As the saying goes, without rules, there can be no harmony. The same applies to BIM. Without a unified standard, BIM model information can easily become confusing and prone to errors. This was highlighted in Things You Don’t Know About BIM Modeling. The solution lies in establishing a unified platform that standardizes tasks and facilitates smooth data exchange between different teams and disciplines. Standardized processes significantly reduce errors caused by poor communication. Additionally, setting safety standards helps prevent security issues that arise from using various software and handling diverse information during construction. Today, let’s explore the standardization of BIM.
In recent years, building information modeling has become a key focus for research aimed at solving interoperability and information integration challenges. BIM is now driving future integrated operations and collaboration within the construction industry. The Industry Foundation Classes (IFCs), developed by the International Alliance for Interoperability (IAI), have matured into a standard supporting cross-domain interoperability throughout a building’s lifecycle. Standardizing BIM is seen as a crucial innovation step. BIM standards serve three essential roles: interoperability, trust, and comparability. So far, standards like IFCs have made partial but significant progress toward interoperability.
Considering past successes and future developments in standard models, several modifications are necessary. One key question is: how can a BIM model support continuously evolving tools and conventions? Since BIM tools and services will never be static or final, the BIM model itself must remain a living system—constantly evolving to support new tools, information technologies, communication methods, and best practices. Every stakeholder should advocate for BIM standardization, as it enhances asset management across all parties involved.
Currently, there are numerous approaches to BIM solutions, both private and compliant with formal standards. Feedback from various users reveals that formal standards, such as intergovernmental IFCs, are complex and lack the resources needed for rapid development and widespread adoption. A critical missing factor in BIM’s success is that owners often feel they are not receiving the full value from the construction industry. However, in some countries, leading owners are beginning to invest in project teams and leverage powerful BIM models to encourage collaboration and successful project completion.
To summarize, the standardization of BIM involves categorizing the extensive information contained within BIM applications, organizing and encoding it uniformly. This allows data to be accessed consistently according to defined specifications and assigned standardized terminology. In effect, BIM information gains its own “ID card,” making it easily identifiable and usable by all stakeholders.
Must log in before commenting!
Sign Up