BIM Services
End-to-end BIM modeling services including Scan to BIM, CAD to BIM, MEP BIM, clash detection, and construction coordination workflows.
BIM Modeling Services for Design, Construction & Facility Management
We provide BIM modeling services for architecture, engineering, and construction (AEC) projects, supporting the complete project lifecycle from design development to construction and facility management. Our BIM solutions include Scan to BIM, CAD to BIM conversion, MEP BIM modeling, clash detection, 4D scheduling, and 5D quantity estimation workflows.
Our BIM services are diversified in many sub services like Scan to BIM, CAD to BIM, Scan to CAD, MEP BIM Modelling, Clash Detection, and Revit Family Creation, each designed to address specific project requirements and workflows.
These services help our customers in coordination, reducing errors, and streamlining project execution.
Our BIM Modeling Services
Industries Using BIM Modeling Services
Residential
Housing and apartment projects.
Commercial
Office and mixed-use developments.
Healthcare
Hospitals and clinics
Industrial
Plants and manufacturing facilities
Infrastructure
Public and transport projects
Energy & Utilities
Power plants and utility systems
Retail & Entertainment
Malls and public venues
Why Clients Choose Our BIM Services
Integrated BIM Workflow
Models delivered as per LOD 100 to LOD 500 based on project scope.
Multi-Discipline Expertise
Architectural, structural, and MEP BIM modelling under one coordinated workflow.
LOD-Based Model Development
Models delivered as per LOD 100 to LOD 500 based on project scope.
Data-Driven BIM Models
Structured Parameters, Classification, and intelligent BIM elements.
Clash Detection Ready Models
Prepared for coordination workflows with BIM models.
Scalable and Reliable Delivery
Consistent workflows ensure accuracy across small to large-scale projects.
Our BIM Workflow
01
Project Requirement Review
• Project scope and objectives
• Input data (CAD, point cloud, PDFs)
• LOD requirements and BIM standards
02
Data Preparation and Standardization Process
• Clean and organize input data
• Standardize units, coordinates, and formats
• Prepare datasets for BIM modelling
03
BIM Project Setup
• Project coordinates
• Levels and grids
• Templates and shared parameters
04
Architectural BIM Modelling
• Walls, floors, ceilings
• Doors, windows
• Roofs and façade elements
Output: Architectural BIM model
05
Structural BIM Modelling
• Columns, beams
• Slabs, foundations
• Structural framing
Output: Structural BIM model
06
MEP BIM Modelling
• HVAC systems (ducts, AHUs)
• Plumbing and piping
• Electrical systems (cable trays, conduits)
Output: MEP BIM model
07
Model Coordination and Clash Detection
• Clash detection between disciplines
• Coordination checks
Output: Clash reports (.HTML / .XML / .NWD)
08
Parameterization and Data Structuring
• Family parameters
• System classification
• Equipment and asset data
09
Quality Control and Validation
• Model accuracy against inputs
• LOD compliance
• Model completeness
10
Final Model Structuring and Delivery
• Discipline-wise models
• Federated BIM model
• Naming conventions and work sets
BIM Deliverables
- BIM models (.rvt)
- Discipline-wise BIM models (Architectural / Structural / MEP)
- Federated BIM model (.NWD)
- Clash detection reports (.HTML / .XML)
- LOD-based BIM models (LOD 100–LOD 500)
- 2D drawings extracted from BIM (.DWG / .PDF)
- Schedules (BOQ, equipment schedules)
- Parameterized BIM data
Frequently Asked Questions
BIM services involve creating intelligent 3D models containing geometry, technical data, and project information to improve design coordination, construction planning, accuracy, and overall project lifecycle management.
CAD focuses mainly on drafting and geometry, while BIM creates data-rich intelligent models that support coordination, quantity estimation, scheduling, clash detection, and facility management workflows.
Scan to BIM converts laser scan or point cloud data into accurate BIM models for renovation, retrofit, facility management, digital twin creation, and as-built documentation projects.
Clash detection identifies conflicts between architectural, structural, and MEP systems before construction begins, helping reduce costly rework, project delays, coordination issues, and onsite errors.
LOD (Level of Development) defines the detail and reliability of BIM models, ranging from conceptual models at LOD 100 to highly accurate as-built models at LOD 500.
BIM services commonly use software like Autodesk Revit, Navisworks, AutoCAD, BIM 360, and other coordination tools for modelling, clash detection, scheduling, and documentation workflows.
Yes, BIM models can extract accurate quantities, material data, and cost information to support 5D estimation, budgeting, procurement planning, and effective project cost management.
BIM services are widely used across residential, commercial, healthcare, industrial, infrastructure, energy, retail, and entertainment sectors for improved coordination and project execution efficiency.
Typical BIM deliverables include discipline-wise BIM models, federated models, clash reports, 2D drawings, BOQs, schedules, parameterized data, and LOD-based project documentation.
BIM improves coordination by integrating architectural, structural, and MEP systems into a centralized model, enabling teams to collaborate efficiently and resolve issues before construction begins.