Smooth transition from AutoCAD to Revit

AutoCAD is the predominant software used in fields like engineering, architecture, and construction. Introduced in 1982, this software has found its extensive application in these sectors and more and has paved way for software packages like 3DS Max and Sketchup. AutoCAD supports 2D and 3D computer-aided design and is routinely used in the preparation of blueprints and engineering plans The rise of the Building Information Modeling (BIM) concept has pointed out some insufficiencies in AutoCAD, prompting users to switch from AutoCAD to Revit. Revit is an information modeling software from the AutoDesk family, and it is considered to be an evolved form of AutoCAD itself.

However, Revit focuses on effectively using the Building information modeling concept. Revit is mainly used by landscape architects, structural engineers, MEP Engineers, among other professionals.

Revit: Hardware Specifications

Revit is a complex software, and it needs higher processing power. Hence, the computer hardware has to be updated and more RAM needs to be added. Revit works only on a 64-bit system, not a 32-bit system. Operating systems such as Windows 7, 8, and 10 are suitable for the software. The graphics card used in the system should be compatible with Direct X 11 and should include shade model 3.0.

Why Revit?

Revit focuses more on the BIM concept and, thereby, helps in sharing data more easily. It synchronizes 2D drawings and 3D models. A change in a single element results in changes in all the subsequent drawings. This reduces reworking time and it also highlights any possible conflicts between the drawings. Initially, BIM was extensively used in government contracts. Now, it has been adopted by the private sector. Revit has proven to be the best choice of software for effectively putting BIM method in use.

Creating high quality renders have proven to be a costly affair in AutoCAD. In Revit, it is easy to create renderings and model walk-throughs. AutoCAD used to separate the data from rendering. In Revit, every aspect of the model comes from a data set that has been implemented. A clear understanding of the BIM method is really important to make the best use of Revit. Once the basics are clear, it’s important to invest adequate time to adapt to Revit by understanding the intricacies of the software and its processes.

As mentioned earlier, Revit synchronizes 2D drawings with 3D models. However, this does not take care of complex models. The right combination of 2D drawings and data can create a 3D model. Therefore, it is important to continue working on the 2D drawings and avoid under-modeling. Revit is expected to make model creation easier. While not working on enough 3D models and 2D drawings will save some time at the initial stage of the project, it will create serious confusions at later stages.

There are several factors to be considered before initiating a project using Revit:

• Size of the project
• Stakeholders
• Involvement of the client in the development process
• Usage of Revit by each stakeholder
• Project team size
• Dataset handling

It is important that all the stakeholders of the project are on the same page. Datasets have to be collected from each stakeholder. Migration from AutoCAD to Revit affects the entire workflow.

It is important to train the team in Building Information Modeling before migrating from AutoCAD to Revit. Revit uses datasets to maximize efficiency. The greater the number of datasets, the more accurate the output. There are tools suitable for 2D detailing in this software. The Revit BIM Course provides a great understanding of such tools and techniques, making the transition much easier.

Even though this software is considered to be the best choice for the job, it doesn’t eliminate redundancy completely. The 3D model may collect unneeded views, families, and elements that may likely create unnecessary confusions in the project and put more strain on the computer hardware for processing. The key to avoiding these problems is to delete unneeded views, families, and elements on a weekly basis and pay attention to the warnings provided by the software. This will ensure the smooth running of 3D models in the software.

Revit BIM Course

The course covers the basics of Revit software as well as the current feature set. This is a 3D training program that is completely production-based, and it is used to help candidates gain more experience in BIM. This course is focused on training the participants to design and build an architectural project from scratch. Initially, the candidate becomes familiar with the graphic interface of Revit. At the next stage, candidates learn to set up a project from scratch. This includes establishing structural grid lines and reference lines and also starting to set up structural columns. Further, candidates are trained in installing walls, controlling wall assembly, and how to customize the elements. The modeling of the terrain is a complicated task with AutoCAD. But its much easier with Revit. This course also provides training in developing details to go with the construction document. It trains candidates in creating parametric 3D components called Revit families. Comprehensive knowledge of Revit features will help in a timely switch from Revit to AutoCAD if any particular feature is not available. This is the right course for those who are interested in automated drawing, architecture, and design.