Tag: marine-infrastructure

Hamilton By Design provides mechanical engineering, 3D LiDAR scanning and CAD support for ports, wharves and marine infrastructure projects.

Marine facilities can include shiploaders, conveyors, transfer chutes, access platforms, walkways, pipework, pump systems and other mechanical assets. These installations are often exposed to corrosion, restricted access, operational constraints and challenging environmental conditions.

Our services can include existing-condition scanning, point-cloud registration, mechanical design, scan-to-CAD modelling, equipment layouts, clash detection, general arrangement drawings and fabrication documentation. LiDAR scanning can capture complex port equipment and surrounding structures while reducing reliance on manual measurements in difficult-access locations.

The resulting point clouds and 3D CAD models can support equipment replacement, brownfield modifications, maintenance planning, access upgrades and shutdown work. Proposed designs can be checked against existing geometry to identify connection points, operating envelopes, restricted clearances and potential installation conflicts.

Deliverables may include registered point clouds, SolidWorks models, STEP or Parasolid files, fabrication drawings and data suitable for AutoCAD, Inventor, ReCap and Navisworks workflows.

Specialist coastal, maritime, civil and structural assessments should be completed by appropriately qualified professionals where required.

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3D LiDAR Scanning and Mechanical Engineering Henderson WA

Illustration of FARO LiDAR scanning, point cloud modelling and a pump installation at a Henderson WA shipyard, with the Hamilton By Design logo.

Practical engineering for marine facilities, fabrication workshops and industrial plant

Blue 3D LiDAR scanner icon on a tripod with scanning waves

Hamilton By Design provides 3D LiDAR scanning and mechanical engineering support in Henderson, Western Australia, helping businesses capture existing equipment, develop CAD models and plan modifications before fabrication begins.

Our approach connects site measurement with mechanical design. Whether you are replacing a pump skid, modifying workshop equipment or planning a new installation within an existing facility, we help turn site conditions into usable engineering information.

Scan → Model → Engineer → Upgrade

Supporting Henderson’s marine and industrial precinct

Henderson is home to the Australian Marine Complex, a major precinct supporting manufacturing, fabrication, assembly and maintenance for the marine, defence, energy and resources industries. These activities create a strong need for reliable information about existing equipment and installation spaces.

For businesses working in these environments, an equipment upgrade often involves more than designing a new component. The design must also consider surrounding pipework, access routes, maintenance space and connections to existing assets.

Older drawings may not reflect modifications made during years of operation. A bracket may have moved, a pipe route may have changed, or additional equipment may now occupy the intended installation area.

3D LiDAR scanning helps establish what exists before decisions are made about what comes next.

3D LiDAR scanning for existing facilities and equipment

Laser scanning captures visible surfaces as a three-dimensional point cloud. This provides a spatial reference that can be reviewed during layout planning, modelling and design.

For a Henderson project, the scanning scope could include:

  • Workshop interiors and machinery layouts.
  • Pump installations and mechanical equipment packages.
  • Existing pipework routes and connection areas.
  • Fabricated assemblies and equipment interfaces.
  • Platforms, access areas and maintenance clearances.
  • Machinery foundations and surrounding installation space.
  • Selected vessel machinery spaces, subject to access and project requirements.

The scan coverage is planned around the engineering task. A replacement equipment package may require detailed capture of a small installation area, while a workshop reconfiguration may require a broader record of the facility.

Capturing the relevant surroundings early helps identify constraints that could otherwise emerge during installation.

Mechanical engineering that uses the scan data

A point cloud becomes more useful when it informs a practical engineering decision.

Hamilton By Design combines LiDAR scanning with mechanical design, CAD modelling and drafting to support equipment modifications, brownfield upgrades and fabrication documentation.

For Henderson businesses, this approach can support:

  • Pump skid layouts and equipment integration.
  • Mechanical brackets, mounts and fabricated assemblies.
  • Conveyor and materials handling modifications.
  • Machine guarding and maintenance access improvements.
  • Replacement component modelling.
  • General arrangement and fabrication drawings.
  • Coordination of mechanical equipment with surrounding services.

The aim is to understand both the equipment and its working environment. A component may fit within the available footprint but still obstruct maintenance access, interfere with nearby pipework or be difficult to install.

Considering these issues during design gives the workshop and installation team clearer information before work begins.

Marine equipment upgrades and machinery space planning

Marine refits and equipment replacements can involve confined spaces, complex arrangements and limited installation access.

A new pump, auxiliary unit or mechanical package may need to fit around existing services while retaining access for operation and maintenance.

A scan-informed design review can help assess:

  • Available space around the proposed equipment.
  • Connections to existing mechanical systems.
  • Installation and removal routes.
  • Access to serviceable components.
  • Interference with surrounding equipment.
  • Areas requiring further inspection or measurement.

For example, replacing a pump package could involve scanning the existing installation, modelling the proposed equipment and reviewing the arrangement before preparing modification drawings.

The project scope should identify any vessel-specific design approvals or specialist reviews required.

Scan-to-CAD for fabrication and installation

Scan-to-CAD converts selected information from the point cloud into CAD geometry that can be used for design and documentation.

The level of modelling depends on the project. An equipment layout may need simplified representations of surrounding assets, while a replacement assembly may require detailed geometry at its connection points.

Potential deliverables include:

  • Existing-condition CAD models.
  • Proposed equipment layouts.
  • General arrangement drawings.
  • Mechanical fabrication drawings.
  • Installation interface details.
  • Point cloud datasets for coordination.
  • Updated drawings reflecting the agreed scope.

Agreeing the deliverables at the start helps ensure the model contains the information needed by the people designing, fabricating and installing the equipment.

Reverse engineering when drawings are missing

When an existing component has no reliable drawing, reverse engineering can help establish a basis for replacement or modification.

Typical applications include guards, brackets, covers, housings and fabricated mechanical assemblies.

The measurement method must suit the component. Terrestrial LiDAR is useful for larger equipment and its surroundings. Small features, machined fits and tight tolerances may require handheld metrology scanning, direct measurement or additional inspection.

A worn part also needs careful interpretation. Its current shape may differ from the intended design, so reproducing the measured geometry alone may reproduce wear or damage.

The objective is a usable replacement design supported by appropriate measurements.

Plan upgrades before the shutdown begins

For operating facilities, preparation can make a substantial difference to installation planning.

Capturing existing conditions before a shutdown allows the project team to review proposed layouts, identify uncertain interfaces and prepare drawings while the equipment remains available for inspection.

Useful questions include:

  • Can the new assembly reach its installation position?
  • Is there enough space for tools and fastening?
  • Can maintenance personnel access the equipment afterwards?
  • Are nearby services likely to interfere?
  • Which dimensions need direct verification before fabrication?

Scanning provides a record of accessible, visible surfaces. Hidden connections and obstructed areas should be identified so that additional checks can be planned.

Our project approach

1. Define the engineering task

We establish what is being changed, the required outputs and the critical interfaces.

2. Capture existing conditions

Site scanning and supplementary measurements are planned around access, visibility and the required accuracy.

3. Develop the model and design

Relevant existing geometry is modelled and used to develop the proposed mechanical arrangement.

4. Review the installation

The design is reviewed for fit, access, maintainability and coordination with surrounding equipment.

5. Prepare the agreed documentation

CAD files and drawings are issued to support the agreed fabrication, installation or planning scope.

Frequently asked questions

Can you scan a workshop before new machinery is installed?

Yes. Scanning can provide an existing-condition reference for assessing machinery layouts, service connections, access routes and maintenance space.

Can LiDAR data be used in SolidWorks or AutoCAD workflows?

Yes. Point cloud information can be used as a reference for developing CAD models and drawings. The required file formats and modelling scope should be agreed before work starts.

Do we need to stop operations for scanning?

This depends on the site. Some areas may be captured during normal operations, while moving equipment, restricted access or isolation requirements may require a planned shutdown or controlled access period.

Can scanning guarantee that a fabricated assembly will fit?

Fit depends on the complete measurement, design and fabrication process. Critical interfaces require appropriate verification, particularly where surfaces are hidden or tolerances are tight.

Can you provide mechanical design as well as scanning?

Yes. Hamilton By Design can combine scanning, CAD modelling, mechanical design and drafting within an agreed project scope.

What information should we provide for a quotation?

