Building Information Modelling (BIM) design has revolutionized how architects work on projects both large and small in the world of today. Bim design can help everyone involved in a building project to be able to both visualize the architecture and see how it performs under the stresses of natural environmental factors.
How is BIM design useful?
The way architectural design can be described is how the design elements are put together and combined to create a whole building with style. Think about the ornate embellishments of Victorian and Roman architecture.
Modern architecture is usually more simple in its appearance but combines elements of reinforced concrete, steel, and glass.
BIM technology makes it possible for an architect, or indeed a team of architects, to create a 3D model of a projected building and see how it performs once it has been constructed. This moves far beyond the more simple applications of Computer Aided Design (CAD) software, which doesn’t explicitly allow all architectural elements to be shown as they are.
Revitzo provides solutions for architects, contractors, engineers, and owners. Revitzo allows easy access to the reviewing of BIM design models, checking on the drawing that has taken place, the coordination of a project, and being able to stress test a design in an arena that is not destructive.
Who can use BIM?
BIM design has many applications for all the people involved in a project to create a building. All the team members can collaborate on and view the design. This is essential for teams of architects working together on a single project but also just as invaluable for project managers and construction managers.
How to use BIM design?
BIM design tools are pieces of software that allow the designing process to take place on their system. There are several BIM software titles available, all providing a slightly different aspect of such design technology.
With BIM design, architects and team members can use representations of the real aspects of a design. This is unlike CAD that only uses lines to represent the design elements. Designs can be made in 4D, calculating time for a project, and 5D, which allows for the calculation of costs. This can be crucial to the success of any modern architectural design project.
BIM allows for the intelligent management of the entire project from design to the logistics of construction. The individual qualities of construction materials can be incorporated easily and effectively into the design process.
BIM allows for the input from all architects, all engineers, and all building contractors to be integrated into each design project. This guarantees expertise from each profession, all contributing to the same project. Such expertise can be shared efficiently and easily with all people involved.
Why choose Revitzo for BIM design?
Revitzo solutions work with your existing BIM design software, adding features that allow you to:
Coordinate the live models of your design. This helps fill the gap between both 2D and 3D models.
Choose and review many different views of your design project, from perspective to authoring and many more tools.
The visualization of any clashes that your aspects of design may have with other elements. This helps identify and solve potential issues at the point of the design, saving time and money.
The beauty and uniqueness of BIM technology solutions is the communication of potential issues. Revit allows these to be identified and communicated more easily and more quickly.
Without BIM, very large scale buildings would be very difficult to build and manage. BIM can be used to understand if a building can resist natural environmental elements and forces of nature. Any large building project needs to be built to last, and BIM enables all elements to be considered before decisions are made and the construction begins.
Modern architecture has benefited greatly from BIM design technology and its utilization. Its relevance and uses continue to grow as designers have bigger and better ideas and new construction material components are created. Innovative and sophisticated technology can be used in the construction of a building, and BIM enables such technology to be tested and assessed for suitability at every point of the design process.