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  • Writer's pictureIgnacio Gutiérrez E.

Revit for Structural Engineers - 5 Benefits

Updated: Apr 23, 2023

Today, the architecture, engineering and construction (AIC) industry is undergoing rapid change. It all started with the introduction of AutoCAD in the 1980s, a software solution that allowed engineers to create detailed designs for construction projects. In recent years, this concept has evolved into something much more complex, practical and powerful: Building Information Modeling (BIM). This type of software uses parametric and 3D modeling capabilities along with cloud-based technology to enable accurate modeling and advanced collaboration features. One of the most popular BIM software solutions is Revit , developed by AutoDesk, the company behind AutoCAD. While some civil engineers are still embroiled in the AutoCAD Architecture versus AutoCAD debate, more and more people are switching to Revit. The BIM platform offers much more in terms of functionality and advanced features. In this article, we will take a closer look at what Revit is and why it has become so popular. We will also focus on the specific benefits for civil engineers.

What is Revit?

Revit is BIM software that lets you manage all aspects of a construction project, from concept and design to execution and maintenance. Revit has features that cover the entire lifecycle of a project and allow cross-functional teams to work with a single, up-to-date data set. The platform is praised by engineers for its interoperability, complex data and planning capabilities. In addition, Revit is a cloud-based platform that enables teams to collaborate efficiently and in real time.

The advantages of Revit for structural engineers

Because Revit has features that support every phase of a construction project, it has several benefits for everyone involved. From business executives and project managers to architects and even field workers, everyone can use Revit to improve their work and performance. However, Revit has several features that make it particularly useful for civil engineers. Let us take a look at five specific benefits that this platform BIM offers to this professional group.

1. Collaboration between different teams

Structural engineers need to be able to collaborate efficiently with all other teams throughout a project. Revit enables just that by providing an intelligent model that is used by all stakeholders in real time. Revit is a native BIM solution, which means that all work is done in a single file that is constantly updated. By using such integrated workflows, civil engineers can ensure that no data is lost and the risk of errors is minimized.

In addition, structural engineers can use Revit to quickly share and send data to workers and other stakeholders on the job site. Basically, Revit saves a lot of time, resources and logistical challenges. Because all project sheets, views and models are updated in real time, the likelihood of communication and human error is greatly reduced.

2. Templates and localized libraries

Structural engineers need to take into account all the different standards and regulations that apply in different countries and locations. Revit makes it easy to comply with local regulations by working with localized libraries and model templates. These libraries are created using input from various customers and country-specific industry standards. Of course, these libraries and templates can be modified and extended to fit the requirements of a specific project.

3. Intelligent models with parametric capabilities

Unlike the standard software CAD, Revit has features specifically designed for 3D modeling of buildings and other complex structures. Each model in Revit comes with a complete set of parameters that can be updated and modified. All stakeholders can use this data to make better decisions and improve the overall work process. The intelligent building models that Revit creates integrate critical project data that can be accessed anytime, anywhere.

For civil engineers, Revit's parametric capabilities are especially useful. By creating dependencies between different data sets, you can streamline processes, save time and reduce risk. For example, if you change the width of a floor slab, the associated reinforcement details, steel reinforcement and dimensions are automatically adjusted.

4. Detailed 3D models with bi-directional views

The ability to create complex and detailed 3D models has undeniable advantages when it comes to a civil engineer's workflow. With Revit, you can create a variety of bidirectional views, including 3D details, plans and sections. Even better, all of these views work with the same data set and are stored in the same model and file. When changes are made to the 3D model, all of these views are also updated automatically.

In addition, you can further enhance these bidirectional views by adding 2D elements and dimensions. By adding other sheets, shapes and positions, you can create views that really help optimize your work and minimize errors and planning problems.

5. Structural reinforcement modeling

​Revit makes it easy to reinforce precast or cast-in-place concrete elements with intelligent 3D reinforcement. This reinforcement modeling uses 3D views, 2D views in the workspace. Reinforced elements, such as slabs and rebars, maintain their dependencies and are automatically updated when the model is changed. This is especially useful when it comes to meeting building code requirements. With Revit, you can create detailed 2D reinforcement drawings that include all the details: Positions, dimensions as well as reinforcement layouts, sections and bends.


The rise of BIM software has revolutionized the field of AIC and all related processes. Revit's exceptional capabilities make it an indispensable tool for all modern construction projects. Revit's features are extremely useful: helping multidisciplinary teams make the most of their workflows, minimizing errors, reducing risks, and streamlining design briefs, construction drawings, technical specifications, and more. Revit provides the ability to effectively manage all project phases, including preliminary design and long-term maintenance after completion.

Civil engineers have a great tool to streamline our work. Improved collaboration and real-time information contribute to better workflows and project management. In addition, Revit has a variety of technical features that make an engineer's job easier and improve their overall performance. Last but not least, working with 3D models with built-in parametric capabilities enables better decision making, information flow and risk mitigation.

ingeniero calculista ingeniero estructural
Ignacio Gutiérrez - Ingeniero Civil Estructural

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