Have you heard of the BIM methodology? If you are here, you certainly want to know more about how it works and what it’s for.
We can say that this methodology came with the introduction of society to the digital age, in which construction and architecture go beyond traditional plans and models.
BIM is an innovative methodology that is transforming how projects are planned, executed, and managed.
But after all, what is BIM? What is it used for? And how does this methodology work? These and other questions will be answered by Blocks in this article!
So, if you want to dive into the BIM universe, stay with us. Enjoy your reading!
What is BIM?
BIM, also known as Building Information Modeling, is an advanced, revolutionary methodology in the construction and architecture industries.
Unlike traditional methods, which are based on two-dimensional plans, BIM offers a three-dimensional and detailed view of each project.
Based on that, this allows the creation of digital models that includes not only geometry but also information about each element of the project.
In other words, in a BIM project, users can learn about details such as materials, costs, time, and even maintenance data. Amazing, right?
That is why, BIM is a methodology that facilitates the integration of different professionals, from the design phase to the execution and operation of a construction.
We can say it is a comprehensive methodology, in which it is possible to identify and resolve issues before they happen, as well as optimize resource use and improve communication in architectural or construction projects.
What is the difference between Revit and BIM?
It’s common for people entering the world of Revit to come across the term BIM.
The relationship between BIM and Revit lies precisely in their complementarity and integration.
As we mentioned before, BIM is a methodology that uses three-dimensional digital models to represent a construction project in great detail.
On the other hand, Revit is a specific software developed by Autodesk, enabling the implementation of the BIM methodology.
This is because Revit provides tools for creating detailed models, high-quality rendering, cloud collaboration, and parameterization of elements.
In other words, while BIM is a strategic approach for managing information throughout a project’s lifecycle, Revit is a tool that facilitates the execution of this methodology.
However, it’s worth mentioning that BIM is also present in other softwares such as ArchiCAD, Allplan, and AECOsim Building Designer.
What are BIM applications?
Now that you know what BIM is, it’s time to understand its applications. This methodology has numerous uses, but the main ones are:
- Planning and Project: BIM facilitates the creation of detailed 3D models, allowing visualization and analysis of all aspects of the project, such as structure, installations, and electrical and hydraulic systems.
- Construction: During construction, BIM helps manage resources, reducing errors and rework, while increasing project efficiency.
- Maintenance: After project completion, BIM remains useful for future maintenance and operations, as it provides detailed information about the materials and components used in the project.
These are some of the main applications of BIM, but it can also be applied in other areas, such as architectural and interior design projects.
That’s why BIM is known as a comprehensive methodology that also facilitates communication between professionals such as architects, engineers, and builders.
What are the benefits of BIM?
After learning about what BIM is and its major features, you’re probably curious about the benefits of using this methodology.
Following, Blocks has outlined some of the main benefits of using BIM. Let’s get to know them? Check it out!
Error Reduction
One of BIM’s key benefits is the reduction of errors in developing civil or architectural projects.
With BIM, all elements of the project are integrated into a single digital model, making it easier to identify potential conflicts and incompatibilities between disciplines.
This allows errors to be corrected in the design phase, avoiding modifications and reducing costs.
We cannot forget that BIM enables simulations and detailed analyses of a building’s performance in different scenarios.
Time Optimization
BIM’s methodology also offers significant benefits in terms of time optimization. It can reduce work time by 20% to 50%.
The detailed visualization provided by BIM allows better planning and tracking of construction, enabling more precise control of the schedule.
With simulation and analysis tools, it’s possible to optimize decision-making, such as choosing the most suitable materials and defining the best strategies.
This helps avoid delays and wastes, ensuring greater efficiency in project execution.
Better Communication
BIM also facilitates excellent communication between construction teams.
It provides an integrated platform where architects, builders, engineers, and other professionals can collaborate effectively.
This happens because, with BIM, everyone involved in a project has access to a shared digital model containing ALL the detailed information about the project.
Centralizing communication eliminates the need for frequent meetings and exchanging physical documents, thus reducing the risk of misunderstandings, errors, and further modifications.
Easier Maintenance
We must not forget the BIM benefit to ease the maintenance of a project.
With BIM, project data is stored in a digital model that can be accessed and updated throughout the building’s lifecycle.
This means that when maintenance is needed, professionals can consult the model for precise information about the materials, systems, and components used.
With the option to simulate maintenance scenarios, it is possible to have processes optimized, making maintenance easier.
Sustainability
Sustainability is one of BIM’s most important benefits.
This is because it allows designers and builders to consider the environmental impact of their projects.
With BIM, it’s possible to simulate and analyze a building’s energy performance even before it is constructed, enabling sustainable adjustments.
Additionally, BIM facilitates the selection of sustainable materials and efficient resource management during construction.
As a consequence we can minimize material waste and reduce pollution generated in the process.
When did the BIM methodology emerge?
Although the BIM methodology is considered relatively new, its origins date back to the 1970s in the United States.
It was during this period that professionals and companies in sectors related to construction began to recognize the need to integrate more information into projects created with more specialized softwares.
The concept of the Virtual Building by ARCHICAD Graphisoft from Nemetschek, considered one of the first BIM applications, was launched in 1987.
Since then, other companies began working in this field, encompassing various areas.
Furthermore, the term BIM was officially coined in a 1992 article, based on the ideas of Professor Charles M. Eastman from the Georgia Institute of Technology, who developed the concept of information modeling.
What is the importance of BIM in a project? 
After all, what is the importance of BIM in a project? Now we know it’s due to the integrated and detailed approach that the methodology offers in projects.
With BIM, everyone involved in a project, from architects and engineers to builders, has access to the digital model with valuable project information.
This detailed view of the project benefits everyone involved, including the owner, making it easier to understand all stages of construction.
Besides, BIM allows advanced simulations, such as energy and structural analyses, which help optimize design before construction even begins.
In other words, BIM transforms the construction process into something more transparent, optimized, and integrated.
Blocks Plugin: get to know the BIM families’ library!
If you’ve made it this far, it means you’re very interested in the BIM universe!
Do you know what’s essential throughout your journey with BIM? A plugin that makes project development easier, like the Blocks Plugin!
But what exactly is the Blocks Plugin? What does it have to do with the BIM methodology? Honestly, everything!
The Blocks Plugin was created with Revit users in mind, aiming to simplify project delivery.
That’s why our plugin offers access to over 5,000 BIM families that can be modified according to the user’s project.
In other words, designing in Revit is much easier with the Blocks Plugin. Stop wasting hours downloading families from the internet and focus on what really matters. 
Conclusion
Did you fully understand what BIM is? Certainly, this methodology is here to stay, and as time goes on, it will only improve.
So, if you’re a professional in civil construction, architecture, urbanism, or interior design, diving into the BIM world is crucial to stay aligned with current technology and trends.
This will help you not only understand your projects more easily but also optimize your time.
In other words, we can’t deny it: BIM’s methodology is the future. So, the more you learn about it, the better your projects will be.
Did you enjoy this content? For more like this, stay tuned to the Blocks Blog!
