Characteristics of the BIM method

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The BIM method is a process that involves several tools that facilitate the management of project information and allow the virtualization of different aspects of an environment or building. In this way, the professional can see a more faithful representation of what the project will be like when completed.

This methodology and new advances in construction colombia mobile database technology began to appear around 1986. From the beginning, BIM technology was guided by three basic premises: technology , processes and people .

Therefore, among the main characteristics of the BIM method , we can highlight:

ability to represent the physical and intrinsic properties of a building;
object-oriented work model that has a connection to a database;
optimized treatment of specific taxonomies;
programming environment to create standardized models and components;
ability to visualize and interact with models in three- and two-dimensional views;
possibility of adapting all project designs from the first model developed.
In this way, the professionals involved in the process are not considered just labor. On the contrary, they play their role during the process of managing so many stages of construction and creation of environments.

These points interact with each other to assist in deliveries, focusing on the management of architecture and engineering projects in all their stages: 4D planning, 3D coordination, structural analysis , among others.


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The importance of the BIM method in the professional environment
BIM is far from being just a trend in the construction sector. Today, this method is a necessity for professionals who want to stand out in the job market when offering engineering and architecture services.

According to the BIM Maturity Mapping , of the 643 BIM companies and representatives in Brazil, 81% optimize processes and generate savings due to the simulation made through digital modeling of the project. However, 45% of these companies outsource functions related to BIM, such as 3D coordination, creation and review of models and design of construction systems.

In other words, there is an interest in professionals who master BIM , but there is not enough manpower within the companies themselves. This is a gap for those who are in the field and are interested in the subject, but have not yet decided which branch to specialize in.

Going beyond research, practical examples also highlight the importance of this method in the workplace. Learn about the main applications and justifications for specializing in BIM.

Performance optimization
In any process, whether in construction or in industry , the search for performance optimization is a constant need. However, improvement depends on the attempt and investigation of performance .

Using BIM, it is possible to simulate the process and thus find ways to make it more efficient. All this without the need to spend extra resources on a project, but with failure analysis and more effective execution methods.

Cost reduction
Since BIM creates a virtualized environment of your project, all resources are used with greater control. This is a way to reduce project costs through more efficient use of resources , as it avoids waste and minimizes team rework.

Furthermore, with closer monitoring, it is possible to correct errors before they even occur, making deliveries faster and increasing the relationship between investment and return.

Reduction of conflicts
Have you ever seen a schedule causing conflicts, especially in the final stages? It is very common, especially when there is an accumulation of urgent tasks close to the deadline.

In these cases, the importance of BIM includes reducing conflicts during the delivery of a project, since it keeps the most essential information centralized in one place and in real time, with the help of software . This makes the schedule more fluid and with less chance of errors and delays.