The architectural drafting process is executed for preparing 2D drawings, designs and plans for any type of architectural and building project. Nowadays this process is carried out in the CAD platform.
When a construction project is executed by the design and construction professionals, the need to prepare effective and proper execution plan otherwise any error in the plan can create time and money loss to a great extent.
One of the most important advantage of BIM is that it helps the cost estimators, project managers and contractors to calculate the entire cost that is required to carry out the entire construction project in a precise manner.
Structural steel detailing process is an important part of any structural engineering and construction project.
Building information modeling, short form of BIM, is a technology utilized for creating 3D digital models for any type of building.
CAD, short form of computer-aided-design, is a digital designing process which is used by the architects, engineers and designers for developing 2D drawings and plans for any type of architectural, engineering and construction projects.
The architectural drafting process is executed by the architects and drafters for developing sections, elevations, floor plan drawings, landscape design, urban plan,town plan, etc. effectively.
Clash detection process is carried out for identifying and resolving the clashes and other types of interference problems within the 3D coordination model of the building. It helps to enhance the the design quality of the project in an efficient manner.
When a new building project is executed, the collaborative design approach of Revit software allows the project team members to share their information with each other in an efficient manner.
In a Navisworks software, at first a 3D BIM coordination model is imported efficiently. After importing the 3D coordination model, the clash detectors identify interferences among various members of the building system.
Revit, a building information modeling software, is used for creating 3D building information model, architectural model, structural model, MEP model and parametric families of different types of architectural, structural and MEP members in an efficient manner.
Revit, a building information modeling software, is used for creating 3D building information model, architectural model, structural model, MEP model and parametric families of different types of architectural, structural and MEP members in an efficient manner.