Abstract
At the beginning of the 21st century, BIM technology continued to develop globally,
and was successively used in engineering design, construction management and other
links, and gradually showed results. Beginning in 2011, China has increased its policy
support for BIM technology, and successively issued some notices and documents to
encourage the promotion of BIM technology and standardize the use of BIM technology.
As of the end of 2019, more than 1,500 projects have been managed using BIM
technology in China, but the government quality supervision department still basically
adopts the traditional quality supervision model, and only Chongqing is piloting a BIM-
based quality supervision system. According to statistics, as of the end of 2019, there were
more than 120,000 national quality supervision personnel, while the number of houses and
municipal engineering projects under construction nationwide reached 192,500. It can be
seen that the workload of each supervisor is very large, and the traditional supervision
mode can not meet the requirements of the development of the times. This article studies
how to use BIM technology to carry out engineering quality supervision, thereby
improving work efficiency.
Firstly, the background of this research is put forward, the purpose and significance
of this research under the current situation are summarized, and the research status of BIM
Technology at home and abroad is briefly discussed. Finally, the content and method of
the research are determined, and the feasible research route is made.
Secondly, it discusses the current situation of Engineering Quality Supervision in
China. After asking questions, this paper introduces the demand factors of this research,
and points out that it is urgent to build an information regulatory model based on BIM
Technology. Then it discusses two main functions of BIM based engineering quality
supervision system, one is assessment and evaluation, the other is supervision. It also
analyzes the main modules of the two functional design, discusses how to design and build
the supervision system, and discusses the working process and main working methods of
the system in detail.
Thirdly, through case simulation analysis, the feasibility of BIM technology-based
assessment and evaluation and project quality supervision is verified. In view of the case,
according to the work flow of this mode, it discusses in detail how to carry out supervision
work in each stage and how to improve the efficiency of supervision work.
Finally, the research results of this topic are summarized and five conclusions are
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