Open BIM: Concept and Advantages Explained in Detail

Open BIM is a collaborative approach emphasizing interoperability and communication among software applications and project stakeholders. In this model, different software tools will exchange information seamlessly, nurturing collaboration between engineers, architects, contractors, and other participants. It is often summed up using open standards, tools, and processes when working with Building Information Modeling. It’s an effort to facilitate information sharing during the complete BIM process. Designers face the challenge of adhering to different construction rules and green standards, which adds to the difficulty of creating BIM visualization boards. Fulfill the goals of all interested parties taking part in the project; it should also enable data flow from other technologies. Building SMART developed the idea of open BIM to provide the standards for efficient information sharing for AEC operations.

How exactly does the concept of Open BIM work?

The general notion of BIM is simple real-time collaboration and project development. Therefore, the approach segregation in how BIM should be followed could be understood by analyzing open BIM vs closed BIM and open BIM advantages over closed BIM.
Many tools work together for Open BIM to make things more streamlined and integrate workflow, facilitating smooth communication. The approach empowers project teams to work more cooperatively, leading to better decision-making. The system’s open nature allows flexibility and adaptability, accommodating diverse software solutions to BIM implementation.

What exactly could you term as Closed BIM?

When significant project stakeholders use the same software like Autodesk’s Revit Architecture or Revit Structure in a closed environment, it is referred to as lonely BIM. The method restricts integration to those familiar with specific BIM tools but enables collaboration among project participants. Minimize interoperability problems brought on by disparate software solutions within the same projects in frequently favoured.

Major differences between Open BIM and Closed BIM:

A transparent and open workflow is referred to as Open BIM, making it suitable for project participants to work together regardless of what they are working on. A closed BIM environment restricts collaboration with a single software approach. It also establishes a common language for processes and gives project data the longevity it seeks.
On the other hand, closed BIM solely relies on software data, which brings a closet approach to critical data analysis and data-driven design practices. It also encourages competition with software vendors irrespective of their workforce and revenue sizing. Moreover, it makes client-centric design mainstreaming product supply through their demands. A legacy monopoly of big software corporations in the closed BIM workflow.

Advantages of using Open BIM for AEC workflow:

Open BIM’s benefits include ensuring coordination, reducing errors, and improving project cycle efficiency. Here, we have listed down the benefits of deploying the Open BIM approach in your project flow –

• Data accessibility – It facilitates seamless data exchange and accessibility among project stakeholders. By using open file formats and protocols, like IFC, BFC, and COBie, stakeholders can access, share, and collaborate on BIM data regardless of their software platforms.
• Ease in innovation – The open BIM enhances innovation by fostering an ecosystem of interoperable software solutions and tools. Professional teams have the flexibility to choose the best-in-class software for their specific needs without being locked into proprietary formats or workflows.
• Efficient Resilience – Open BIM encourages the resilience of AEC projects by enabling seamless data integration and exchange between different disciplines and phases of the project. Interoperability allows critical project information like design changes, specifications, and schedules to be updated.
• Better Security Insurance – With this, the project data is not tied to any proprietary software or platform, eliminating the risk of data loss or vendor lock-in. This offers better security insurance for project stakeholders as they have immense control over their data and can easily migrate to other software solutions if required.
• Future Proof – Open BIM future-proofs AEC projects by enabling interoperability with updated technologies and standards. As the industry evolves and new technologies emerge, Open BIM ensures that project data remains compatible and accessible despite changes in software or technology platforms.

Conclusion-

Open BIM represents significant growth in the construction industry, emphasizing collaboration, compatibility, and efficiency for better projection. It revolutionizes the Architecture, Engineering, and Construction (AEC) industry by encouraging collaborations, interoperability, and innovation. Use the open file formats and protocols, as Open BIM facilitates seamless data exchange and accessibility among project stakeholders.

With benefits including enhanced data accessibility, ease of innovation, efficient resilience, better security insurance, and future-proofing, Open BIM empowers teams to streamline the workflow, improve communication and deliver superior outcomes.

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