The AEC industry is witnessing a boom in the innovation and technology sector. Companies are developing various software to achieve more design efficiency with smoother workflows and procedures. Building Information Modeling (BIM) is the technology that serves as an answer to streamlined and precise construction.
Another tool from Autodesk’s extensive toolkit is Revit – which serves engineering and designing companies with its 3D drawing and modeling features. Revit Modeling services are used by architects, engineers, MEP consultants, contractors, and other related stakeholders. Revit facilitates easy clash detection and building analysis of projects for designers and contractors and defines its buildability.
Revit and BIM modeling services are applied to different project types, be it residential, commercial, skyscraper, industrial, hotels, or any building that can exist. Due to its wide range of features and functional capabilities, Revit is the most used platform in the AEC industry.
Difference between Revit and BIM
- Revit software
It is a software application developed specially by the company to operate BIM modeling services. It is extensively used in the AEC industry for designing, visualizing, analyzing, and documenting projects.
The building information Model is the result of the digital representation of a building executed by Revit software.
This model comprises 3D building elements like walls, floors, doors, windows, roofs, and more, referred to as ‘families’. These elements contain information and can be modified whenever needed.
Revit forms a shared working space for the professionals that allows them to work concurrently and make real-time updates in the model. It reduces the possibility of errors and enhances coordination in the team. The building model can also be used directly to generate documentation like plans, sections, and other details.
- BIM software
BIM (Building Information Modeling) is a software designed for creating and managing digital building models. Revit uses BIM software to develop intelligent and parametric 3D models reflecting the physical and functional characteristics of a building.
The software provides a platform for integration and coordination activities among various disciplines. Better coordination and communication lead to easier information exchange throughout the building lifecycle.
How does Revit support BIM?
Revit is a 2D drafting or 3D modeling software that provides information-infused entities for visualization. It includes structural, MEP, engineering, and all architectural elements in the design model.
Whenever there is an information upgrade, all related files are automatically modified.
Revit modeling services also have certain limitations, thus software like AutoCAD can be utilized for detailing any building project.
Various professionals from the AEC industry taste the benefits of analysis programs provided with BIM modeling services to conduct required simulations and enhance design efficiency.
Revit has many versions as Autodesk keeps updating the application. One must use the same build year and version if working with another person. A 3D model cannot be saved in a prior version if it is developed in a current version.
Why is Revit required?
Revit is an extremely helpful software for generating 3D detailed models from 2D drawings with performance analysis and energy analysis as added advantages. It quantifies the data and generates the models with every minute detail about each building component.
Revit modeling services are commonly used in the AEC industry by architects, structural designers, engineers, MEP consultants, contractors, and other professionals, to build, examine, and modify 3D models.
Benefits of Revit and BIM in the AEC Industry
3D Modeling
Architectural designers create floor plans for any project accurately and creatively. The use of BIM modeling services enables the designers to access the plans in the 3D format simultaneously and test different design concepts early on in the process.
The 3D models include a 360-degree view of the project with architectural, structural, and MEP elements. The services also provide the option of sharing a real-time preview of the final model with their teammates.
Centralized Designing
All components of the Revit BIM model are connected and can be immediately modified. The linked structural components induce a scope of change in the elevations, sections, floor plans, or 3D models.
The linkage also reduces the repeated work throughout the process, any changes in one file are automatically updated everywhere.
Explicit construction documentation
Architects and draftsmen can detect clashes from any congested or unorganized space, using Revit modeling services.
This helps them to identify any potential issues at an early stage during the construction process. The early aid leads to high-quality and accurate documentation of the construction work including sections, plans, elevations, schedules, and 3D models.
Better visualization and model simulation
The well-equipped simulation software of Revit provides the facility to visualize each component of design, including furniture, lighting, upholstery, and others. Revit modeling services include an additional feature of Virtual Reality software, which allows the user to move around the model and experience the design.
It helps in understanding the look and feel of every element. This feature benefits the AEC industry in seeking client assurance on a project and reducing the possibility of design changes at a later stage.
Parametric components
Autodesk Revit enhances the designing experience with its parametric construction elements facilitating the BIM modeling services. All elements can be tailored as per your design requirements and then are stored in the Revit library to incorporate in future projects. The parametric components retain predefined characteristics and behavior. Any changes made to one element update related elements automatically, maintaining consistency throughout.
Energy conserving designing
Revit modeling services allow the designers to run energy analysis and climate-responsive mechanisms while 3D modeling to understand how buildings will respond to the environment at various periods of the year. Energy conservation is a crucial aspect in today’s time and a considerable trait while designing any project.
Conclusion
The future of the Digital AEC industry lies with Revit and BIM serving with high-quality, secure, and error-free designing. The above-mentioned features are only a few of the many that set BIM and Revit apart from the other AEC software.
Architects and construction professionals can indulge in Revit and BIM modeling services as construction management tools for integrated workflows, streamlined execution, and seamless design.
