct comprehensive as-built surveys that document current facility layout, dimensions, building systems, and condition.

Our survey approach combines traditional measurement with advanced capture technology. We utilise Matterport immersive 3D capture to create interactive virtual walkthroughs of entire facilities—enabling stakeholders to visualise spaces remotely, mark up issues, and make informed design decisions without site visits.

High-Density Terrestrial Laser Scanning for Precision Engineering

For projects requiring precise dimensional accuracy, clash detection, or structural verification, we deploy high-density terrestrial laser scanning using Leica and FARO instruments. These systems capture millions of spatial data points per facility, creating point clouds that represent buildings and infrastructure to sub-centimetre accuracy.

Point cloud deliverables enable multiple applications: as-built verification, clash detection, BIM model development, structural assessment, and volumetric analysis. Data is delivered in standard formats (E57, LAS, LAZ) compatible with major BIM and CAD platforms.

Industrial Spatial Engineering for Factories & Process Plants

Manufacturing facilities, processing plants, and warehouses present unique survey challenges—complex equipment layouts, process piping, electrical distribution, safety systems, and environmental controls. We conduct detailed industrial spatial surveys that document equipment layouts, process flows, utility routes, control systems, and safety systems.

Aerial Survey & Topographic Mapping with UAV Photogrammetry

For large-scale facilities or sites with significant outdoor infrastructure, we conduct aerial surveys using professional-grade UAVs. Our surveys comply with UK CAA regulations and EU EASA requirements, and are conducted by certified pilots. UAV photogrammetry delivers high-resolution orthophotos, 3D topographic models, thermal imaging, and change detection.

Structural Condition Assessment for Roofs & Facades

We employ drone-based inspection technology combined with thermographic analysis to assess building facades, roofs, and high-elevation elements without traditional scaffolding. The combination of visual and thermal data dramatically reduces the cost and risk of facade and roof assessment.

Thermographic Building Envelope Analysis

Thermal imaging reveals how energy is being lost from buildings, identifies insulation deficiencies, and highlights thermal bridging and condensation risk. Survey data is combined with energy modelling to quantify the operational impact and prioritise remediation investments.

Construction Progress Engineering & Volumetric Analysis

For major construction projects, regular GPS-locked aerial surveys provide objective documentation of construction advancement, support payment milestone verification, and create audit trails. For earthworks projects, precise volumetric surveys enable calculation of excavated volumes and material movement requirements.