Built on BIM Technology, the architectural collaboration platform aims to facilitate the sharing and transformation of building information models among designers from various departments and specialties throughout the entire lifecycle of a building. This enables seamless collaboration in the field of architecture. But what are the key functions of building collaboration platform applications based on BIM technology?
1. Building Model Information Storage
Effective collaboration among architects and engineers relies on the ability to share and exchange building information models, which is the core of BIM technology implementation. Therefore, a BIM-based building collaboration platform must have robust storage capabilities.
Currently, most building information models in architecture are stored as files. This method is inefficient for handling complex models with large datasets that require frequent updates. Moreover, it poses challenges when trying to centralize engineering information across multiple projects.
In contrast, database storage technology is widely used and mature in information technology. Databases offer large storage capacity, high efficiency for data input, output, and queries, and facilitate easy sharing. This study adopts database storage for building information models, addressing the limitations of traditional file storage.
The developed database follows the IFC standard, enabling centralized storage of engineering data for multiple projects within a single BIM building information model database.
2. Graphic Editing Platform
On a BIM-based collaboration platform, designers from diverse disciplines need to edit, convert, and share building information models stored in the BIM database. To support this, a graphic editing platform is essential.
This platform provides an intuitive visual representation of BIM models, allowing professional designers to perform various operations directly within the BIM database. Additionally, combining the BIM database—which may store building information for an entire city—with Geographic Information Systems (GIS) and transportation data creates a powerful tool for visualizing and managing a truly digital city.
3. Architectural Application Software
The construction industry involves multiple professions and disciplines, especially during the design phase. Architects, structural engineers, HVAC engineers, electrical engineers, and plumbing engineers all collaborate closely. This requires a range of specialized architectural software, such as structural performance calculators and lighting simulation tools.
Therefore, the BIM building collaboration platform must include architectural application software to facilitate design and performance analysis for various professionals, streamlining their workflow and improving accuracy.
4. Building Collaboration Platform Based on BIM Technology
Given the involvement of multiple specialists throughout a building’s lifecycle, effective management is essential. A BIM-based collaboration platform should provide controlled permission allocation for designers across different disciplines. It must efficiently manage software tools, design processes, and the timing and content of information exchange.
By doing so, the platform maximizes the benefits of BIM technology, ensuring smooth cooperation and project success. The foundation for such a system lies in the proper implementation of BIM technology.
In summary, what functions does a building collaboration platform based on BIM technology offer? As outlined above, it is clear that with the widespread and in-depth adoption of BIM Technology, these collaborative platforms will become increasingly powerful and comprehensive.
Must log in before commenting!
Sign Up