Provide the site location, photographs, available drawings, equipment details, proposed modifications, access requirements and required delivery date. Identify any critical dimensions or installation constraints.

Discuss your Henderson project

Planning a workshop upgrade, equipment replacement or mechanical modification in Henderson?

Hamilton By Design can help capture existing conditions and develop practical engineering information for your next stage of work.

Send us your photographs, drawings and project requirements to discuss 3D LiDAR scanning and mechanical engineering support in Henderson WA.

[Explore our Perth 3D scanning

3D LiDAR Scanning and Mechanical Engineering Henderson WA

Practical engineering for marine facilities, fabrication workshops and industrial plant

Hamilton By Design provides 3D LiDAR scanning and mechanical engineering support in Henderson, Western Australia, helping businesses capture existing equipment, develop CAD models and plan modifications before fabrication begins.

Our approach connects site measurement with mechanical design. Whether you are replacing a pump skid, modifying workshop equipment or planning a new installation within an existing facility, we help turn site conditions into usable engineering information.

Scan → Model → Engineer → Upgrade

Supporting Henderson’s marine and industrial precinct

Henderson is home to the Australian Marine Complex, a major precinct supporting manufacturing, fabrication, assembly and maintenance for the marine, defence, energy and resources industries. These activities create a strong need for reliable information about existing equipment and installation spaces.

For businesses working in these environments, an equipment upgrade often involves more than designing a new component. The design must also consider surrounding pipework, access routes, maintenance space and connections to existing assets.

Older drawings may not reflect modifications made during years of operation. A bracket may have moved, a pipe route may have changed, or additional equipment may now occupy the intended installation area.

3D LiDAR scanning helps establish what exists before decisions are made about what comes next.

3D LiDAR scanning for existing facilities and equipment

Laser scanning captures visible surfaces as a three-dimensional point cloud. This provides a spatial reference that can be reviewed during layout planning, modelling and design.

For a Henderson project, the scanning scope could include:

  • Workshop interiors and machinery layouts.
  • Pump installations and mechanical equipment packages.
  • Existing pipework routes and connection areas.
  • Fabricated assemblies and equipment interfaces.
  • Platforms, access areas and maintenance clearances.
  • Machinery foundations and surrounding installation space.
  • Selected vessel machinery spaces, subject to access and project requirements.

The scan coverage is planned around the engineering task. A replacement equipment package may require detailed capture of a small installation area, while a workshop reconfiguration may require a broader record of the facility.

Capturing the relevant surroundings early helps identify constraints that could otherwise emerge during installation.

Mechanical engineering that uses the scan data

A point cloud becomes more useful when it informs a practical engineering decision.

Hamilton By Design combines LiDAR scanning with mechanical design, CAD modelling and drafting to support equipment modifications, brownfield upgrades and fabrication documentation.

For Henderson businesses, this approach can support:

  • Pump skid layouts and equipment integration.
  • Mechanical brackets, mounts and fabricated assemblies.
  • Conveyor and materials handling modifications.
  • Machine guarding and maintenance access improvements.
  • Replacement component modelling.
  • General arrangement and fabrication drawings.
  • Coordination of mechanical equipment with surrounding services.

The aim is to understand both the equipment and its working environment. A component may fit within the available footprint but still obstruct maintenance access, interfere with nearby pipework or be difficult to install.

Considering these issues during design gives the workshop and installation team clearer information before work begins.

Marine equipment upgrades and machinery space planning

Marine refits and equipment replacements can involve confined spaces, complex arrangements and limited installation access.

A new pump, auxiliary unit or mechanical package may need to fit around existing services while retaining access for operation and maintenance.

A scan-informed design review can help assess:

  • Available space around the proposed equipment.
  • Connections to existing mechanical systems.
  • Installation and removal routes.
  • Access to serviceable components.
  • Interference with surrounding equipment.
  • Areas requiring further inspection or measurement.

For example, replacing a pump package could involve scanning the existing installation, modelling the proposed equipment and reviewing the arrangement before preparing modification drawings.

The project scope should identify any vessel-specific design approvals or specialist reviews required.

Scan-to-CAD for fabrication and installation

Scan-to-CAD converts selected information from the point cloud into CAD geometry that can be used for design and documentation.

The level of modelling depends on the project. An equipment layout may need simplified representations of surrounding assets, while a replacement assembly may require detailed geometry at its connection points.

Potential deliverables include:

  • Existing-condition CAD models.
  • Proposed equipment layouts.
  • General arrangement drawings.
  • Mechanical fabrication drawings.
  • Installation interface details.
  • Point cloud datasets for coordination.
  • Updated drawings reflecting the agreed scope.

Agreeing the deliverables at the start helps ensure the model contains the information needed by the people designing, fabricating and installing the equipment.

Reverse engineering when drawings are missing

When an existing component has no reliable drawing, reverse engineering can help establish a basis for replacement or modification.

Typical applications include guards, brackets, covers, housings and fabricated mechanical assemblies.

The measurement method must suit the component. Terrestrial LiDAR is useful for larger equipment and its surroundings. Small features, machined fits and tight tolerances may require handheld metrology scanning, direct measurement or additional inspection.

A worn part also needs careful interpretation. Its current shape may differ from the intended design, so reproducing the measured geometry alone may reproduce wear or damage.

The objective is a usable replacement design supported by appropriate measurements.

Plan upgrades before the shutdown begins

For operating facilities, preparation can make a substantial difference to installation planning.

Capturing existing conditions before a shutdown allows the project team to review proposed layouts, identify uncertain interfaces and prepare drawings while the equipment remains available for inspection.

Useful questions include:

  • Can the new assembly reach its installation position?
  • Is there enough space for tools and fastening?
  • Can maintenance personnel access the equipment afterwards?
  • Are nearby services likely to interfere?
  • Which dimensions need direct verification before fabrication?

Scanning provides a record of accessible, visible surfaces. Hidden connections and obstructed areas should be identified so that additional checks can be planned.

Our project approach

1. Define the engineering task

We establish what is being changed, the required outputs and the critical interfaces.

2. Capture existing conditions

Site scanning and supplementary measurements are planned around access, visibility and the required accuracy.

3. Develop the model and design

Relevant existing geometry is modelled and used to develop the proposed mechanical arrangement.

4. Review the installation

The design is reviewed for fit, access, maintainability and coordination with surrounding equipment.

5. Prepare the agreed documentation

CAD files and drawings are issued to support the agreed fabrication, installation or planning scope.

Frequently asked questions

Can you scan a workshop before new machinery is installed?

Yes. Scanning can provide an existing-condition reference for assessing machinery layouts, service connections, access routes and maintenance space.

Can LiDAR data be used in SolidWorks or AutoCAD workflows?

Yes. Point cloud information can be used as a reference for developing CAD models and drawings. The required file formats and modelling scope should be agreed before work starts.

Do we need to stop operations for scanning?

This depends on the site. Some areas may be captured during normal operations, while moving equipment, restricted access or isolation requirements may require a planned shutdown or controlled access period.

Can scanning guarantee that a fabricated assembly will fit?

Fit depends on the complete measurement, design and fabrication process. Critical interfaces require appropriate verification, particularly where surfaces are hidden or tolerances are tight.

Can you provide mechanical design as well as scanning?

Yes. Hamilton By Design can combine scanning, CAD modelling, mechanical design and drafting within an agreed project scope.

What information should we provide for a quotation?

Provide the site location, photographs, available drawings, equipment details, proposed modifications, access requirements and required delivery date. Identify any critical dimensions or installation constraints.

Discuss your Henderson project

Planning a workshop upgrade, equipment replacement or mechanical modification in Henderson?

Hamilton By Design can help capture existing conditions and develop practical engineering information for your next stage of work.

Send us your photographs, drawings and project requirements to discuss 3D LiDAR scanning and mechanical engineering support in Henderson WA.

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Explore services supporting Henderson marine, fabrication and industrial projects, from existing-condition capture to CAD modelling and engineering documentation.

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3D LiDAR Scanning Webb Dock – Mechanical Engineering for Vehicle and Freight Terminals

Illustration of 3D LiDAR scanning at Webb Dock, showing a vehicle loading ramp, freight ship and blue point-cloud overlay on terminal infrastructure.
Blue 3D LiDAR scanner icon on a tripod with scanning waves

Hamilton By Design provides 3D LiDAR scanning and mechanical engineering support for Webb Dock projects, helping terminal operators, maintenance teams, contractors and fabricators plan modifications around existing infrastructure.

