C-Y Liu, O. Chong, A. Chatterjee, Y. Yang, O. Chong, Y. Li
Arizona State University,
United States
Keywords: building information modeling (BIM), 3D language model (3D-LLM), high-tech facilities, autonomous engineering, spatial configurations
Summary:
Incorporating 3D Language Model (3D-LLM) technologies into Building Information Modeling (BIM) marks a significant advancement in designing and maintaining high-tech facilities, such as semiconductor manufacturing plants, data centers, and biotechnology laboratories. These facilities require exacting environmental control standards and detailed spatial organization to function effectively, making the precision and flexibility of BIM tools crucial. Adding 3D-LLM technologies enhances BIM by introducing a layer of intelligence that automates and refines the generation of detailed, contextually relevant text descriptions for BIM components. This advancement leads to a more nuanced representation of building elements, essential for informed decision-making during facility planning. The focus is not only on resilience and adaptability but also on meticulously managing the facility's spatial layout, particularly the directionality and placement of pipelines and equipment. Proper alignment and positioning are critical for operational integrity and compliance with industry standards. The 3D Spatial Optimization Module, a feature of the 3D-LLM technology, utilizes its capabilities to align text descriptions with precise coordinates in the BIM environment. This alignment facilitates the meticulous planning of space configurations, optimizing facilities for current operations and future modifications. Moreover, integrating 3D-LLM in BIM reduces potential human errors, streamlines the design process, and ensures all design aspects are thoroughly documented. By merging sophisticated language modeling with detailed 3D visualizations, BIM becomes a dynamic, accurate, and resilient design tool that effectively bridges the gap between theoretical designs and practical implementations. This ensures that high-tech facilities are well-prepared to face future challenges. The enhancement of BIM through 3D-LLM technologies establishes new standards for operational efficiency, resilience, and adaptability, catering to high-tech facilities' immediate and evolving needs. This integration highlights the critical importance of precise modeling and optimization of building components' directional and positional attributes in complex environments.