There are six applications of BIM operation and maintenance management. The main technical route is "BIM modeling software+existing facility management software". The former includes Revit/Tekla/Cadpipe, and the latter includes FM:Systems/Maximo/ArchiBUS. The main work includes two parts: one is how to exchange BIM model information for operation and maintenance management software, and the other is how to transform or enhance the BIM capability of existing operation and maintenance management software.
The team of Professor Zhang Jianping from Tsinghua University cooperated with the First Company of China Construction Third Bureau to develop the "Intelligent Management System of Mechanical and Electrical Equipment Based on BIM" based on OpenGL, and applied it in the second phase of Shenzhen Kerry Center (building area of 6,543,800 square meters). Based on the professional application engine Navisworks, Guangzhou Ubisoft Construction Consulting Co., Ltd. developed the "Equipment and Pipeline Emergency Maintenance Management System of Ubisoft BIM Construction Project" 4, which was applied in the first phase of Wuhan International Expo Center (the construction area is 450,000 square meters, which is a joint service project of BIM Engineering Center of Huazhong University of Science and Technology and Guangzhou Ubisoft Construction Consulting Co., Ltd.). Shanghai Jiankun Information Technology Co., Ltd. tried to upgrade the original IBMS system for operation and maintenance management of Shanghai Center Project (building area of 580,000 square meters).
Compared with the application of BIM in the design and construction stage, there is still a considerable gap in the number and types of projects, the depth and breadth of technology application, the number of teams and personnel involved, and its maturity is naturally far less than that of BIM in the design and construction stage. From the above cases, we can find that different teams are trying different methods to explore BIM operation and maintenance management.
There are so many different ways to choose from in BIM operation and maintenance management, so people naturally want to know which way should be adopted in concrete implementation. There is no standard answer to this question, which is related to the project characteristics, operation and maintenance requirements, enterprise software and hardware and personnel status, planned investment and future goals, and needs to be analyzed and decided according to the actual situation.