Located near the Yarra River entrance in Port Melbourne, Webb Dock supports container handling, automotive trade, roll-on/roll-off operations and Bass Strait freight. This combination creates engineering challenges involving vehicle movements, loading interfaces, mechanical equipment and restricted installation areas.

Our focus is the relationship between the equipment being modified and the terminal around it. By connecting site scanning with CAD modelling, mechanical design and fabrication documentation, we help project teams understand what is already installed before committing to new work.

Understanding the Interfaces That Keep Freight Moving

A terminal upgrade rarely involves an isolated piece of equipment. A replacement platform may sit beside a vehicle route. A new guard may affect maintenance access. A pipework modification may pass through an area used by trucks, trailers or mobile equipment.

These interfaces need to be understood early.

For Webb Dock projects, useful existing-condition information may include:

  • Accessible geometry around fixed ramp landings and loading areas.
  • Equipment bases, mounting positions and adjoining steelwork.
  • Gates, canopies and overhead obstructions.
  • Pipework, cable trays and other visible services.
  • Platforms, stairs, handrails and maintenance access.
  • Space around machinery for component removal.
  • Fixed infrastructure beside vehicle and freight routes.

Capturing the relevant area as a coordinated point cloud allows designers to review these relationships together, rather than relying on separate measurements and photographs.

3D LiDAR Scanning for Webb Dock Infrastructure

3D LiDAR scanning records visible surfaces as a point cloud. Multiple scan positions are registered together to create a measurable representation of the captured area.

For terminal modifications, the scan should be planned around the engineering question. A broad layout study needs different coverage and verification from a replacement component that must fit an existing mounting arrangement.

Hamilton By Design can scope scanning around:

  • The equipment or infrastructure being modified.
  • Critical connections and installation interfaces.
  • Surrounding obstructions and access restrictions.
  • Required CAD models and drawings.
  • Areas needing additional direct measurement.
  • Site access and operating conditions.

This approach helps ensure the captured information supports the next stage of the project.

Ro/Ro Ramp and Loading-Area Interfaces

Roll-on/roll-off operations bring vehicle movement and loading infrastructure into close contact. Modifications around these areas need a clear understanding of the accessible fixed geometry and the equipment involved.

Scanning can support the documentation of fixed landing areas, nearby steelwork, equipment supports, platforms and services. That information can provide a basis for planning brackets, guards, access arrangements or other mechanical modifications.

Where a project involves moving ramps or variable operating positions, a scan records the arrangement present during capture. Other positions and operating requirements must be established separately.

The engineering scope should therefore identify which geometry is fixed, which components move and which interfaces require further checking before design or fabrication.

Vehicle Clearances and Terminal Layout Changes

New equipment can affect the space available for vehicles and freight handling.

A canopy extension, relocated service, equipment enclosure or new platform may introduce an obstruction that is difficult to recognise from individual drawings.

A coordinated model of existing conditions can help project teams assess:

  • Available height beneath fixed structures.
  • Clearances beside equipment and services.
  • Proposed equipment footprints.
  • Relationships between pedestrian access and vehicle routes.
  • Space required for maintenance and equipment removal.
  • Potential clashes between proposed work and existing infrastructure.

LiDAR provides the existing geometry for these studies. Vehicle dimensions, swept paths, operating allowances and traffic requirements need to be supplied or assessed as part of the wider project.

Mechanical Engineering for Terminal Equipment Upgrades

Hamilton By Design connects scanning with practical mechanical design.

Depending on the project scope, we can support:

  • Equipment supports and mounting arrangements.
  • Machinery guarding and protective enclosures.
  • Maintenance platforms and access arrangements.
  • Pipework modifications and mechanical skids.
  • Brackets, frames and fabricated assemblies.
  • Replacement mechanical components.
  • Equipment relocation and installation layouts.
  • Fabrication drawings and assembly documentation.

The design process considers how the proposed equipment connects to the existing facility, how it will be installed and how maintenance teams will access it.

Where specialist structural, civil, electrical or marine input is required, the relevant interfaces can be identified and coordinated with the project team.

Maintenance Access Before Fabrication

Equipment may fit within the available space while still being difficult to maintain.

For example, a replacement guard could obstruct a lifting path. A new support could prevent a motor from being removed. A platform might provide access to one component while restricting access to another.

Scanning and CAD modelling allow these issues to be considered before fabrication.

A maintenance review can examine:

  • Component removal directions.
  • Access to fasteners and service points.
  • Space for tools and lifting equipment.
  • Platform and guarding arrangements.
  • Nearby services that could obstruct maintenance.
  • The installation sequence for replacement equipment.

Reviewing these relationships early helps the project team resolve conflicts while changes are still straightforward to make.

Reverse Engineering Existing Components

An existing terminal component may need replacement even when usable drawings are unavailable.

Hamilton By Design can combine scanning, direct measurement and mechanical assessment to develop CAD models and manufacturing documentation for suitable components.

Examples include guards, brackets, housings, covers, mounting plates and fabricated assemblies.

The method depends on the component’s size, condition and function. Worn surfaces may not represent the intended design, and critical holes, fits or machined features may require detailed measurement beyond a general site LiDAR scan.

The aim is to establish the information needed for the replacement to function and fit correctly.

Planning Scanning Around Terminal Operations

Webb Dock scanning should be coordinated with the relevant terminal operator and site contact.

Before mobilisation, the project scope can establish:

  • Permitted work areas and access windows.
  • Induction and escort requirements.
  • Vehicle and mobile-equipment movements.
  • Suitable scanner positions.
  • Areas requiring isolation or controlled access.
  • Equipment positions needed during capture.

Moving vehicles, freight and machinery can obscure surfaces or introduce unwanted points into the dataset. Scan positioning and timing therefore matter, particularly around busy loading areas.

Some areas may be captured during agreed operating windows. Others may require equipment isolation or temporary access controls.

From Point Cloud to Engineering Deliverables

The final deliverables should match the decisions the project team needs to make.

Depending on scope, Hamilton By Design can provide:

  • Registered point clouds in agreed formats.
  • Existing-condition CAD models.
  • General arrangement drawings.
  • Equipment and installation layouts.
  • Sections through critical interfaces.
  • Mechanical component models.
  • Fabrication and assembly drawings.
  • Models for coordination with other project disciplines.

A project may need only a defined equipment area modelled in detail. Agreeing on that boundary early helps keep scanning, modelling and drafting focused on the required outcome.

Frequently Asked Questions

What can 3D LiDAR scanning capture at Webb Dock?

LiDAR can capture visible geometry such as equipment, steelwork, platforms, buildings, services and accessible fixed loading infrastructure. Coverage depends on access, sightlines and site conditions. Concealed features require another method of investigation.

Can you provide mechanical engineering as well as scanning?

Yes. Hamilton By Design can support a project from existing-condition capture through to CAD modelling, mechanical design and fabrication documentation. The engineering scope is agreed around the equipment, interfaces and deliverables required.

Can scanning help with Ro/Ro ramp modifications?

Yes, scanning can document accessible fixed geometry around ramp and landing interfaces. Moving positions, operating loads and vessel-related requirements need additional information and assessment within the appropriate engineering scope.

Can you check whether new equipment will obstruct vehicle movements?

We can capture and model fixed infrastructure to support clearance and layout reviews. The assessment also needs the relevant vehicle dimensions, movement paths and operating allowances. A static scan alone does not establish every clearance required during operation.

How accurate is a Webb Dock LiDAR scan?

Accuracy depends on the required outcome, scan arrangement, surface conditions, registration and verification method. We agree on the measurement requirements before capture. Critical fabrication interfaces may need supplementary direct measurements or a more detailed scanning method.

Can scanning be completed while the terminal is operating?

Some areas may be accessible during operations, subject to site approval and appropriate controls. Other areas may require isolation, restricted vehicle movements or a planned access window. The capture plan is developed with the site contact.

Can you work from existing drawings and scan data?

Yes. Existing drawings can help define the project and intended arrangement, while scan data helps establish the current visible geometry. Supplied point clouds are reviewed for coverage, registration quality and suitability before being used for design.

Can you produce replacement-part drawings?

Yes, for suitable components. We first establish the component’s function, condition, interfaces and measurement requirements. Wear, material selection, manufacturing tolerances and critical fits may need further assessment.

