If you work in architecture, engineering, or construction, you’ve probably heard about BIM in recent years. But beyond the buzzword, there’s a specific question many professionals are asking: Is BIM really necessary for my company or project? The short answer is yes. The long answer is what you’ll find in this article.
In this blog from Aufiero Informática , authorized distributors of BIM software in Latin America since 2003, we explain from scratch what BIM is, what its real benefits are, and how it is changing the construction industry in our region.
| Key fact: According to the report by the Argentine Chamber of Construction, projects that implement BIM reduce costs by up to 20% due to coordination errors and rework. |
What is BIM? More than software, it’s a way of working
Building Information Modeling (BIM) is a collaborative work methodology that allows for the creation, management, and sharing of information about a construction project within a three-dimensional digital model. It’s not simply about creating 3D plans; it’s about building a digital twin of the project that contains all the project information—structure, installations, materials, costs, and schedules—in a single, integrated environment.
Unlike traditional CAD, where each discipline worked on separate files and conflicts were discovered on-site, BIM allows architects, structural engineers, installers, and contractors to share and update the same model in real time.
The dimensions of BIM
BIM is not just a 3D model. It involves different “dimensions” that add layers of information to the model:
- 3D – Geometry and visualization of the project
- 4D – Linking the model to the construction schedule (time)
- 5D – Integration of costs and budgets
- 6D – Sustainability and energy efficiency management
- 7D – Asset management during building operation and maintenance
Each dimension adds value at a different stage of the project life cycle, from design to demolition or conversion of the property.
Specific benefits of implementing BIM
The benefits of BIM are not theoretical: companies throughout Latin America are already seeing tangible results. These are the most important:
1. Reduction of errors and conflicts in construction
One of the biggest problems in traditional construction projects is the clash between disciplines: a pipe hitting a beam, an electrical installation crossing a structure. BIM allows these clashes to be detected before they occur on site through the clash detection process, saving time and money.
2. More efficient communication between teams
A BIM model is the single source of information for the project. This eliminates misunderstandings that arise when each team works with different versions of plans or documents. Everyone has access to the same up-to-date information.
3. More accurate cost estimation
By linking the model with cost databases (BIM 5D), it is possible to generate automatic and updated budgets that reflect any changes in the design immediately, reducing financial surprises during execution.
4. Better time management
4D simulation allows you to visualize the progress of the work over time, identify bottlenecks in the schedule, and optimize the logistics of materials and personnel before starting construction.
5. Delivery of assets to the client
Upon completion of the project, the BIM model becomes a comprehensive digital manual for the building, containing all the information on materials, suppliers, and installed systems. This is invaluable for future maintenance and operation.
| In public infrastructure projects in Chile and Colombia, the mandatory use of BIM is already legislated for projects of a certain scale. Argentina, Peru, and Mexico are moving in the same direction. |
BIM in Latin America: the current state of adoption
The adoption of BIM in Latin America is growing rapidly, although at different rates depending on the country and the type of company.
Which countries are leading the adoption?
Chile is the most advanced country in the region in terms of BIM policies, with government mandates and national training programs already underway. Colombia and Brazil also show significant adoption, driven by both the private and public sectors.
Argentina, Uruguay, Peru, and Mexico are in a transition phase: the private sector—especially larger construction companies and international architecture firms—is already implementing it, while the public sector is beginning to require it in tenders.
Why was adoption slower than in Europe?
Unlike the UK or Scandinavia, where the government mandated BIM more than a decade ago, Latin America long lacked clear public policies. This, coupled with the language barrier (most technical documentation was in English) and the initial cost of licenses, hindered early adoption.
However, today those obstacles are being overcome: there is more training in Spanish, license prices have become more flexible, and governments have begun to legislate on the matter.
What BIM software is used in Latin America?
