Test plugins thoroughly before using them in large projects.
Train engineers so that they understand the logic behind automation tools and can prepare correct input data. Over time, they will develop a more rigorous approach to modeling, which will improve the efficiency of the digital technologies used.
3.
This is the most complex level, at which plugins analyze both the geometry and the information content telegram in philippines of the model, based on sets of rules and regulations.
Thus, the BIM coordinator told about a plugin for automatic placement of supply and exhaust grilles. It can take into account the geometry of the room, the height of the ceilings, the presence of doors and windows, as well as the consistency of this data with GOSTs, after which it selects the parameters of the grilles that correspond to the standards and places them in the model.
The difficulty in working with such tools is that they process quite a large number of parameters. To reduce the load, the use of artificial intelligence is ideal. Neural networks are capable of creating complex solutions that take into account the ergonomics of utility networks, possible collisions and regulatory requirements. This will allow going beyond local automation and implementing full-fledged intelligent design.
When performing theoretical-geometric automation, the speaker recommended actively studying and developing the capabilities of AI for engineering design in order to improve the quality of automation and design in general.
The idea of using artificial intelligence in building design has also taken root in the minds of foreign vendors. Read more about why AI should be used for such tasks in this article .
Conclusion
Automation in BIM is not only a way to speed up processes, but also an opportunity to improve the quality of design. Its methods are steadily moving towards the integration of artificial intelligence, as evidenced by the transformation of work processes in the industry. However, the success of all automation endeavors also depends on careful data preparation, continuous training of employees, and testing of new tools.
Moving on to it, it is important to remember: you are designing the future, and any simplifications or errors in design can have long-term consequences. After all, the quality of the structure and engineering systems of the building determines how comfortable and safe life in society will be.