01
Geodesy & site surveying
Coordinate project-specific topographic, engineering and control surveying tasks around the defined design or construction need.
TYPICAL OUTPUTSurvey plan · control data · measured points · drawings · technical report
Capability 05 · Digital Engineering & Surveying
Reliable spatial data for design, construction and asset decisions.
We coordinate geodesy, laser scanning, point-cloud processing, Scan-to-BIM, digital models and construction surveying around clearly defined accuracy and output requirements.
REALITY / DATA / MODELPROJECT-SPECIFIC STRUCTURE
01 · REALITYExisting assetSite · structure · terrain
02 · CAPTUREMeasured dataSurvey · scan · control
03 · PROCESSVerified datasetRegister · classify · review
04 · USEDesign-ready outputCloud · model · drawing
PRINCIPLEAccuracy, coordinate systems and intended use must be agreed before capture begins.
01Intended use defines capture
02Accuracy agreed in advance
03Source data stays traceable
04Outputs checked before use
Scope of work
From field measurement to controlled digital output.
The capture method and deliverable format are selected only after clarifying the asset, access conditions, coordinate requirements, tolerances and intended downstream use.
02
Laser scanning & point clouds
Plan capture coverage, registration, quality checks and handover for existing buildings, infrastructure and industrial assets.
TYPICAL OUTPUTCapture plan · registered point cloud · control report · agreed exchange files
03
Scan-to-BIM & digital models
Convert verified source data into models or drawings at the agreed level of information, geometry and tolerance.
TYPICAL OUTPUTModel brief · BIM model · drawings · deviation or issue register
04
Construction surveying & verification
Coordinate setting-out, measurement and comparison tasks with the responsible construction and design participants.
TYPICAL OUTPUTControl records · comparison data · as-built inputs · issue documentation
Representative scenarios
Begin with the decision the data must support.
Representative scenarios describe possible starting points; final methods and tolerances depend on site review and the agreed technical brief.
Existing-condition survey
Create controlled spatial inputs before design or reconstruction begins.
Infrastructure laser scan
Capture complex geometry and hand over registered, reviewable point-cloud data.
Scan-to-BIM package
Develop an agreed digital model from verified survey or scanning information.
Design base preparation
Convert survey data into structured drawings and model-ready reference information.
Construction verification
Compare selected installed or built elements against agreed reference geometry.
As-built documentation
Organise verified measured data for final drawings, models or asset records.
Delivery path
Make the output useful by defining its purpose before capture.
Purpose
Confirm what decision, design stage or construction task the data must support.
Specify
Agree coverage, control, coordinate system, tolerance, format and acceptance criteria.
Capture
Coordinate field activity, access, control measurements and source-data handling.
Process
Register, structure, review and convert data into the agreed deliverables.
Validate
Check the output against the brief before release to downstream users.
Data reliability
A point cloud or model is only useful when its limitations are explicit.
Coordinate systems, tolerances, coverage, occlusions, level of information and acceptance criteria are documented for each engagement. Validation statements are made only against approved evidence and the agreed technical brief.
Digital Engineering & Surveying
Define the required digital output.
Send the asset location, intended use, available source data, required accuracy and desired file formats. We will structure the surveying or digital-engineering brief.
Discuss the requirement