How Revit is supporting BIM Implementation Seamlessly?
We are a generation driven by technology. From having tech-driven Water purifiers to an application for reading novels to software for generating designs, science and innovation have seeped into the blood of our every task. Talking about the AEC domain we have seen development in the ways designing is done. From hand-sketched designs to AutoCAD to Revit, this industry is evolving regularly. For a simple architectural design or for developing a complete bim model from the point cloud data with Scan to BIM services, we are dependent on software like Cad and Revit.
Developed in 1997, Revit is a Building Information Modelling Software tool, which was acquired by Autodesk in 2002 for $133 million. It is a software that has collaboration and complex designing tools for architectural, MEP (mechanical, electrical, plumbing), construction, and structural disciplines of the AEC industry. Revit along with many other tools is utilized in making a BIM model that aids designers with designing, coordinating, collaborating, and simulating the integrated design. Like we know BIM is a space for providing information and Revit is one of those mediums where this information can be generated and accessed.
Revit has been one of those tools which were used to make 2D drawings like floor plans, elevations, rendering, 3D BIM Modelling, collaboration, and cost schedules. Revit brought a great improvement in traditional CAD and so has evolved how AEC professionals are managing and communicating their modeling workflow. One reason could be the fact that Revit has excelled at different key functionalities which include project collaboration, design versatility, and parametric data. It gives way to users to design a building and structure along with its components in 3-dimension and access building information from the building model’s database. With such widespread and in-depth functionalities, Revit becomes one of the most supported and adopted tools by the designers, engineers, architects, contractors for services like Architectural BIM services.
BIM supported by Revit:
BIM is a technique where all the information of the 3D models is linked and incorporated to create a comprehensive 3D model. With BIM software, any changes done to data input will automatically be reflected in all Revit Output. So, by using Revit for BIM there is a complete streamlining of the design documentation method, thereby having maximum productivity. Revit provides a mechanism for viewing design either in 2D drawing or as a 3D model to have a better visualization ability. With such things, Autodesk Revit is allowing users to see the virtual models of a building project even before the actual construction is done. This along with the detailed information shared by the Revit model empowers all the stakeholders to make informed and wise decisions. So, while BIM is a comprehensive process, Revit is its tool for executing some of its portions.
The Revit BIM software is a digital design software package that allows creating models and drawings that have focus on the core tenets of BIM. The relationship between the 2D and 3D drawings of your project is the key element in Revit because other software packages need that these drawings are generated separately. In most of the cases, the information in your 2D drawings becomes the basis for your 3D models, which surely is a proven process but involves a lot of time wastage. Apart from this, there could be consistency issues if some data is not transferred from 2D drawings to 3D drawings which can directly compromise the quality of the 3D model.
Revit BIM Software package solves this issue by creating a relationship between the 2D and 3D drawings of the project. Here there is simply one model which will be the basis for extracting any other drawings. Say for example, when you make a change in the 3D model, the 2D drawing extracted from it will reflect that change too. This will work the same if there are any changes done to 2D drawings. This automation becomes the core of Revit Software, as it retains your information and reflects as per any changes done. With such capabilities, the teams save a lot on their time instead of spending hours to check drawings and ensuring everything is matching. It is Revit that is doing this duty flawlessly.
Let us investigate some of the features of Revit which make it win:
- Design Versatility: When it comes to designing, any Revit user is sure to recommend that it is beyond 3D CAD. Revit allows manipulating a project from different views which include structural plans, floor plans, sections views, elevation perspectives, and orthographic 3D views. With these views, all the people involved can be well-informed from creation to implementation. In addition to this, the users of Revit are capable enough to render a project mid-workflow to generate an impressive realistic view and preview the varied building products that will go into designing such as wood flooring or toilets. Due to this, there is the usage of Augmented and Virtual reality technology in conjunction with Revit because of its powerful 3D modeling capabilities. Whether a most sophisticated AR/VR tool is being used or simply Revit users can easily navigate virtually through BIM projects and experience precise sounds, lighting, materials, and textures, and even weather conditions. Such proficiency with Revit, a building designer can impress clients and improve the overall collaborative preview process. Not to forget, with each release of Revit, Autodesk comes up with updates and improvements for better viewing and enhanced capabilities.
- Collaboration: One of the most fascinating features of Revit is its ability to bring about the contribution from multiple teams on a single project through a single platform. Be it linking multiple Revit models together, sharing of work on a LAN, or using a different number of tools provided by Revit, the team members can communicate, interpret and test the performance of a single model within the Revit space. This becomes one of the most essential qualities for bringing about efficiency and effective teamwork for Architectural BIM Modeling. When the different team members from different disciplines can easily collaborate and work together the designs are more accurate, miscommunication is reduced, and clashes are resolved faster.
- Parametric data: In simple terms, this can be a defined set of data. While this becomes one of the essential functions for a Revit Software, it makes the entire model intelligent. To add Parameters i.e. embed information to specific items within a project is built-in functionality. This data can be of different types like a constraint to limit users’ ability to modify a model outside of the manufacturers’ options, a piece of information that could impact project lifecycle, support information, etc.
These are some of the reasons which make Revit the most widely used tool for implementing BIM services.
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