There is a broad ecosystem of BIM tools. At Aufiero Informática, we distribute the leading solutions used by professionals and companies throughout the region:
| Software | User profile | Specialty |
| ArchiCAD | Architects and design studios | BIM architectural design |
| Octave BricsCAD | Teams migrating from AutoCAD | Integrated CAD + BIM |
| BlueBeam Revu | Construction inspectors and coordinators | Plan marking and collaboration |
| Bentley Systems | Infrastructure and civil works | Large-scale projects |
| SketchUp | Conceptual design and presentations | Rapid modeling and visualization |
| SolidWorks | Engineers and industrial designers | Mechanical parametric design |
Rendering and visualization: the final step in the BIM process
Once the model is developed, visualization is key to communicating the project to clients and investors. For this purpose, Aufiero Informática also distributes the best rendering engines on the market:
- V-Ray – the industry standard for photorealistic images
- Lumion – real-time rendering, ideal for quick presentations
- Enscape – integrated directly into ArchiCAD, Revit, and SketchUp
- Corona Renderer – photorealistic quality with an accessible learning curve
- KeyShot – ideal for industrial products and materials
How to implement BIM in your company? Practical steps
Implementing BIM doesn’t happen overnight. It’s a gradual process that requires planning, training, and the right support. Here are the recommended steps:
Step 1: Diagnosis and definition of objectives
Before choosing software, it’s essential to understand what problem you want to solve: improve coordination between disciplines? Reduce errors on construction sites? Win bids that require BIM? The objective defines the tool and the level of implementation needed.
Step 2: Choosing the right software
There is no single, universal BIM software. The choice depends on the type of projects you undertake, the size of your team, and your budget. At Aufiero Informática, we can advise you free of charge to help you choose the tool that best suits your needs.
Step 3: Team Training
Technology is only part of the journey. Cultural and methodological change is equally important. At Aufiero, we offer a training program led by specialized Sales Engineers , covering both introductory and advanced levels of BIM.
Step 4: Pilot Project
Starting with a controlled-scale project allows the team to gain real-world experience with BIM without jeopardizing critical projects. Based on the lessons learned from the pilot, adoption is gradually expanded.
Step 5: Continuous Support
BIM implementation doesn’t end with the software purchase. At Aufiero, we offer ongoing technical support to resolve any issues during use, from license installation to workflow questions.
| Aufiero Informática supports construction companies, architecture studios and educational institutions throughout Latin America in their BIM adoption process, from initial consulting to training and support. |
BIM in education: training the professionals of the future
One of the most important transformations that the sector is experiencing is the incorporation of BIM into the curricula of universities and institutes of architecture and engineering.
In Latin America, many academic institutions now require their students to work with BIM tools in their final degree projects. This is creating a new generation of professionals who are entering the job market with skills that, just five years ago, were only available to specialists.
Aufiero Informática has special programs for educational institutions , with academic licenses and differentiated conditions so that universities and schools can incorporate these tools without economic barriers.
The future of BIM: towards smart construction
BIM is now a mature technology, but it continues to evolve. These are the trends that will define its development in the coming years:
- BIM + Artificial Intelligence: models that self-generate and self-optimize.
- BIM + Digital Twin: the BIM model connected in real time with sensors of the building in operation.
- BIM + Drones and photogrammetry: surveying works with drones (using Pix4D or Metashape) directly integrated into the BIM model.
- BIM in the cloud: real-time collaboration without relying on powerful local servers.
- OpenBIM: standardization of formats (IFC) to eliminate dependence on a single software.
The construction industry is one of the least digitized in the world, but that’s changing. BIM is the gateway to that digital transformation, and those who adopt it today will be better positioned to grow tomorrow.
Conclusion
BIM is not a fad or just another tool. It’s a fundamental shift in how buildings are designed, constructed, and managed. In Latin America, adoption is reaching a tipping point: what was once a competitive advantage is becoming a market requirement.
If you’re thinking about taking the first step, Aufiero Informática is there to accompany you : with the right software, the necessary training, and the support your team needs to make the journey efficiently.
