Architectural visualization is a process aimed at presenting, as realistically as possible (using the necessary techniques), what the final result of a project still in development will look like. By using 3D architectural visualization, it is possible to deliver a detailed and accurate representation of the project. This is, of course, a simplified way to define it, as architectural visualization actually involves multiple processes, including the creation of detailed architectural views that allow for a more complete understanding of the design.
What Is Architectural Visualization?
Architectural visualization refers to a set of techniques and expertise that make it possible to represent a project long before construction begins. One of its main purposes is to present the final result to the client, allowing them to fully understand what their project will look like through a 3D visualization. To achieve this, it is necessary to gather all the relevant graphical documentation from the architect. This includes floor plans, elevations, and sections, as well as the overall site plan, materials, color schemes, and more. It’s also important to define elements such as lighting conditions, whether people, vehicles, or animals will appear in the scene, and whether they will be static or in motion. Finally, it is essential to create both interior and exterior 3D architectural visualizations that work cohesively together, ensuring the final result is clear and consistent. This approach is key to achieving complete and coherent architectural views.Who Uses 3D Architectural Visualization and What Is Its Purpose?
To better understand 3D architectural visualization, let’s explore which industries benefit from it and what its main objective is.
Who Is Architectural Visualization For?
This type of render is primarily used in architecture firms, as they are responsible for designing new architectural projects. It is often complemented by interior designers to ensure every detail is accurately represented, both externally and internally. Architectural visualization is used by the lead architect, but also by every member of the project team, including both those who create it and those who rely on it to continue developing the project.What Is It Used For?
Its purpose is to generate an image that communicates the architect’s vision to the entire team and, ultimately, to the client. In other words, it creates a shared understanding that everyone can work from. Its main objective is communication.Advantages of Using 3D Architectural Visualization
The process of 3D architectural visualization offers numerous advantages, some appearing in the early stages of a project and others later during sales, marketing, or presentation. These are the most important:- It helps determine whether an idea or design is viable.
- It reduces errors, helping avoid issues during the development process.
- It lowers costs associated with mistakes and design changes.
- It improves material selection through detailed architectural views.
- It delivers realistic results, providing accurate and reliable architectural visuals.
- It enhances productivity and competitiveness by offering precise 3D visualization.
- It improves team communication and coordination through detailed visual representations.
- It supports the sales process.
- It clearly conveys the project concept to clients through hyper-realistic 3D visualization.
How to Successfully Create 3D Architectural Visualization
Now that we understand what 3D architectural visualization is, what it’s used for, and who benefits from it, the next step is to learn how these architectural renders are created. To achieve this, we follow 9 essential steps for a successful project:- Preparation:
- Before starting the 3D model of a new project, every detail must be clearly defined to ensure the model is as close to reality as possible. This usually requires one or several meetings with the lead architect or the architectural team.
- At this stage, we need all the technical documentation from the architect, a conceptual design, and ideally some initial sketches. This preparation is crucial to ensure that the architectural views are accurate and faithfully represent the final project. Having complete and precise documentation makes it easier to create an effective 3D visualization that accurately reflects the architectural perspectives.
- Initial Modeling:
- Once all project details are clearly defined on paper, we can begin creating the first version of the 3D model.
- At this stage, we include the main 3D elements so the client can review and validate the initial model.
- The initial model also incorporates different viewpoints of the space. This stage is key to generating the first architectural views and allowing the client to review the project perspectives before moving on to more detailed work.
- Once everything is prepared, we wait for client validation to identify any necessary changes.
- Detail Modeling:
- At this stage, attention shifts to finer details. Smaller elements that are less critical at a global level are modeled. 3D visualization at this point allows for precise adjustments that enhance the realism and accuracy of the architectural representation.
- Definition of Construction Systems:
- At this stage, several factors must be considered:
- Construction materials.
- Structural construction systems.
- These aspects have a major impact on how the project is built. As technology evolves, new methods such as sustainable construction and green building are increasingly relevant.
- One of the key advantages of 3D modeling is the ability to test different systems and choose the most viable solution.
- At this stage, several factors must be considered:
- Lighting:
- Lighting is a crucial element in achieving a hyper-realistic final result. Proper lighting ensures that architectural views are detailed and visually accurate.
- The client provides guidance on how lighting should be applied in the project.
- Key lighting aspects to consider include:
- Color temperature
- Shadows
- Rendering:
- The final step in the architectural visualization process is rendering the complete 3D model created throughout the previous stages.
- The final quality also depends on the rendering engine used. That’s why in our studio we work with Unreal Engine, a powerful tool that delivers top-quality results for 3D architectural visualization.
Services of Our Architectural Visualization Studio
At Behind Pictures, we are a rendering studio specialized in 3D architectural visualization and product renders, delivering outstanding results for the most demanding architects. We specialize in creating architectural views that allow every detail of a project to be visualized with precision, both in terms of 3D visualization and overall architectural representation. Would you like support with your architectural projects? At Behind Pictures, we are professionals focused on creating high-quality visual assets that help achieve each client’s goals.Types of Architectural Visualization
Some classify types of architectural visualization into seven categories, others into five… but what’s clear is that there are three main types, from which additional subcategories can be derived to further expand the classification.Exterior and Interior Residential Renders
Residential renders are typically divided into exterior and interior. However, they can also be combined within a single 3D architectural visualization to provide a complete overview of the project. Exterior renders must take into account several key aspects, such as daylight conditions, clarity, climate zone, and outdoor elements like patios and gardens, as well as whether vehicles or other elements will be present. For an accurate 3D visualization, it is essential to consider the architectural views that best highlight the surrounding environment. On the other hand, interior rendering allows you to showcase every space in detail, room by room. It is usually a more meticulous process. Here, materials, color schemes, and decorative elements are key, as they help convey the future experience of the space. Factors such as window views, textures, and finishes also play an important role. In this sense, architects and designers must provide highly detailed information in order to create the most accurate architectural visualization possible and ensure that the 3D representation faithfully reflects the interior of the project.
Retail: Exterior and Interior Visualization of Commercial Projects
In this case, the key focus is on showcasing the building within its surroundings, although the interior space is equally important. Through architectural visualization, it is possible to create retail display renders, for example, and understand how people will interact with the project in relation to its environment and surrounding elements. This is achieved through 3D architectural visualization techniques that provide detailed and realistic representations. Within interior spaces, lighting and color play a crucial role. Even more than in previous cases, achieving strong interior-exterior harmony is essential—ensuring a consistent message is conveyed through the 3D visualization.
