Industrial facilities are constantly changing. Equipment is upgraded, structures are modified, process lines evolve, and maintenance-driven changes gradually reshape plant layouts over time.
Unfortunately, engineering documentation does not always evolve at the same pace.
Many facilities eventually reach a point where the question becomes:
“What actually exists on site today?”
When drawings become outdated or documentation is missing, engineering teams can face increased project risk, fabrication challenges, and costly rework.
Modern digital engineering workflows now allow physical assets to be transformed into accurate engineering information through engineering-grade LiDAR scanning, point cloud generation, and Scan-to-CAD workflows.
At Hamilton By Design, we support industrial and mining projects by converting real-world conditions into practical engineering deliverables that support design, fabrication, and long-term asset management.
Why Existing Information Matters
Engineering decisions rely on information.
Drawings and documentation support:
- Plant upgrades
- Maintenance activities
- Shutdown planning
- Equipment replacement
- Fabrication projects
- Asset management
- Future modifications
When information becomes inaccurate, project uncertainty increases.
Potential impacts may include:
- Installation clashes
- Fabrication errors
- Rework
- Delays
- Safety risks
- Increased project cost
Reliable engineering information begins with understanding existing conditions.
Engineering-Grade LiDAR Scanning
The first step involves capturing the physical environment.
Hamilton By Design uses engineering-grade 3D LiDAR scanning to record:
- Structural steel
- Pipework
- Mechanical equipment
- Platforms and access systems
- Buildings
- Conveyors
- Processing equipment
- Existing plant layouts
Unlike manual measurements, LiDAR scanning captures millions of measured points from real operating environments.
Benefits can include:
- Existing condition verification
- Reduced assumptions
- Improved accuracy
- Faster information capture
- Reduced project risk
Point Cloud Generation
Following site capture, scan information is processed into a point cloud dataset.
Point clouds provide a measurable digital representation of existing assets.
Typical outputs may include:
- .E57 files
- .RCP files
- .LAS files
- Registration reports
Point cloud datasets provide:
- Spatial information
- Existing geometry
- Equipment relationships
- Measured dimensions
- Existing plant layouts
This information forms the foundation for engineering workflows.
Scan-to-CAD Workflows
Point cloud information becomes significantly more valuable when converted into editable engineering data.
Scan-to-CAD workflows allow engineers to transform captured geometry into:
- Mechanical models
- Structural models
- Equipment layouts
- Existing condition models
- Plant modifications
- Engineering assemblies
Rather than working from assumptions, engineers can work from measured information.
CAD Modelling
CAD models transform captured information into usable engineering assets.
Benefits may include:
- Editable geometry
- Future design flexibility
- Improved project coordination
- Better visualisation
- Long-term asset information
Typical CAD outputs can include:
- Solid models
- Assembly models
- Layout models
- Mechanical drawings
- Structural models
Digital models become valuable engineering assets beyond a single project.
Engineering Documentation
Models alone do not build equipment.
Engineering documentation converts digital information into practical project deliverables.
Documentation may include:
- General arrangement drawings
- Detail drawings
- Fabrication drawings
- Bills of materials
- Assembly documentation
- Engineering reports
Engineering documentation creates information that fabrication and construction teams can use confidently.
Fabrication-Ready Deliverables
The final objective is delivering usable engineering information.
Hamilton By Design deliverables may include:
- Point cloud datasets
- CAD models
- PDF drawings
- DWG files
- STEP files
- Fabrication documentation
- Engineering reports
The focus is moving beyond visual models toward deliverables that support real-world implementation.
How Hamilton By Design Supports Digital Engineering
Hamilton By Design combines practical engineering knowledge and digital workflows including:
- Engineering-grade 3D LiDAR scanning
- Existing condition capture
- Point cloud generation
- Scan-to-CAD workflows
- CAD modelling
- Engineering documentation
- Fabrication-ready deliverables
Our objective is creating accurate engineering information that reduces project uncertainty and supports better outcomes.
Turning Existing Assets into Usable Information
Existing assets contain valuable engineering information.
The challenge is transforming that information into something practical and usable.
Digital engineering workflows allow organisations to move from:
Physical Asset → Point Cloud → CAD Model → Engineering Documentation → Fabrication
When accurate information supports engineering decisions, project confidence improves.
Measured information creates better engineering outcomes than assumptions.
Our Clients:
