1) Virtual Construction. Virtual construction technology involves a non-physical construction process performed during the early project stages. The created model integrates comprehensive information such as geometric shapes, material properties, schedules, quality standards, and construction methods. By leveraging BIM technology for virtual construction, key elements like material consumption, scheduling, cost allocation, and quality control can be verified and analyzed. Based on these simulations, the most effective construction plan can be developed to guide the actual building process. This plan is then visually presented to all stakeholders, allowing them to easily understand workflows, schedules, and procedures at a glance. This approach significantly reduces issues such as rework, budget overruns, and quality problems caused by unclear or chaotic processes.
2) Information Management. Traditional workflows often suffer from fragmented information dispersed across multiple systems, resulting in significant data silos. Valuable information remains unused, leading to extremely low efficiency in data utilization. This fragmentation causes data loss during processes due to lack of proper recording and storage. Additionally, analyses conducted without access to comprehensive data sets lack reliability and scientific rigor. Implementing BIM technology effectively resolves these issues by ensuring data completeness and consistency throughout the project lifecycle.
3) Material Quality Management. BIM technology enables efficient tracking of material inventories and requirements. Calculation modules quickly determine quantities and preparation timelines for needed materials. Once materials and equipment arrive on-site, real-time updates are made to the system to support ongoing operations. On-site managers use QR code scanning to rapidly collect relevant data, which is then aggregated on the platform. This process allows management to monitor material demands accurately and promptly identify any material-related issues.
4) Drawing Review and Coordination. Traditional construction methods often lack a reliable basis for assessing construction quality through drawings. With BIM technology, design drawings—such as architectural, structural, and facility plans—can be quickly reviewed and compared within the model. This review and verification process ensures the drawings are scientifically sound and rational, helping to identify and correct any errors early in the project.
5) Clash Detection. BIM technology facilitates simulation modeling to replicate various scenarios and perform clash detection throughout the project lifecycle. This proactive approach enables timely identification of conflicts, allowing real-time optimization and adjustment of plans. It also helps anticipate potential future issues, enhancing the team’s ability to control and mitigate risks before they occur.
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