Does LiDAR scanning establish the condition or capacity of an asset?

LiDAR records visible surface geometry. It can support an engineering investigation, but determining material condition, remaining thickness, load capacity or serviceability may require inspections, testing and calculations.

What information do you need to prepare a quote?

Please provide the site area, photographs or drawings, the proposed modification, required deliverables and preferred timeframe. Details about access restrictions, operating windows and critical dimensions also help us prepare a suitable scope.

Discuss Your Webb Dock Project

If you are planning a mechanical upgrade, replacement component, equipment relocation or as-built scanning project at Webb Dock, contact Hamilton By Design.

Share the area involved, the problem you need to solve and the models or drawings required. We can then develop a scanning and engineering scope that supports your project from site capture through to design and fabrication.

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3D Laser Scanning Melbourne
Reverse Engineering 3D Scanning Melbourne
3D Laser Scanning Campbellfield – Reverse Engineering and Manufacturing Engineering
3D LiDAR Scanning Dandenong South for Plant Layouts and Machinery Upgrades

Related Scanning and Mechanical Engineering Services

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Port of Brisbane Engineering & 3D Laser Scanning

Port of Brisbane container terminal and bulk-handling infrastructure being captured with a FARO 3D laser scanner and coloured point-cloud overlay.

Port of Brisbane Engineering and 3D Laser Scanning Services

Engineer-Led LiDAR Scanning, Mechanical Design and As-Built Documentation for Brisbane Port Facilities

The Port of Brisbane is a major multi-cargo port supporting container handling, general cargo, motor vehicles, roll-on/roll-off operations, bulk commodities, warehousing and associated logistics activities. Its terminals and industrial precincts contain a complex mix of wharves, cranes, conveyors, storage systems, buildings, roads and mechanical infrastructure.

Hamilton By Design provides engineering and 3D laser scanning services for projects at and around the Port of Brisbane, Fisherman Islands, Pinkenba, Lytton and surrounding Brisbane industrial areas.

Our services combine engineering-grade LiDAR scanning with mechanical engineering, point-cloud processing, reverse engineering, 3D CAD modelling and fabrication-ready drafting.

This integrated approach allows port operators, terminal operators, engineering consultants, maintenance teams, contractors and fabricators to work from reliable existing-condition information rather than incomplete drawings or manually measured approximations.

Accurate site capture, engineering-ready point clouds and practical design documentation for complex port and industrial environments.

Engineering Services for Port of Brisbane Projects

Port facilities are continually maintained, upgraded and modified. Original drawings may no longer accurately represent what is physically installed because of previous repairs, plant modifications, equipment replacements and undocumented site changes.

Traditional measurement can also be difficult where equipment is:

  • Large or geometrically complex
  • Installed above conveyors or operating machinery
  • Surrounded by structural steel, services or pipework
  • Close to wharves or exposed water edges
  • Located within active vehicle or cargo-handling areas
  • Accessible only during a planned shutdown
  • Difficult to measure safely using tapes and hand tools

Our 3D scanning services in Brisbane capture millions of spatial measurements from multiple scanner positions to create a detailed three-dimensional record of the facility.

The resulting point cloud can support engineering, design, verification, fabrication, construction planning and maintenance without relying solely on repeated site measurements.

Port of Brisbane 3D Laser Scanning

Hamilton By Design uses terrestrial LiDAR scanning to document the visible geometry of port infrastructure, industrial equipment and surrounding structures.

Our broader Brisbane 3D scanning service can be applied to projects involving:

  • Container-terminal infrastructure
  • General-cargo facilities
  • Bulk-material handling systems
  • Conveyor systems
  • Transfer stations
  • Hoppers and bins
  • Chutes and wear liners
  • Wharves and berths
  • Crane rails and support structures
  • Loading and unloading equipment
  • Maintenance platforms
  • Stairs and handrails
  • Pipework and mechanical services
  • Warehouses and workshops
  • Equipment foundations
  • Roads, hardstands and vehicle clearances
  • Marine and waterfront infrastructure

The captured point cloud provides a measurable digital representation of the existing area. Engineers, designers and project personnel can navigate the dataset, extract measurements and review spatial relationships after the site visit.

For projects requiring engineering or fabrication decisions, our approach is based on collecting the right information for the intended purpose—not simply creating the largest possible point cloud. This principle is explained further in Not All Scans, Point Clouds or Meshes Are Equal.

Existing-Condition and As-Built Documentation

Accurate existing-condition information is particularly important when new equipment must connect to older port infrastructure.

Hamilton By Design can use registered scan data to prepare:

  • Existing-condition plans
  • General arrangement drawings
  • Floor plans
  • Sections and elevations
  • Structural-steel layouts
  • Equipment-location drawings
  • Pipe and service layouts
  • Interface drawings
  • Clearance envelopes
  • Dimensional verification drawings
  • Three-dimensional as-built models

Our engineering-grade 3D point-cloud scanning service in Brisbane can help verify existing geometry, identify spatial constraints and create an accurate foundation for proposed modifications.

Scan-to-CAD Modelling

A registered point cloud contains valuable measurement information, but many engineering projects also require usable CAD geometry.

Hamilton By Design can convert selected point-cloud information into models representing:

  • Structural steel
  • Mechanical equipment
  • Conveyor assemblies
  • Chutes and transfer stations
  • Platforms and access systems
  • Pipework and services
  • Machinery guards
  • Buildings and industrial rooms
  • Equipment foundations
  • Proposed replacement components

Depending on the project requirements, deliverables may include:

  • SolidWorks models
  • Autodesk Inventor models
  • AutoCAD drawings
  • STEP files
  • SAT files
  • Parasolid files
  • DWG files
  • DXF files
  • Navisworks-compatible coordination models
  • Registered E57 point clouds
  • Autodesk RCP or RCS files
  • LAS point-cloud files

The level of modelling can be matched to the intended project outcome, whether the client requires general spatial coordination, detailed reverse engineering or fabrication documentation.

Mechanical Engineering for Port Infrastructure

Hamilton By Design provides mechanical-engineering support for port, logistics, industrial and materials-handling projects.

Our services can include:

  • Existing-equipment assessments
  • Engineering studies
  • Concept and feasibility development
  • Mechanical arrangement design
  • Conveyor modifications
  • Transfer-chute design
  • Hopper and bin modifications
  • Machine-guarding design
  • Maintenance-access improvements
  • Equipment replacement planning
  • Platforms, stairs and handrails
  • Structural-support concepts
  • Reverse engineering
  • Wear and erosion assessments
  • Design verification
  • Fabrication drawings
  • Installation planning
  • Shutdown planning

Our wider engineering studies and assessments can be combined with LiDAR data to establish the existing condition of an asset before a design or maintenance decision is made.

The principal advantage of integrating engineering and scanning is that proposed designs can be developed directly around verified site geometry.

Conveyor and Bulk-Materials-Handling Projects

Port facilities may include extensive conveyor, loading, storage and transfer infrastructure. These systems frequently contain worn components, irregular geometry, restricted access and modifications that are not shown on the original drawings.

LiDAR scanning can capture:

  • Conveyor stringers
  • Conveyor gantries
  • Head and tail pulley arrangements
  • Drive stations
  • Transfer towers
  • Chutes
  • Hoppers
  • Bins
  • Wear liners
  • Walkways
  • Maintenance platforms
  • Support frames
  • Adjacent pipework
  • Electrical services
  • Access restrictions

The resulting point cloud can support the design of replacement equipment and help determine how proposed components will interface with the surrounding plant.

This is especially valuable where shutdown time is limited and equipment must be designed and fabricated before the existing assembly is removed.

Our approach to establishing a reliable digital baseline for mechanical, structural and piping work is also described in 3D Laser Scanning for SMP Project Delivery.

Wharf, Berth and Marine Infrastructure Scanning

Port projects may involve a combination of mechanical, structural, civil and marine infrastructure.

Three-dimensional laser scanning may assist with:

  • Wharf-access structures
  • Loading and unloading equipment
  • Fender-support arrangements
  • Mooring infrastructure
  • Gangways
  • Access platforms
  • Crane-support structures
  • Pipe bridges
  • Marine-loading equipment
  • Equipment foundations
  • Structural-steel verification
  • Service connections
  • Clearance studies

Terrestrial LiDAR can document visible above-water geometry from safe and accessible scanner positions.

