3D Modelling BIM Services
Convert design data and laser scan information into accurate 3D BIM models for design, coordination, and construction.
Develop Precise Building Information Models
We provide 3D modelling (BIM) services to develop precise Building Information Models from point cloud data, CAD drawings, and design inputs. Our team creates architectural, structural, and MEP BIM models used for design development, clash detection, and construction coordination.
These BIM models represent actual or proposed conditions and are used for construction planning, renovation, retrofit, and facility management.
Our 3D modelling (BIM) services help you:
- Convert point cloud and CAD to BIM models
- Develop architectural, structural, and MEP BIM models
- Support clash detection and coordination workflows
- Improve design accuracy and project efficiency
Why Clients Choose Our 3D Modelling (BIM) Services
Multi-Discipline BIM Modelling
Develop coordinated architectural, structural, and MEP BIM models in a single environment.
Accurate Model Development
Models created from point cloud data and CAD drawings reflecting real conditions.
LOD-Based Modelling
Deliver models based on Level of Development (LOD 100–LOD 500) as per project scope.
Clash Detection Ready
Prepared models for coordination and clash detection workflows.
Structured BIM Data
Organized families, parameters, and model hierarchy for easy use.
Reliable Delivery
Defined BIM workflow with validation at each stage.
Industries We Serve
Residential
Apartments and housing projects
Commercial
Offices and mixed-use developments
Healthcare
Hospitals and medical facilities
Industrial
Plants and production facilities
Infrastructure
Public and transport assets
Energy & Utilities
Power and utility systems
Hospitality
Hotels and resorts
Retail & Entertainment
Malls and public spaces
Our 3D Modelling (BIM) Workflow
01
Input Data Review (Point Cloud / CAD / Design Drawings)
Review project scope, LOD requirements, and input data:
- .RCP / .RCS / .E57 (point cloud)
- .DWG (CAD drawings)
- PDF / IFC / design references
02
Point Cloud Processing
Register and process scan data to generate RCP / RCS files for BIM modelling.
03
BIM Project Setup
Set up:
- Project coordinates
- Levels and grids
Templates and shared parameters
04
Architectural BIM Modelling
Develop:
- Walls, floors, ceilings
- Doors, windows
- Roofs and façade elements
Output: Architectural BIM model (.RVT)
05
Structural BIM Modelling
Model:
- Columns, beams
- Slabs, foundations
- Structural framing
Output: Structural BIM model (.RVT)
06
MEP BIM Modelling
Create:
- HVAC systems (ducts, AHUs)
- Plumbing and piping systems
- Electrical systems (cable trays, conduits)
Output: MEP BIM model (.RVT)
07
Model Coordination and Clash Detection
Perform:
- Clash detection between disciplines
- Coordination checks Output: Clash reports (.HTML / .XML / .NWD)
08
Parameterization and Data Structuring
Add:
- Family parameters
- Equipment data
- System classifications
09
Quality Control and Validation
Verify:
- Model accuracy with point cloud / drawings
- LOD compliance
- Model completeness
10
Final Model Structuring and Delivery
Organize model by:
- Discipline
- Work sets
- Project zones
Deliverables
Benefits of BIM Modelling Services
- Improved design visualization
- Better multidisciplinary coordination
- Reduced construction clashes
- Faster project decision-making
- Accurate quantity take offs
- Improved project documentation
- Enhanced facility management
- Digital twin readiness
Frequently Asked Questions
3D modelling creates accurate digital representations of assets, helping engineers visualize layouts, plan modifications, and coordinate systems effectively.
3D models integrate new systems within existing assets digitally, allowing clash-free planning and reducing on-site errors during revamps.
Scan-based modelling reflects real site geometry, eliminating assumptions and ensuring models match actual conditions precisely.
Yes, 3D models enable accurate extraction of isometrics, GA drawings, layouts, and sections for engineering and fabrication use.
Accurate models ensure components are designed to real dimensions, reducing misalignment, fit-up issues, and rework during fabrication.
Industries like oil and gas, marine, manufacturing, construction, and power benefit from precise 3D modelling for planning and execution.
3D models help visualize work sequences, access routes, and constraints, improving shutdown planning and reducing downtime.
Yes, 3D models form the foundation of digital twins, supporting monitoring, simulation, and predictive maintenance workflows.
A shared 3D model improves communication between disciplines, reducing misunderstandings and coordination conflicts.
Deliverables include 3D models, isometrics, GA drawings, layouts, sections, and BIM-compatible outputs.