BIM Models That Connect Data, Disciplines, and Decisions

At BIM AssetLab, our models do more than visualise a building—they connect data, disciplines, and decisions.

We create precise, geo-located BIM Architectural models and co-ordinate models created or certified by discipline professionals that support everything from design to construction to long-term facility management.

Whether you're a property owner, design consultant, or developer, our models are built to deliver clarity, reduce risk, and ensure lasting value.
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Our Models

Clear, Coordinated,
and Built for the Future

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Architectural Model

Architectural models are the foundation of any BIM project. These models define the spatial layout, materials, finishes, and design intent of a building. From floor plans to façade details, the architectural model captures everything that shapes the look, feel, and function of a space.

Applications & Benefits:
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‍- Visualise and communicate design intent early
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- Coordinate efficiently with structural and MEP disciplines
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- Enable material quantification and specification to masterbuild specifications within 5mm.
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- Support planning approvals and client presentations

Structural Model

Certified by industry professionals. The structural model represents the building's framework—beams, columns, foundations, and slabs. This model ensures that the architectural design is supported by a safe, efficient structural system.

‍Applications & Benefits:

- Integrate load-bearing elements with accuracy

- Perform structural analysis and simulation

- Detect early clashes with MEP and architectural elements

- Improve construction sequencing and documentation
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HVAC-R Model

HVAC-R (Heating, Ventilation, Air Conditioning & Refrigeration) models detail the climate control systems of a building. These models ensure comfort, indoor air quality, and energy efficiency.

‍Applications & Benefits:
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- Coordinate ductwork, air handling units, and mechanical rooms
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- Simulate airflow and thermal performance
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- Improve energy modelling and regulatory compliance
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- Reduce installation errors during construction
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MEP Model (Mechanical, Electrical, Plumbing)

MEP models represent the essential systems that keep a building functioning. They include mechanical systems (HVAC), electrical circuits, lighting, and plumbing.

‍Applications & Benefits:
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- Enable clash-free coordination across disciplines
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- Reduce RFIs and delays during construction
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- Provide detailed service layouts for maintenance teams
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- Connect to smart building systems for long-term monitoring
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SITE Model

SITE models represent the topography, boundaries, access points, services, and surrounding conditions of a project. These models provide essential context for all other building systems.

‍Applications & Benefits:
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- Model terrain, roads, and infrastructure accurately

- Align buildings with real-world coordinates (geo-location)

- Support planning and compliance with council regulations

- Visualise construction staging and logistics
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Model Coordination

Model Coordination in BIM Collaborate Pro (or similar OpenBIM Platform) allows project teams to detect and resolve design conflicts before construction begins. It integrates all disciplinary models into one platform, improving communication and efficiency.

‍How It Works:

Model Integration: Multi-disciplinary models are uploaded and synchronised
‍Clash Detection: Automatic clash detection across models
‍Issue Management: Assign and track clashes as issues
‍Project Visibility: Real-time updates on project status and changes
‍Applications & Benefits: Identify conflicts early between architectural, structural, and MEP teams

Save time with automated clash grouping and filteringAvoid costly on-site reworkEnsure project teams are aligned and informed

‍Tools We Use:
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‍BIM Collaborate Pro (Autodesk Construction Cloud)
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Autodesk Docs, ACC, and Design Collaboration modules
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Solibri Inc, a Nemetschek Company for Open BIM .ifc co-ordination
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BIM Models That Connect Data, Disciplines, and Decisions

Clear, Coordinated,
and Built for the Future

Architectural Model

Structural Model

HVAC-R Model

MEP Model (Mechanical, Electrical, Plumbing)

SITE Model

Model Coordination

Let’s Build a

Better Future Together.

BIM Models That Connect Data, Disciplines, and Decisions

Clear, Coordinated, and Built for the Future

Architectural Model

Structural Model

HVAC-R Model

MEP Model (Mechanical, Electrical, Plumbing)

SITE Model

Model Coordination

Let’s Build a

Better Future Together.

Clear, Coordinated,
and Built for the Future