Where below-water geometry is required, terrestrial laser scanning may need to be coordinated with hydrographic, bathymetric or specialist subsea-survey methods.

Crane and Heavy-Equipment Scanning

Port cranes and heavy mechanical equipment can be difficult to measure using conventional site techniques.

LiDAR scanning may support:

  • Crane-rail assessments
  • Existing-geometry verification
  • Equipment-envelope studies
  • Structural-member location
  • Access-platform modifications
  • Replacement-machinery planning
  • Guarding design
  • Exclusion-zone planning
  • Maintenance-clearance assessment
  • Clash detection
  • Installation-path planning

A coordinated point cloud can show the relationship between the crane or mechanical equipment and the surrounding wharf, structural steel, services, access areas and operating environment.

Where formal rail alignment, deformation, settlement or high-precision tolerance reporting is required, the laser-scanning work may need to be supplemented by specialist survey control or metrology.

Reverse Engineering of Existing Port Equipment

Original drawings are not always available for older port equipment. Existing drawings may also be inaccurate because the machinery has been repaired or modified during its operating life.

Hamilton By Design can use laser scanning, direct measurements and 3D CAD modelling to reverse engineer:

  • Chutes
  • Hoppers
  • Machinery guards
  • Covers
  • Frames
  • Brackets
  • Platforms
  • Ducting
  • Pipe supports
  • Access structures
  • Wear liners
  • Replacement structural assemblies
  • Mechanical components

The resulting CAD model can form the basis for design review, equipment modification and the preparation of fabrication drawings.

Where components contain fine tolerances or small features, LiDAR data may be supplemented with direct measurement, close-range scanning, photogrammetry or specialist metrology.

Brownfield Port Upgrades

Brownfield projects are challenging because new equipment must often fit within an operating facility containing existing structures, services and machinery.

A scan-based project workflow can involve:

  1. Capturing the existing area before detailed design begins
  2. Registering the individual scans into a coordinated point cloud
  3. Identifying relevant interfaces and surrounding obstructions
  4. Creating a model of the proposed equipment
  5. Positioning the proposed design within the point cloud
  6. Reviewing access, clearances and possible clashes
  7. Preparing drawings around verified site geometry
  8. Supporting off-site fabrication
  9. Reviewing installation conditions before mobilisation

This approach can reduce the likelihood of replacement equipment arriving on site and failing to fit the existing interfaces.

Shutdown Planning

Port shutdowns and operational interruptions can be expensive and tightly controlled.

Incomplete drawings, missing dimensions and unexpected obstructions can delay demolition, fabrication or installation activities.

Pre-shutdown laser scanning can assist project teams with:

  • Confirming equipment interfaces
  • Planning demolition boundaries
  • Locating structural members
  • Checking available lifting space
  • Reviewing crane access
  • Planning removal routes
  • Planning installation routes
  • Coordinating temporary works
  • Identifying potential service clashes
  • Verifying replacement-component dimensions
  • Developing contractor work packs
  • Reviewing maintenance access

Project personnel can use the registered point cloud to become familiar with the work area before the shutdown begins.

A detailed digital record can also support future engineering studies and asset assessments after the immediate project has been completed.

Clash Detection and Constructability Review

New equipment can be modelled within the existing-condition point cloud to check how it relates to surrounding infrastructure.

Potential clashes may involve:

  • Structural steel
  • Conveyor frames
  • Pipework
  • Cable trays
  • Electrical equipment
  • Handrails
  • Access platforms
  • Existing machinery
  • Building elements
  • Vehicle envelopes
  • Maintenance-removal zones

Clash detection does not replace formal engineering review. However, it can identify obvious spatial conflicts while the proposed design can still be adjusted economically.

Our Brisbane structural drafting and 3D scanning services can also support projects where structural arrangements must be developed around the verified existing environment.

Machine Guarding and Safe Access

Port and materials-handling equipment may require new or upgraded guarding around conveyors, drives, pulleys, shafts, couplings and other moving components.

Laser scanning can help establish:

  • Existing machinery geometry
  • Hazard locations
  • Available mounting positions
  • Access requirements
  • Maintenance-removal zones
  • Guard clearances
  • Structural attachment points
  • Relationships with platforms and walkways

Hamilton By Design can then develop machine-guarding concepts and fabrication drawings appropriate to the identified machinery and project requirements.

The final design must be assessed against the legislation, standards, site rules and risk controls applicable to the particular facility and item of equipment.

Platforms, Stairs, Walkways and Handrails

Port and terminal facilities frequently require access improvements to support operation, inspection and maintenance.

Hamilton By Design can assist with the scanning and design of:

  • Maintenance platforms
  • Conveyor walkways
  • Access stairs
  • Step-over platforms
  • Crossovers
  • Handrails
  • Guardrails
  • Access ladders
  • Equipment-support frames
  • Removable access sections

Capturing the surrounding area helps ensure that the proposed access system accounts for existing machinery, operating clearances and maintenance requirements.

Wear and Erosion Studies

Chutes, hoppers, transfer points and other materials-handling equipment are subject to progressive wear and erosion.

Periodic scanning may help engineering and maintenance teams:

  • Establish a baseline geometry
  • Compare an asset at different points in time
  • Identify visible geometric changes
  • Locate concentrated wear areas
  • Quantify material loss where suitable data is available
  • Plan liner replacement
  • Prioritise maintenance
  • Create replacement geometry
  • Develop a digital condition record

Hamilton By Design’s wear and erosion studies can combine site observations, engineering assessment and digital measurement to support maintenance and refurbishment decisions.

Repeat scans should be collected using a controlled methodology where meaningful comparison between datasets is required.

Typical Port of Brisbane Projects

Hamilton By Design can assist with projects involving:

  • Container-terminal upgrades
  • Conveyor modifications
  • Transfer-chute replacement
  • Bulk-material handling equipment
  • Wharf-access improvements
  • Crane infrastructure
  • Crane rails and support structures
  • Maintenance platforms
  • Machine guarding
  • Warehouse alterations
  • Pipework modifications
  • Equipment relocation
  • Fabrication verification
  • Structural-steel detailing
  • As-built documentation
  • Shutdown planning
  • Reverse engineering
  • Asset-condition capture
  • Equipment-interface verification
  • Installation planning
  • Lift and access planning

Our Engineering and Scanning Workflow

1. Define the Project Requirements

We review the asset, required scan coverage, access conditions, site restrictions, accuracy requirements, final deliverables and intended engineering use of the information.

2. Plan the Site Capture

The scanning methodology is developed around site inductions, work permits, exclusion zones, operating equipment, vehicle movements, water-edge risks and access limitations.

3. Complete the On-Site Scanning

Multiple scanner positions are used to capture the equipment and surrounding environment.

Critical dimensions or important interfaces can also be independently checked where required.

4. Register the Point Cloud

The individual scans are aligned into a coordinated three-dimensional dataset and reviewed for coverage and registration quality.

5. Conduct the Engineering Review

The registered point cloud is examined to identify important interfaces, clearances, obstructions and areas that may require further investigation.

6. Prepare CAD Models and Drawings

Selected geometry is converted into the required CAD models, general arrangements, sections, details or fabrication drawings.

7. Coordinate the Proposed Design

Proposed equipment can be positioned within the point cloud to support clash detection, access assessment and constructability review.

8. Deliver the Project Information

The final information is supplied in the agreed point-cloud, CAD, drawing or report formats.

Why Choose Hamilton By Design?

Engineer-Led Reality Capture

Our scanning work is planned with an understanding of how the captured information will be used for engineering, design, fabrication and installation.

Industrial and Materials-Handling Experience

Our project experience includes conveyors, chutes, hoppers, machine guarding, access structures, mechanical equipment and brownfield plant modifications.

Integrated Project Delivery

Site capture, point-cloud registration, CAD modelling, mechanical engineering and drafting can be delivered through one coordinated workflow.

Reduced Site Reattendance

A comprehensive point cloud allows many measurements and interfaces to be reviewed remotely after the site visit.

Support for Off-Site Fabrication

Fabricators can receive models and drawings developed around captured existing conditions.

Engineering-Ready Information

Our focus is on creating information that engineers, project managers, maintenance teams, contractors and fabricators can use.

Hamilton By Design also provides engineering-grade 3D laser scanning throughout Australia for clients with projects across multiple states or industrial locations.

