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Your Guide to Purchasing BIM Software (2025 Edition)
- Authors
- Name
- Gretchel Panaga
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What is BIM Software?
BIM (Building Information Modeling) software is a digital tool used to create intelligent 3D models that represent the physical and functional characteristics of a building or infrastructure asset. Unlike traditional 2D CAD tools, BIM software integrates geometry, spatial relationships, and embedded data such as materials, costs, and schedules.
At its core, BIM enables architects, engineers, and construction professionals to collaborate on a shared digital representation of a project throughout its lifecycle—from conceptual design and detailed engineering to construction, operations, and maintenance.
Benefits of BIM Software
Modern BIM software supports advanced workflows such as clash detection, 4D scheduling, energy simulations, and asset management, making it a central component of digital delivery in today's built environment.
In countries like the Netherlands and Singapore, 3D BIM is required for public projects. Singapore’s Building and Construction Authority (BCA) has set clear standards for BIM e-submissions. This means firms must adopt BIM software to comply with local regulations and improve project outcomes.
Types of BIM Software
BIM software solutions vary based on their intended use within the building lifecycle. Understanding the different types can help teams choose the right tool for their needs.
1. Authoring Tools
These tools are used to create, modify, and manage detailed 3D models. They form the core of BIM design workflows and allow users to develop architectural, structural, and MEP elements.
Examples: OpenBuildings Designer, Autodesk Revit, Graphisoft ArchiCAD, BricsCAD BIM, Tekla Structures
Use Cases: 3D modeling and documentation, parametric design, coordination of architectural, structural, and MEP systems
2. Analysis & Simulation Tools
These tools analyze BIM models to simulate aspects such as energy performance, lighting, structural integrity, or environmental impact.
Examples: Autodesk Insight, IES VE, Sefaira, ANSYS
Use Cases: Energy and sustainability analysis, daylight and airflow simulation, structural load simulation
3. Coordination & Clash Detection Tools
Used during design coordination stages, these tools help teams identify and resolve spatial conflicts between disciplines before construction begins.
Examples: Autodesk Navisworks, Solibri Model Checker, BIMcollab
Use Cases: Clash detection and resolution, interdisciplinary model coordination, issue tracking and version control
4. Common Data Environment (CDE) Platforms
CDE platforms facilitate collaboration by hosting models, drawings, and project data in a centralized environment with version control and access permissions.
Examples: Bentley ProjectWise, Autodesk BIM 360, Trimble Connect, Dalux
Use Cases: Document management, multi-team collaboration, ISO 19650-compliant workflows
5. Field & Construction Tools
These tools connect the BIM model with construction site activities, allowing teams to track progress, record as-builts, and communicate with field crews.
Examples: Trimble SiteVision, Revizto, PlanGrid, BIM 360 Field
Use Cases: Model viewing on-site, construction progress tracking, quality and safety inspections
6. Facility Management & Digital Twin Tools
Post-construction, these tools are used to manage the building or infrastructure asset. They leverage BIM data for maintenance, operations, and space management.
