BIM, or Building Information Modeling, is a technology used to create and manage digital information about construction products and their engineering applications throughout the entire lifecycle of building facilities. This includes structures such as buildings, bridges, roads, tunnels, and more.
To put it simply, BIM is not just a tool but a new technology, method, and concept that simulates real-world engineering within a virtual computer environment. It supports various management and engineering tasks throughout the construction lifecycle, including planning, design, construction, operation, and maintenance.
BIM focuses on aggregating and sustainably using lifecycle information across engineering fields—such as construction, civil engineering, water conservancy, and marine engineering. It enables 3D visualization and fosters collaboration across disciplines and project phases. Additionally, BIM links geometric and non-geometric data, allows real-time monitoring of both static and dynamic process information, and integrates information across micro and macro spatial scales.
Thanks to these capabilities, BIM technology has led to many successful projects and significant achievements worldwide. It has improved the quality of public works, reduced costs caused by errors and changes, shortened construction timelines, and enhanced cross-disciplinary integration and communication management. The development and application of BIM continue to evolve rapidly both domestically and internationally.
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