Port Safety and Site Requirements

Work at an operational port may require:

  • Site-specific inductions
  • Maritime Security Identification Card requirements
  • Work permits
  • Safe work method statements
  • Take 5 or task-risk assessments
  • Working-at-heights controls
  • Water-edge controls
  • Traffic-management arrangements
  • Exclusion zones
  • Personal protective equipment
  • Site escorts
  • Coordination with terminal operations
  • Weather and lighting considerations
  • Tidal or marine-operational considerations

The final scanning methodology will be developed around the access, safety and operational requirements established by the relevant site operator.

Areas Serviced

Hamilton By Design can support port, industrial and infrastructure projects throughout:

  • Port of Brisbane
  • Fisherman Islands
  • Pinkenba
  • Lytton
  • Hemmant
  • Murarrie
  • Wynnum
  • Manly
  • Eagle Farm
  • Brisbane Airport industrial precinct
  • Greater Brisbane
  • South-East Queensland

Our main LiDAR scanning Brisbane service also supports industrial, manufacturing, infrastructure, construction and regional Queensland projects.

Travel can be arranged for port, mining and industrial projects throughout Queensland and other Australian locations.

Frequently Asked Questions

What can be scanned at the Port of Brisbane?

LiDAR can capture visible geometry including conveyors, buildings, platforms, structural steel, pipework, machinery, crane infrastructure, wharf equipment and surrounding industrial areas.

Can scanning be completed while a port facility remains operational?

Scanning can often be completed while surrounding operations continue, provided suitable access, permits, exclusion zones and operating controls are established.

Some equipment may need to be stopped where accurate capture of moving components is required.

How accurate is 3D laser scanning?

Accuracy depends on the scanner, distance, site geometry, surface characteristics, environmental conditions, registration method and required deliverable.

The project accuracy requirements should be established before the scanning methodology is selected.

Can point-cloud information be used in SolidWorks?

Yes. Registered point clouds can be used as references when developing SolidWorks models. Selected equipment and structural geometry can also be converted into usable CAD models.

Can Hamilton By Design produce fabrication drawings?

Yes. Fabrication drawings can be prepared for suitable mechanical and structural assemblies, subject to the agreed engineering scope and required design review.

Can equipment above water be scanned?

Visible above-water infrastructure can generally be captured from safe and accessible scanner positions.

Below-water geometry requires an appropriate hydrographic, bathymetric or subsea-survey method.

Can moving conveyors and machinery be scanned?

Stationary infrastructure surrounding operational equipment can often be captured safely, subject to site controls.

Moving belts, rotating machinery and other moving surfaces may appear incomplete or distorted. The equipment may need to be stopped when accurate component geometry is required.

Can scans from different dates be compared?

Yes. Repeat scan datasets may be compared to identify geometric changes where suitable survey control, coverage, resolution and registration methods have been used.

Can Hamilton By Design provide the registered point cloud without modelling?

Yes. A project can be scoped for site scanning and registered point-cloud delivery only.

Additional services such as scan-to-CAD modelling, engineering assessment and drafting can be included where required.

Is Hamilton By Design affiliated with Port of Brisbane Pty Ltd?

No. Hamilton By Design is an independent engineering and 3D laser scanning service provider.

This page describes services that may be provided for projects located at or around the Port of Brisbane. It does not imply endorsement, appointment, partnership or affiliation with Port of Brisbane Pty Ltd.

Discuss a Port of Brisbane Project

Reliable existing-condition information can reduce uncertainty before design, fabrication and installation begin.

Hamilton By Design can assist with:

  • Engineering-grade 3D laser scanning
  • Registered point-cloud creation
  • Existing-condition documentation
  • Scan-to-CAD modelling
  • Mechanical engineering
  • Reverse engineering
  • Conveyor and chute modifications
  • Machine guarding
  • Platforms and access structures
  • Fabrication drawings
  • Clash detection
  • Brownfield upgrade planning
  • Shutdown engineering support

Explore our broader 3D laser scanning services or contact Hamilton By Design to discuss the equipment, facility, required accuracy and intended deliverables for your Port of Brisbane project.

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Mechanical Engineering Sydney Ports

Mechanical Engineering Sydney Ports technical drawing showing conveyor systems, transfer stations, structural steel, materials handling infrastructure, 3D LiDAR scanning services and engineering deliverables by Hamilton By Design.

Mechanical Engineering Sydney Ports | Hamilton By Design

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Sydney’s ports are critical infrastructure assets that support Australia’s import, export, logistics and maritime industries. Maintaining, upgrading and expanding port facilities requires practical mechanical engineering expertise capable of working within live operating environments while minimising disruption to ongoing operations.

Hamilton By Design provides mechanical engineering services for Sydney ports, marine terminals, bulk handling facilities, container terminals, wharves and associated industrial infrastructure. Our services support asset owners, port operators, contractors, manufacturers and maintenance teams requiring engineering solutions for materials handling systems, plant upgrades, structural modifications and brownfield developments.

Based in NSW and supporting projects throughout Sydney and regional Australia, we combine mechanical engineering, 3D LiDAR scanning, CAD design and engineering documentation to deliver practical, engineering-led outcomes.

Mechanical Engineering Services for Sydney Ports

Port facilities contain a wide range of mechanical systems that require ongoing maintenance, modification and improvement. Our engineering services are tailored to support both day-to-day operational requirements and major capital projects.

Typical services include:

  • Mechanical engineering design
  • Materials handling system design
  • Conveyor upgrades and modifications
  • Transfer chute design
  • Structural steel support design
  • Walkways, platforms and access systems
  • Equipment relocation projects
  • Plant upgrade engineering
  • Mechanical drafting and documentation
  • Reverse engineering of components
  • Engineering inspections and assessments
  • Brownfield infrastructure modifications
  • 3D LiDAR scanning and reality capture
  • Scan to CAD services
  • As-built documentation

Our experience across industrial and mining environments provides practical insight into maintaining operational facilities while delivering engineering improvements.

Industries and Port Infrastructure We Support

Sydney ports contain a diverse range of infrastructure requiring specialised engineering support.

We regularly assist with:

Bulk Materials Handling Facilities

  • Conveyor systems
  • Transfer stations
  • Ship loaders
  • Hopper systems
  • Stockpile conveyors
  • Materials handling equipment
  • Dust collection systems

Container Terminal Infrastructure

  • Container handling equipment
  • Mechanical support structures
  • Equipment foundations
  • Maintenance access systems
  • Service platforms

Marine and Wharf Facilities

  • Wharf structures
  • Mechanical services infrastructure
  • Pipework systems
  • Utility installations
  • Maintenance access platforms

Industrial Port Facilities

  • Warehouses
  • Processing plants
  • Storage facilities
  • Bulk liquid terminals
  • Manufacturing facilities
  • Logistics infrastructure

Engineering Design for Brownfield Port Facilities

Many Sydney port facilities have been operating for decades and contain limited or outdated engineering documentation.

Before modifications can commence, accurate information about existing conditions is essential.

Hamilton By Design specialises in engineering support for brownfield environments through:

  • Existing condition surveys
  • 3D LiDAR scanning
  • Point cloud capture
  • As-built modelling
  • Scan to CAD conversion
  • Equipment verification
  • Clash detection
  • Layout development

By capturing existing infrastructure before design begins, project risks can be significantly reduced while improving installation accuracy.

3D LiDAR Scanning and Mechanical Engineering

Modern engineering projects increasingly rely on accurate digital representations of existing facilities.

Our engineering team uses advanced 3D LiDAR scanning technology to capture:

  • Conveyors
  • Pipework
  • Structural steel
  • Transfer stations
  • Ship loading infrastructure
  • Equipment layouts
  • Processing plant assets
  • Mechanical services

The resulting point cloud data can be converted into engineering models and drawings used for:

  • Upgrade design
  • Retrofit projects
  • Structural modifications
  • Equipment replacements
  • Maintenance planning
  • Fabrication detailing

This approach reduces site rework, minimises clashes and improves project confidence.

Materials Handling Engineering

Materials handling systems form the backbone of many port operations.

Our mechanical engineering services include:

Conveyor System Design

We provide engineering support for:

  • New conveyor installations
  • Conveyor upgrades
  • Conveyor extensions
  • Transfer point modifications
  • Conveyor guarding
  • Structural support systems

Transfer Chute Design

Efficient transfer chutes are critical for reducing wear, dust generation and material spillage.

