REVIT; The Tools We Use for the AEC Industry
You’ve probably heard of BIM- but what about the tools behind the models? In this post, we’re zooming in on Revit: the 3D modeling software we rely on to turn complex designs into clear, buildable drawings.
What is Revit
Revit is one of the most widely used tools for creating 3D models in the architecture, engineering, and construction (AEC) industry. It’s popular among architects, structural engineers, MEP (mechanical, electrical, and plumbing) professionals, designers, and contractors because of its ability to create, edit, and review detailed 3D models with impressive accuracy.
What sets Revit apart is its ability to embed information directly into the model- like materials, pricing, and quantities. For example, a door in Revit isn’t just a shape; it can include specs, costs, and scheduling data that estimators can use for precise budgeting. Revit essentially helps teams follow BIM (Building Information Modeling) best practices more easily and efficiently.
Why Build in 3D?
It’s the age-old debate: old school vs. new school. What’s wrong with sticking to tried-and-true 2D linework? Honestly- nothing. Revit even allows you to work that way if you want. You can open it up, treat it like AutoCAD, and start drawing walls with lines. Simple enough.
But simplicity can become time-consuming- especially on large projects. With 2D, every change you make requires manual updates across all your views to ensure everything stays aligned. That’s where 3D modeling steps in.
With 3D modeling in Revit, much of the heavy lifting happens upfront. You input the right details into your wall, floor, and ceiling types at the beginning. Once your model is built, creating plans and elevations is as easy as placing a view. Revit automatically generates the drawing from your model- ready for annotation.
Even that part is easier: if your wall element already has the right info, just hit “Annotate Tag” and click the wall. The note appears- no copy-pasting or repeating across multiple views. Need a materials schedule? If your model is filled out properly, Revit can generate that too. It’s smarter, faster, and more consistent.
But Wait, There’s More?
Revit has a lot of analytical tools for a variety of the construction industry. Let’s have a look at some of these tools and features.
Renderings
Renderings are a powerful tool- especially for architects and interior designers- when it comes to bringing a project to life. With Revit, you can create detailed construction documentation that includes 3D views, cutaways, stereo panoramas, and even immersive virtual reality experiences by integrating with Autodesk’s 3ds Max.
These tools help bridge the gap between technical design and client understanding. Renderings allow clients to see a realistic version of their vision, making it easier to communicate ideas and make informed decisions. Including 3D views in your drawing set can also help clarify construction details for contractors on site, reducing confusion and rework.
Bonus feature: Revit’s integration with Google Maps allows you to perform a Sun Path Analysis, accurately visualizing how natural light and shadows will interact with your project throughout the day and across seasons.
Toposolids
Toposolids in Revit allow you to model accurate 3D representations of a project's terrain using survey points. While civil engineers typically prefer Civil 3D for creating surface models, grading, and pipe networks- since it's purpose-built for site and infrastructure design- Revit plays a key role in coordination.
Fortunately, Civil 3D models can be imported directly into Revit, making it easier to collaborate on site plans with architects and other consultants working within the Revit environment. This helps ensure that the building model integrates smoothly with existing site conditions and improves coordination between disciplines.
Manage Links
The Manage Link feature is a cornerstone of effective BIM practice in Revit. It allows you to link in external models- such as architectural, structural, mechanical, or plumbing- directly into your own Revit model. This creates a shared, coordinated working environment where teams can identify design conflicts or overlaps early in the process.
For example, you can link in a mechanical model to check for clashes with your structural elements, helping to avoid costly errors during construction. Revit also supports cloud collaboration platforms like BIM 360, making it easy to publish your models and share them in real-time. This means consultants and contractors can view, link, or even coordinate their own models with yours- streamlining communication and improving project outcomes.
Shared Files
Revit’s worksharing feature allows multiple users to collaborate on the same model simultaneously. Once a central shared file is created, team members can open it and generate their own local files. These local files sync with the central model, allowing everyone to see the latest updates in real time.
Revit prompts users to synchronize regularly, ensuring changes are saved and visible to others. If two users attempt to edit the same element- like a wall or floor- Revit will send notifications to help coordinate access. While these built-in prompts offer light communication, it’s still important to maintain clear dialogue with your team to avoid overlap or confusion.
Note: With too many users in one model, things can get messy- so plan your team workflows accordingly!
Add-ons/Plug-ins
One of Revit’s strengths is its ability to integrate with third-party add-ons and plug-ins to extend its core functionality.
For Engineers: MEP professionals can use plug-ins to perform tasks Revit doesn’t natively support- such as airflow analysis or energy modeling- by linking to external tools designed for those functions.
For Architects & Designers: Rendering plug-ins like Enscape provide faster, more detailed rendering options, enabling real-time walkthroughs and enhanced visual presentations beyond Revit’s built-in tools.
For All Users: Tools like pyRevit (a free and open-source plug-in) streamline daily workflows. For example, you can:
Batch-create sheets instead of adding them one by one
Activate revisions across multiple sheets at once
Automate repetitive drafting tasks
Add-ons help Revit users customize their environment, save time, and enhance collaboration across disciplines. Whether you're looking to speed up sheet creation or elevate your visualization game, there's probably a plug-in for that.
Example Projects?
Some previous projects that were made or currently being made using Revit are SEM Construction’s Jetstream project, Schlegel Villages’ Barrie Long Term Care, and Michael Clark Construction’s Amino North American Corporation.
This modeling program has not only helped us deliver projects on time, but also allowed us to provide detailed, accurate information to support a smooth construction process. We’re excited to continue leveraging its capabilities in our future projects!