Examples: Archibus, FM:Systems, Bentley iTwin, EcoDomus
Use Cases: Asset management, space planning, preventive maintenance scheduling, IoT sensor integration for digital twins
BIM Software Comparison by Industry Segment
| BIM Software | Commercial Buildings | Infrastructure Works | Steel Fabrication / DFMA |
|---|---|---|---|
| Autodesk Revit | ✅ Widely used for architecture, MEP, and structural models in buildings | ⚠️ Used for architectural elements in infrastructure, but limited for civil design | ⚠️ Basic steel modeling; limited detailing compared to Tekla |
| OpenBuildings Designer | ✅ Strong in multidisciplinary building projects, especially large-scale | ✅ Optimized for infrastructure design and facility operations | ⚠️ Can model structural elements, but not fabrication-level |
| Graphisoft ArchiCAD | ✅ Popular for architecture, interiors, and design-centric workflows | ⚠️ Limited support for large-scale infrastructure coordination | ❌ Not designed for steel fabrication workflows |
| Tekla Structures | ⚠️ Not ideal for full-building design but used for structural packages | ✅ Widely used for bridges, tunnels, and structural infrastructure | ✅ Industry standard for steel detailing, connections, and fabrication |
| BricsCAD BIM | ✅ Cost-effective for small to mid-size building projects | ⚠️ Capable, but less used in infrastructure-scale projects | ⚠️ Can model steel, but lacks advanced fabrication tools |
✅ = Strong Fit
⚠️ = Usable with limitations
❌ = Not recommended
BIM Software Prices (2025)
| BIM Software | Type | Annual Price (SGD) | Developer |
|---|---|---|---|
| Autodesk Revit | Authoring Tool | 4,441.00 | Autodesk |
| OpenBuildings Designer | Authoring Tool | 4,389.00 | Bentley Systems |
| Graphisoft ArchiCAD | Authoring Tool | 3,045.00 | Graphisoft (Nemetschek) |
| Tekla Structures | Authoring Tool (Structural) | N.A. | Trimble |
| BricsCAD BIM | Authoring Tool | 1,000.00 | Bricsys (Hexagon) |
| Autodesk Insight | Analysis & Simulation | Included with Revit | Autodesk |
| IES VE | Analysis & Simulation | ~5,000.00+ (Varies by module) | Integrated Environmental Solutions (IES) |
| Autodesk Navisworks | Coordination | 2,433.00 | Autodesk |
| Solibri Model Checker | Coordination | ~5,500.00 | Solibri (Nemetschek) |
| Autodesk BIM 360 Docs | CDE Platform | 720.00 | Autodesk |
| Bentley ProjectWise | CDE Platform | From 365.00 | Bentley Systems |
| Revizto | Field & Coordination | ~1,500.00 | Revizto |
Note: Prices are approximate and may vary based on region, licensing model, or bundled services.
Note: Prices are approximate and may vary based on region, package, or user licensing model. Above prices are for annual subscriptions and do not include local taxes or additional modules.
Checklist for Choosing the Right BIM Software
Use this checklist to evaluate which BIM software best fits your project requirements and team workflow:
✅ What CDE platform are my stakeholders using?
Ensure the BIM tool is compatible with the Common Data Environment (e.g. BIM 360, ProjectWise, Trimble Connect) used by the project team.✅ What software is stated in the BIM Execution Plan (BEP)?
Always refer to the BEP to align with project requirements and avoid downstream compatibility issues.✅ Is working with IFC a viable option?
If IFC (Industry Foundation Classes) is acceptable, it opens up flexibility to use different BIM software that supports open standards.✅ Does the software meet my modeling and collaboration needs?
Consider whether the software supports the features you need—such as parametric modeling, discipline-specific tools, and whether you require live collaboration or are simply reviewing models.
Tip: Match your choice to your role in the project—design authoring, coordination, review, or facility management may each require different capabilities.
Where to Buy
BIM software can be purchased through local resellers or directly from software vendors. Local resellers often provide added value such as implementation support, user training, and flexible payment options tailored to business needs.
Ultimately, the best BIM software depends on your project type and industry requirements. Some companies may choose to work with experienced BIM Consultants to manage modeling tasks or implement full digital delivery workflows.
Funding Support for BIM Software
In Singapore, BIM software purchases may be eligible for government funding under schemes like the Productivity Solutions Grant (PSG). This grant supports companies in adopting pre-approved digital solutions to enhance productivity, and up to 50% of the cost can be covered.
Local BIM software resellers can assist in identifying if your software purchase qualifies for PSG or other relevant grants. They also help prepare the necessary documentation, guide you through the application process, and ensure you get the most value from your investment.
Tip: Check with your preferred reseller if the software is PSG-approved or if bundled solutions (including training and support) qualify for funding.
Getting Started with BIM Software
Whether you're in construction, design, or engineering, choosing the right BIM software is a key decision that impacts your productivity, compliance, and collaboration. Need help evaluating your options or understanding how to meet BCA’s BIM requirements? Talk to a BIM consultant or request a software demo.