Services include:

  • Chute assessments
  • Flow analysis
  • Wear reduction solutions
  • Maintenance improvements
  • Upgrade concepts

Maintenance and Asset Improvement

Engineering support can assist with:

  • Reliability improvements
  • Equipment modifications
  • Replacement strategies
  • Asset life extension
  • Shutdown planning

Mechanical Drafting and Documentation

Clear engineering documentation is essential for fabrication, installation and maintenance activities.

Deliverables may include:

  • General arrangement drawings
  • Mechanical layouts
  • Fabrication drawings
  • Assembly drawings
  • Equipment models
  • Structural details
  • Site layouts
  • Installation drawings
  • CAD documentation

We work with commonly used engineering platforms including:

  • SolidWorks
  • Autodesk Inventor
  • AutoCAD
  • Autodesk ReCap
  • Navisworks

Typical Deliverables

Depending on project requirements, deliverables may include:

  • Mechanical engineering reports
  • Concept designs
  • Detailed engineering drawings
  • General arrangement drawings
  • CAD models
  • SolidWorks models
  • STEP files
  • DWG files
  • DXF files
  • Point cloud data
  • E57 files
  • RCP and RCS files
  • As-built documentation
  • Equipment layouts
  • Engineering recommendations

Our objective is to provide practical deliverables that can be directly used by project teams, fabricators and contractors.

Why Choose Hamilton By Design?

Hamilton By Design combines practical engineering experience with modern digital engineering technologies.

Our clients benefit from:

  • Mechanical engineering expertise
  • Engineering-led LiDAR scanning services
  • Brownfield project experience
  • Materials handling knowledge
  • Practical design solutions
  • Fast project mobilisation
  • Australia-wide support
  • Accurate engineering documentation

By combining engineering design with reality capture technologies, we help reduce project uncertainty while improving the quality of engineering outcomes.

Frequently Asked Questions

What mechanical engineering services do you provide for Sydney ports?

We provide engineering design, conveyor upgrades, materials handling engineering, plant modifications, structural support design, drafting and 3D LiDAR scanning services.

Can you scan existing port infrastructure before design work begins?

Yes. We provide engineering-grade 3D LiDAR scanning services to accurately capture existing facilities and create as-built models.

Do you work on operational port facilities?

Yes. Many projects are completed within live operational environments, allowing engineering work to be undertaken while minimising disruption.

Can you convert point clouds into CAD models?

Yes. Point cloud data can be converted into CAD drawings, SolidWorks models and engineering documentation.

Do you support conveyor upgrade projects?

Yes. We regularly assist with conveyor modifications, transfer chute improvements and materials handling upgrades.

Can you provide fabrication drawings?

Yes. Detailed fabrication and installation drawings can be produced where required.

What software do you use?

We commonly use SolidWorks, Autodesk Inventor, AutoCAD, Autodesk ReCap and Navisworks.

Do you provide Scan to CAD services?

Yes. We convert laser scan data into accurate engineering drawings and 3D models.

Do you work outside Sydney?

Yes. We support projects throughout NSW and Australia, including ports, mining operations, manufacturing facilities and industrial sites.

How do I obtain a quote?

Contact Hamilton By Design with your project requirements, available drawings and site information. We can then prepare a tailored proposal for your Sydney port engineering project.

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Contact Hamilton By Design

If you require Mechanical Engineering Sydney Ports services, Hamilton By Design can assist with engineering design, plant upgrades, materials handling systems, 3D LiDAR scanning, Scan to CAD and engineering documentation.

Contact our team today to discuss your Sydney port infrastructure project and obtain a tailored engineering solution.

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Scan to CAD Services for Sydney Ports

Scan to CAD Sydney Ports hero image showing Sydney Harbour port infrastructure, container terminal operations, LiDAR scanning equipment, point cloud data and engineering CAD models used for mechanical engineering, drafting and asset management projects.

Sydney’s ports and marine infrastructure are constantly evolving through maintenance programs, equipment upgrades, expansion projects and operational improvements. Accurate information about existing assets is essential for successful engineering design, fabrication and construction.

Hamilton By Design provides professional Scan to CAD services for Sydney ports, transforming laser scan and LiDAR point cloud data into accurate CAD drawings, 3D models and engineering documentation.

Our engineering-led approach ensures point cloud data is converted into practical deliverables that support mechanical engineering, drafting, fabrication, asset management and infrastructure upgrades.

Whether you require a simple as-built drawing or a complete 3D plant model, our Scan to CAD services provide accurate digital information that helps reduce project risk and improve engineering outcomes.

What is Scan to CAD?

Scan to CAD is the process of converting laser scan data into usable engineering drawings and 3D models.

Using point cloud data captured through terrestrial LiDAR scanning, engineers and drafters can create:

  • AutoCAD Drawings
  • General Arrangement Drawings
  • Plant Layouts
  • Structural Models
  • Mechanical Equipment Models
  • Pipework Models
  • As-Built Documentation
  • BIM Models
  • Digital Twin Assets

This process allows existing facilities to be accurately documented without relying on outdated or incomplete drawings.

Why Sydney Ports Require Scan to CAD Services

Many port facilities have been modified numerous times throughout their operational life.

Common challenges include:

  • Missing documentation
  • Outdated drawings
  • Unknown modifications
  • Congested infrastructure
  • Limited access areas
  • Restricted shutdown windows
  • Complex equipment layouts

By converting reality capture data into engineering-ready CAD models, project teams can work from accurate information that reflects actual site conditions.

Typical Sydney Port Infrastructure We Model

Container Terminals

We create CAD models and drawings for:

  • Container handling equipment
  • Crane support structures
  • Storage facilities
  • Maintenance workshops
  • Access infrastructure

Bulk Materials Handling Facilities

Our Scan to CAD services support:

  • Conveyors
  • Transfer stations
  • Chutes
  • Hoppers
  • Ship loaders
  • Stackers
  • Reclaimers

Marine Infrastructure

We can model:

  • Wharves
  • Jetties
  • Berths
  • Marine loading facilities
  • Access walkways
  • Structural steelwork

Industrial Plant Infrastructure

Including:

  • Pipework systems
  • Pump stations
  • Mechanical equipment
  • Structural steel
  • Maintenance platforms
  • Process infrastructure

Engineering Applications of Scan to CAD

Mechanical Engineering

Accurate CAD models provide the foundation for:

  • Equipment replacement projects
  • Plant upgrades
  • Retrofit design
  • Conveyor modifications
  • Maintenance planning
  • Shutdown engineering

Engineers can design around actual site conditions, reducing installation risks and minimising costly modifications.

Engineering Drafting

Point cloud data can be converted into:

  • Fabrication Drawings
  • General Arrangement Drawings
  • Layout Drawings
  • Equipment Drawings
  • Structural Steel Drawings
  • Installation Documentation

This allows engineering teams to produce reliable documentation from accurate site information.

Brownfield Engineering Projects

Scan to CAD is particularly valuable for brownfield projects where original drawings may no longer reflect existing conditions.

Benefits include:

  • Reduced site visits
  • Improved design accuracy
  • Clash detection
  • Better installation planning
  • Reduced construction risk

Shutdown Planning

Port shutdowns involve significant planning and coordination.

Accurate CAD models allow project teams to:

  • Verify clearances
  • Plan installations
  • Assess access requirements
  • Identify clashes
  • Improve shutdown efficiency

CAD Deliverables Available

Hamilton By Design can provide a range of engineering deliverables depending on project requirements.

2D Deliverables

  • AutoCAD Drawings
  • Floor Plans
  • Elevations
  • Sections
  • Layout Drawings
  • General Arrangement Drawings
  • As-Built Documentation

3D Deliverables

  • SolidWorks Models
  • Inventor Models
  • STEP Files
  • SAT Files
  • Parasolid Files
  • Plant Models

BIM Deliverables

  • Revit Models
  • IFC Models
  • Asset Information Models
  • Scan to BIM Models

Benefits of Scan to CAD for Sydney Port Projects

Accurate Engineering Information

CAD models are created directly from point cloud data, providing confidence that designs are based on actual site conditions.

Reduced Design Risk

Accurate models help identify clashes and installation issues before fabrication begins.

Faster Project Delivery

Engineering teams can begin work immediately without waiting for extensive site measurements.

