(1) The use of BIM technology helps relevant stakeholders enhance production efficiency while reducing costs. BIM is a powerful tool, especially its parametric design capabilities, which have gained widespread popularity. These features enable continuous optimization of bridge structure designs and minimize construction rework. As a result, BIM serves as an effective solution to save both time and money, while ensuring greater construction efficiency.
(2) BIM technology significantly drives innovation and advancement in bridge engineering. Globally, it has become one of the most cutting-edge technologies in the construction sector, seamlessly connecting all phases of bridge design, construction, and operation through visual digital models. BIM provides an excellent platform for sharing and collaboration, enabling all project partners to engage in early design discussions and coordinate information effectively. This collaboration fosters innovation and ensures the project remains progressive.
(3) BIM also enhances the scheme review process by making it more intuitive and ensuring cost accuracy. During the scheme selection and evaluation phase, BIM allows owners to visualize the completed project more clearly and access relevant data effortlessly. Traditionally, labor and material calculations were based on 2D drawings, but with BIM models, these calculations are more precise and often automated by computer systems, saving considerable time and improving budget accuracy.
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