BIM technology has a broad range of applications that span the entire lifecycle of construction projects, involving multiple professions and disciplines. At each stage, different personnel can utilize BIM to enhance their work processes. This section focuses on the specific applications of BIM technology across various phases of a building’s lifecycle.
1. Planning Stage (Pre-Planning)
The pre-planning phase is crucial as it significantly influences the entire construction project, impacting all subsequent stages. BIM technology enables stakeholders to engage early in project planning, facilitating the timely identification and coordination of potential issues. This collaboration ensures smooth design, construction, and delivery, reducing waste and avoiding delays.
During this phase, BIM applications include site modeling and maintenance, site analysis, cost estimation, schedule planning, architectural planning, and more.
For example, the China Zun Building, located in Beijing’s central business district, stands as the world’s first supertall structure over 500 meters high in an earthquake zone rated 8 degrees. In its architectural planning, the BIM database was used to extract environmental and site-specific data, create a comprehensive model of the surrounding area, and integrate the BIM model of the underground public spaces in the CBD core. This detailed information allowed the team to address various challenges efficiently and minimize unnecessary waste during planning.
2. Design Phase
BIM technology plays a vital role throughout the architectural design process, supporting scheme presentations, design creation, building performance and structural analysis, collaborative workflows, specification checks, quantity takeoffs, and green building assessments.
The Zhuhai Opera House, China’s only opera house located on an island, showcases BIM’s capabilities in theater design. BIM was used to generate parameterized seating layouts and conduct visual analyses, simulating sightlines for each seat to optimize the audience experience.
With BIM, architects performed comprehensive line-of-sight analyses from multiple perspectives, allowing intuitive visualization of audience views and quick plan adjustments. Visual analysis of all 1,550 seats was completed efficiently, with detailed analysis tables generated directly from the BIM model.
3. Construction Phase
As BIM technology continues to advance in China’s construction industry, its benefits have become widely recognized. BIM enhances construction coordination and management, supports detailed design verification, simulates construction progress, organizes construction workflows, facilitates digital construction, monitors quality and progress, and tracks materials.
The National Convention and Exhibition Center, the world’s largest comprehensive project covering 1.47 million square meters, exemplifies BIM’s impact during construction. The project’s complexity—including civil, steel, curtain wall, roof, mechanical and electrical, and decoration engineering—posed significant challenges. BIM was utilized for clash detection to resolve professional conflicts, eliminate hidden risks, avoid rework, and address construction difficulties effectively.
4. Operation and Maintenance Phase
The operation and maintenance stage is the longest in a building’s lifecycle and is critical for sustaining building performance. Effective management during this phase improves operational quality, reduces costs, and enhances oversight. BIM supports activities such as model handover, maintenance planning, building system analysis, asset management, spatial analysis, disaster prevention planning, and emergency simulations.
SOHO China, a leader in the real estate industry, integrates architecture with innovative technology to drive continuous growth. The company has developed asset management systems for projects like Galaxy SOHO and Wangjing SOHO, combining BIM technology with property management services. By integrating physical and spatial data, property managers can access real-time, intuitive building information through BIM models, enabling efficient operation and maintenance management.
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