Improved Asset Management

Accurate CAD documentation supports maintenance planning, inspections and future upgrades.

Better Project Outcomes

Reliable information results in improved decision making throughout the project lifecycle.

Why Choose Hamilton By Design?

Hamilton By Design combines:

  • Scan to CAD Services
  • 3D LiDAR Scanning
  • Mechanical Engineering
  • Engineering Drafting
  • Reverse Engineering
  • Scan to BIM
  • Asset Management Support

Unlike traditional drafting providers, we understand how engineering models are used throughout design, fabrication, installation and maintenance activities.

Our engineering-first approach ensures practical outcomes that support the long-term management and improvement of port infrastructure assets.

Sydney Port Facilities We Support

We provide Scan to CAD services throughout:

  • Port Botany
  • White Bay
  • Glebe Island
  • Sydney Harbour Industrial Facilities
  • Container Terminals
  • Bulk Handling Facilities
  • Marine Infrastructure Assets
  • Intermodal Freight Terminals

We also support projects throughout:

  • Sydney
  • Newcastle
  • Central Coast
  • Wollongong
  • Regional NSW
  • Australia-wide
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Need Scan to CAD Services for a Sydney Port Project?

Whether you require accurate as-built drawings, 3D plant models, mechanical engineering support or asset documentation, Hamilton By Design can convert your laser scan data into engineering-ready CAD deliverables.

Our Services Include:

✔ Scan to CAD
✔ 3D LiDAR Scanning
✔ Mechanical Engineering
✔ Engineering Drafting
✔ Reverse Engineering
✔ Scan to BIM
✔ Digital Twin Development
✔ Asset Documentation

Contact Hamilton By Design today to discuss your Sydney port infrastructure project and obtain a tailored proposal.

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Frequently Asked Questions – Scan to CAD Sydney Ports

1. What is Scan to CAD and how is it used in Sydney ports?

Scan to CAD is the process of converting laser scan or LiDAR point cloud data into accurate 2D drawings and 3D CAD models. Sydney port operators use Scan to CAD for engineering design, maintenance planning, equipment upgrades and asset management projects.

2. What types of port infrastructure can be converted into CAD models?

Hamilton By Design can create CAD models of:

  • Container terminals
  • Wharves and jetties
  • Ship loaders
  • Conveyors
  • Chutes and hoppers
  • Pipework systems
  • Structural steelwork
  • Pump stations
  • Marine loading facilities
  • Industrial plant equipment

3. Why use Scan to CAD instead of traditional site measurements?

Scan to CAD uses millions of measured data points captured by LiDAR scanners, creating a far more detailed and accurate representation of existing conditions than traditional manual measurements.

4. What CAD deliverables can be produced from point cloud data?

Common deliverables include:

  • AutoCAD drawings
  • General arrangement drawings
  • Layout drawings
  • Structural steel models
  • Mechanical equipment models
  • Pipework models
  • Fabrication drawings
  • As-built documentation

5. Can Scan to CAD support brownfield port upgrades?

Yes. Scan to CAD is particularly valuable for brownfield projects where original drawings may be outdated, missing or no longer reflect actual site conditions. Accurate models help reduce design risks and improve project outcomes.

6. What file formats can Hamilton By Design provide?

We can provide deliverables in formats including:

  • DWG
  • DXF
  • STEP
  • SAT
  • Parasolid
  • SolidWorks
  • Inventor
  • IFC
  • Revit

Depending on project requirements.

7. How does Scan to CAD reduce engineering project risk?

Accurate CAD models allow engineers to verify dimensions, identify clashes, check clearances and develop designs based on actual site conditions. This reduces rework, installation issues and costly construction delays.

8. Can point cloud data be used for mechanical engineering projects?

Absolutely. Point cloud data provides the foundation for equipment upgrades, conveyor modifications, plant expansions, structural changes and reverse engineering projects commonly undertaken within Sydney ports.

9. Can Scan to CAD data be used for BIM and digital twin projects?

Yes. CAD models generated from laser scan data can be incorporated into BIM workflows, digital twin platforms, asset management systems and future infrastructure planning projects.

10. Why choose Hamilton By Design for Scan to CAD services in Sydney ports?

Hamilton By Design combines:

  • 3D LiDAR Scanning
  • Scan to CAD
  • Mechanical Engineering
  • Engineering Drafting
  • Reverse Engineering
  • Scan to BIM
  • Digital Twin Development

Unlike drafting-only providers, we understand how engineering models are used throughout design, fabrication, construction and maintenance, ensuring practical outcomes for port infrastructure projects.

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3D Scanning for Marine & Ship Repair in Perth

3D scanning for marine and ship repair in Perth showing laser capture of a vessel transitioning into a point cloud and BIM model.

3D Scanning for Marine & Ship Repair in Perth | Scan-to-BIM

Engineering Certainty for Vessels, Structures and Waterfront Assets

Perth is home to one of Australia’s most active marine maintenance corridors. From commercial vessels and defence platforms to offshore support craft and port infrastructure, every repair decision must be based on accurate geometry rather than assumptions. 3D Scanning for Marine & Ship Repair in Perth provides that certainty—delivering millimetre-accurate digital records of hulls, decks, pipe systems and mechanical spaces before fabrication begins.

Laser scanning of a Perth vessel for Scan-to-BIM marine refit and ship repair engineering.

The Digital Backbone of Marine Repairs

A marine laser scan is more than a survey; it is the backbone of the repair process. The quality of the initial capture determines how smoothly every downstream task will run—steel replacement, pipe spool fabrication, equipment retrofits and alignment works. If the backbone is broken, even simple jobs become complex. Poor measurement leads to rework on the wharf, schedule blowouts and costly vessel downtime.

Terrestrial and handheld scanners capture millions of measured points across:

  • Hull plating and frames
  • Engine rooms and machinery spaces
  • Pipework and HVAC systems
  • Deck structures and cranes
  • Jetty and berth interfaces

This data forms a single source of truth for naval architects, engineers and fabricators working across Fremantle, Henderson and the wider Perth maritime precinct.

From Point Cloud to Fabrication

The real value of 3D Scanning for Marine & Ship Repair in Perth lies in the engineering deliverables created after capture:

  • Point clouds for AutoCAD, Rhino and ShipConstructor
  • Scan-to-BIM or Scan-to-CAD models of hull and structure
  • Fabrication-ready DXF, STEP and Parasolid files
  • Navisworks meshes for clash detection
  • As-built verification for class and regulatory submissions

These outputs allow workshops to prefabricate with confidence while the vessel remains in service, reducing time alongside and improving safety.

Protecting the Project Team

Marine refits involve tight schedules, confined spaces and multiple contractors. High-quality scanning protects project managers, engineers, designers and fabricators by removing interpretation from the process. Decisions are based on measured reality, not tape measures in awkward bilges.

For older vessels with decades of undocumented modifications, scanning becomes the neutral reference that aligns owners, class surveyors and repair yards around the same dataset.

Applications Across Perth’s Marine Sector

3D Scanning for Marine & Ship Repair in Perth supports:

  • Steel renewal and insert design
  • Pipe spool prefabrication
  • Propulsion and shaft alignment checks
  • Engine change-outs and foundation design
  • Ballast and fuel system upgrades
  • Accommodation refits
  • Jetty and berth interface surveys
  • Class compliance documentation

Whether the project is a tug in Fremantle, an offshore support vessel in Henderson, or port infrastructure along the Swan River, accurate capture reduces risk.

Working Around Operational Constraints

Marine assets rarely stop for long. Scanning can be completed during short alongside windows, at night shifts, or between tide movements. A single visit can capture enough information for months of design work without repeated access to restricted areas.

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Engineer-Led Capture

Effective marine scanning must be driven by engineering outcomes. Accuracy tolerances, control networks and target placement are defined around the repair deliverables, not the scanner. This ensures the final models support fabrication, alignment and class approval.

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Start With a Measured Foundation

3D Scanning for Marine & Ship Repair in Perth enables safer, faster and more predictable refits. When the digital backbone is strong, fabrication fits first time and vessels return to service sooner.

If your vessel or waterfront asset requires accurate as-built data, our team can attend site, capture the geometry and deliver engineering-ready models tailored to your workflow.

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Talk to Hamilton By Design about:

  • Marine Scan-to-BIM
  • Hull and pipework digitisation
  • Fabrication models
  • Class documentation support
  • Jetty and berth scanning
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