BIM (Building Information Modeling) has emerged as a result of market standardization and the establishment of production standards within the construction industry. However, its application in enterprises faces two major challenges: the modeling and maintenance workload of BIM, and the limited practical adoption of BIM in China. This lack of widespread use has prevented the formation of a complete industrial chain capable of coordinating various project stages. The primary obstacles hindering BIM development in China can be summarized as follows:
First, the industry and market have long tolerated the limitations of existing two-dimensional designs. Labor and site costs remain low, and addressing engineering issues caused by design flaws is relatively inexpensive. Design institutes juggle multiple responsibilities and often lack the time for training in BIM software. Additionally, the benefits and costs associated with 3D design have yet to be fully evaluated or recognized by the market.
Second, there is a significant lack of localized BIM component elements. Both 3D design and BIM rely heavily on component libraries. Domestic software companies generally do not offer BIM concept design tools, while foreign software products struggle with effectively localizing component elements for the Chinese market. Consequently, domestic design institutes find it difficult and costly to develop their own BIM components. Pengyucheng has been dedicated to addressing BIM software development challenges and providing high-quality BIM project consulting services, offering deep insights and experience in China’s BIM landscape.
Third, the BIM implementation environment remains underdeveloped. BIM represents a fundamentally new operating model for the construction industry, and without strong government promotion, it is challenging to change established practices. Moreover, China lacks exemplary BIM operating models to serve as references. The inconsistent business capabilities among domestic design firms, construction companies, and other stakeholders further impede BIM adoption. Experienced designers face complex learning curves, show limited enthusiasm for new software, and the extensive model maintenance required due to design changes and drawing revisions during construction adds to the resistance.
Finally, it is important to highlight the current absence of comprehensive and effective BIM standards in China. This includes standards for data exchange, BIM application capability evaluation, and project implementation protocols. In contrast, developed regions such as Europe and North America have already established such standards—like the National BIM Standard (NBIMS) in the United States—providing a structured framework that supports BIM integration.
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