model without CAD at the construction stage
Posted: Sun Dec 22, 2024 9:58 am
Managing an information model without CAD
While working in the customer service, Vasily Fonar encountered the fact that contractors used various CAD programs, while he did not work with them at all. The main thing that was needed was structured data on design solutions.
To implement this task, a classification system was developed that regulated information management at all stages of the project. The system allowed for centralized data storage and management, which was especially important for preventing information saudi arabia phone number collisions and data desynchronization.
Information
As an example of using an information model without 3D graphics, the expert showed tasks on monitoring construction sites. He described how his team integrated information on the current state of the object using aerial monitoring systems and NLS (point cloud), which allowed monitoring progress and recording the current state. As a result, the information model served as a structural representation of data, which was used to link information on construction elements to their actual location on the site.
This methodology allowed not only to monitor the site condition, but also to prepare data for commissioning the facility. It is important to note that the commissioning of the facility is not limited to the transfer of documentation. For example, industrial facilities, such as oil depots, require integration with the MRO system, which is responsible for planning maintenance and equipment repair.
Economic benefit and data updating
Integration of data from the information model with the maintenance and repair system allowed to significantly reduce the time and costs of equipment certification. The development of the integration cost about 10-15 million rubles per project, while traditional certification could cost 3.5 million per facility. Within the framework of the reconstruction program, which includes 60 facilities, the savings were significant. In addition, accelerating the commissioning of the facility by one and a half to two months led to additional financial benefits.
To maintain the relevance of data at the operational stage, a separate system was developed that allowed changes to be made through the information model. Thus, the model became the entry point for all changes, which allowed avoiding data desynchronization and errors during operation.
Conclusion
Managing an information model without using CAD systems is not only possible, but also an effective approach to digitalization of construction. Structured data allows optimizing processes at all stages of the project life cycle, reducing costs and improving the quality of management. The experience of implementing such projects shows that the transition to data management, rather than graphics, opens up new opportunities for increasing efficiency and achieving economic benefits in the construction and operation of facilities.
While working in the customer service, Vasily Fonar encountered the fact that contractors used various CAD programs, while he did not work with them at all. The main thing that was needed was structured data on design solutions.
To implement this task, a classification system was developed that regulated information management at all stages of the project. The system allowed for centralized data storage and management, which was especially important for preventing information saudi arabia phone number collisions and data desynchronization.
Information
As an example of using an information model without 3D graphics, the expert showed tasks on monitoring construction sites. He described how his team integrated information on the current state of the object using aerial monitoring systems and NLS (point cloud), which allowed monitoring progress and recording the current state. As a result, the information model served as a structural representation of data, which was used to link information on construction elements to their actual location on the site.
This methodology allowed not only to monitor the site condition, but also to prepare data for commissioning the facility. It is important to note that the commissioning of the facility is not limited to the transfer of documentation. For example, industrial facilities, such as oil depots, require integration with the MRO system, which is responsible for planning maintenance and equipment repair.
Economic benefit and data updating
Integration of data from the information model with the maintenance and repair system allowed to significantly reduce the time and costs of equipment certification. The development of the integration cost about 10-15 million rubles per project, while traditional certification could cost 3.5 million per facility. Within the framework of the reconstruction program, which includes 60 facilities, the savings were significant. In addition, accelerating the commissioning of the facility by one and a half to two months led to additional financial benefits.
To maintain the relevance of data at the operational stage, a separate system was developed that allowed changes to be made through the information model. Thus, the model became the entry point for all changes, which allowed avoiding data desynchronization and errors during operation.
Conclusion
Managing an information model without using CAD systems is not only possible, but also an effective approach to digitalization of construction. Structured data allows optimizing processes at all stages of the project life cycle, reducing costs and improving the quality of management. The experience of implementing such projects shows that the transition to data management, rather than graphics, opens up new opportunities for increasing efficiency and achieving economic benefits in the construction and operation of facilities.