While computer-aided drafting (CAD) is appropriate for most 3D rendering situations, the nuances of architecture and building services require something a bit more in-depth and specialized. This is where Revit comes into play.
Revit is a design program made explicitly for architects and building professionals. The program can use real-time information to inform the creation of intelligent digital models. Much complexity comes with developing plans and strategies for building commercial properties, homes, and everything in between. Ultimately, Revit allows building professionals to use the information they have to create accurate and quality virtual designs. Read on for a dive into the pros, cons, and uses for Revit design programs.
One of the hallmarks of Revit is the business information modeling (BIM) workflow feature. For many companies, task and workflow management is all the rage. However, what if you had a tool that allowed you to not only take care of one function, but also to manage and handle another? Through offering BIM workflows, Revit enables building professionals to not only render accurate models but also to streamline the design process and use dynamic information to update created business models automatically.
Architectural professionals can quickly draw commercial building models to share with customers and rapidly make any changes to existing designs. Revit also acts as a database, as all project data can be stored in one file.
While this program has a lot to offer, it is crucial to understand its shortcomings so that you and your team can prepare for them. Revit’s primary focus is on accuracy and practicality. As a result, users and customers are likely not going to see highly-stylized and aesthetically pleasing models.
If someone is more interested in looking over mechanics, then Revit may not be the best option. Editing designs created using this program can also pose a challenge depending on the perspective you’re seeking. It’s difficult to build models from specific angles (especially for those who are interested in interior design services), and the lack of popularity in comparison to CAD programs may make it hard to find someone with an expertise in Revit. These disadvantages can be planned for, but they may still pose obstacles that designers or companies specializing in developing building designs may want to consider.
Even though Revit’s usage has waned in popularity when compared to traditional CAD offerings, Revit is still a powerful tool that is used by many. According to iDataLabs, over 3,500 companies use Revit. Most are small businesses with 10 to 50 employees.
The largest five companies that utilize Revit in the work they do are Atkins Limited; HDR, Inc.; Stantec Inc.; Michael Baker International, LLC, and M.C. Dean. The majority of companies using Revit are in the architecture services industry, while those in construction and higher education follow in the rate of Revit usage.
When it comes to the program's global standing, 54 percent of Revit customers reside in the United States. The second most popular country for Revit is the United Kingdom at 11 percent. So, if your company is planning to work with any individuals or companies outside of the United States regarding architectural or construction work, a CAD option may make more sense.
It is crucial to understand that Revit is a software platform for BIM. Knowing this makes it easier to see the differences between CAD and Revit. At its core, CAD is a computer-aided design and drafting software that allows designers to create 2D and 3D graphics. It is a general tool that can be used in a lot of different industries and for various reasons. The Revit BIM is building-specific and facilitates all phases of the building process. So, if expressing the details and specifics of building structures is crucial to what you do, the Revit BIM system is the best option. For those who are more focused on aesthetics and general 2D and 3D rendering, the CAD is the better choice.
While it is true that Revit design is primarily used in architecture and construction, it still makes sense to more closely examine the details of its usage in a more specific way. Here are some common uses of Revit design in the world of building and construction.
Revit design is many times used to show the relationship between various types of building components. For example, it can reveal how a foundation interacts with wood, metal, or other building materials developed in a model. It can also be used to show dimensions, project templates, and drawing references.
How does a design change if it is built at a higher elevation, or if there is a hill to consider? The power of Revit’s system allows it to take into the account the physical layout of the building site. As a result, you can produce an accurate construction layout since Revit includes images of the terrain, property lines, and even plants. The last thing an architect or a builder wants is to begin a building project only to face a physical obstacle that could have been accounted for much earlier. Revit is useful in preventing this issue.
What impact will a specific material have on the roofing design? How does the geometry of a wall affect the whole model? What materials do you need for your intended design? Revit can help you answer these questions while determining all the materials and components you might need to bring the digital design to fruition.
The Revit design system is excellent for altering a building’s design. As mentioned earlier, Revit allows you to remove, trim, or modify an existing model easily. If you need to change the layout of a room or alter a group of items at one time, Revit can be used to make this happen.
One of the primary uses and purposes for Revit and the accompanying BIM is to create accurate and digital designs at a faster rate of time. All of the uses mentioned above along with the information gathering of the BIM feature allow you to increase your productivity by providing tools such as performance analysis, work sharing and collaboration, construction modeling, bidirectional associativity, and many other resources. All of these tools work together to streamline the design phase, which enables you and your team to jumpstart the building process a lot sooner.
Revisiting the above data from iDataLabs, the third industry that uses the Revit design system the most is higher education. Schools of architecture and other educational institutions use Revit as a training tool. Its detail and nuances are great for teaching students about the complexities that come along with the design and construction of buildings.
Using Revit in the classroom is also an excellent introduction for using this program in real-world situations. As mentioned above, Revit is not the most widely used rendering and design software – even for those in the construction industry – so providing as much exposure as possible to students and up-and-coming building professionals prove critical.
Finding the right fit for your building design project can be a challenge. Whether you’re running a business or are managing the projects, the chances are high that your bandwidth may prevent you from putting a lot of time into finding the right candidate. So, let Cad Crowd help you find your next Revit designer. Our platform connects businesses with expert freelance CAD services. All freelancers are vetted, pre-qualified, and screened to ensure that you are only working with the best.
So, if you are in need of a Revit designer for your next building project, we invite you to reach out to us today. We offer first-time clients a free estimate that outlines the cost of the services you need depending on the scope of your project. Hiring your next designer does not have to be a challenge. Allow Cad Crowd to connect you with its global network of expert designers at a price that works for you and your team. Contact us for a free quote today!
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