Take a Look at the list of all CAD and BIM Services Which are Essential for completing building projects

Well, there are tremendous such Computer Aided Design services and Building Information Modeling Services which are very essential for architects, engineers and construction managers for effectively managing construction projects. And I am sure that without the proper arrangement of these preconstruction building services, architects and engineers can never complete a construction project within the set budget and deadlines.

In short to manage and complete a residential and commercial building project within the deadlines suggested by building owners design and construction professionals have to make sufficient use of computer aided design  services and Building Information Modeling services  throughout construction lifecycle.

So let’s take a look at all those services which are absolutely necessary for construction managers, architects and engineers etc for the speedy completion of building projects within limited budgets.

There are various services which fall within the brackets of CAD services such as CAD drafting services, paper to CAD conversion services and 3D CAD modeling services. CAD drafting and paper to CAD conversion services are performed for the developing high quality architectural, structural and MEP drawings which are used for the actual construction of the building projects.

The purpose of executing CAD modeling services is to produce high quality 3D models for Architecture, Structure and MEP BIM Services.  Now let’s get into the explanation of BIM services which are mandatory for all kinds of construction projects. BIM modeling services are performed for getting high quality parametric models for different building trades.

Whereas, the main intention behind the execution of clash detection services is to identify all the design issues that exist within the design of different building disciplines. Apart from that coordination services are also important as they provide clarity to design and construction professionals that all the building elements can effectively exist with each other.

Loadable Revit families and their importance in creating 3D parametric models

Loadable families which are developed by design and construction professionals in the Family Editor tool of 3D building design software Revit are highly essential for the victorious or successful accomplishment of multidiscipline parametric models. Loadable families are those essential building components and elements which are created by Revit modelers and other design and construction professionals in Revit’s Family Editor Tool, which can be elucidated as a graphical editing mode in the software. 

Loadable Revit Family Creation Services  may include components such as door and window etc, which are extensively created in Family Editor and once they are completed they are placed by design and construction professionals into their Revit projects for finishing or accomplishing them. For example architects and BIM modelers are working on a 3D architectural model then for accomplishing the parametric model effectively they need to complete the design by adding windows and doors in the walls. Until and unless the model is not incorporated with these important building components it doesn’t look authentic and complete.

When a loadable family is created in Family Editor, it becomes mandatory for design and construction professionals to pick or select a family template which can help them in creating the geometry and defining the size of the family. Family templates work as the basic units which are required by design and construction professionals for building the family. For making it clearer let me explain that family templates convey essential information about the families or building components which are created in the graphical editing mode of Revit.

For developing a loadable family, Revit users are required to choose a family template, then create family framework with the help of Reference Lines and Reference planes. Once the framework for the loadable family is fully developed by Revit users they should then create its geometry. While creating family geometry permanent dimensions are provided by modelers to the building component which is getting created by them in Family Editor. After this it is also important for Revit users to determine family type variations.

Once the family framework and family geometry is effectively developed the family can be saved by users as an individual Revit file which can later on be added in the project. 

BIM is the center of attraction for building stakeholders!

Building process involves a lot of technicalities in it, and these technicalities are largely faced by architects and engineers along with other building actors such as contractors and project managers etc. But with the advancement of technology construction industry professionals have also started to implement it for execution of preconstruction engineering services. It been approximately 30 years now, since BIM has been adopted by the industry and the growth of the industry is quite eminent.

Building Information Modeling gave a way for more systematic construction methods. It encouraged architects, engineers, contractors and building owners in strategic decision making. During conceptual design phase BIM models assists architects and engineers in taking strong design decisions so that high performing buildings can be developed.

The positive impacts of technology have been realized by all the building stakeholders now, since all of them are equally benefited by its adoption and implementation. All the stakeholders are now becoming aware of the latest technology that comes in the market which can be applied to construction industry.

Even though they personally have nothing to do with the technology, but since it is the driving force behind project productivity they are all updated with it. For example, even the owners or contractors are well aware of CAD and BIM software, and their latest versions. Be it AutoCAD, ArchiCAD, Revit, Navisworks or 3ds Max, building stakeholders are all aware of them and their uses.

BIM is optimized by architects and engineers both as technology and process, as a technology it helps in the execution of engineering services such as BIM modeling, rendering and coordination services. However as a process it helps in planning and management of entire building process by developing 3D models of building systems.

Clash Detection Services and coordination services that are executed by optimizing BIM software are highly useful for architects and engineers since they do not come across any problem when the final construction begins. Similarly contractors and owners are also benefited by BIM use. 4D and 5D BIM services are especially helpful for the owners because it tells them in advance how much money and time is needed for the construction of the building. And by successful utilization of that information owners can manage their budgets properly. 

How does BIM assist in Architectural modeling?

Architectural modeling has become a very crucial part in the execution of architectural projects. One can hardly observe any construction process taking place without first executing modeling services for it. If in case the final construction process starts  for a certain project without generating a 3D model for it, chances of facing errors and complications are very high.  Not just that, when the errors occur rework takes place and this helps in  increasing the overall project cost along with increasing the time taken to complete a project. So it’s a total loss for the contractors and the owners as well if they start constructing a building without making its model first.

Architectural BIM Project

The application of BIM has many advantages for the architectural, engineering and the construction industry.

Architectural modeling services are executed with the assistance of BIM software Revit.

To execute the modeling services for the architectural projects it is significant to have all the necessary input in place. So the process of modeling cannot go ahead until and unless the accurate and precise CAD drawings are developed. And the CAD drawings cannot be generated without the specification provided by the architects. So the process begins with the rough sketches and specification by the architects which are then given to the CAD technicians to come up with the architectural drafting documents. These specifications are reviewed by the CAD drafters various times until and unless a proper understanding is gained by them regarding the architectural design of the building.

After completely understanding the design the CAD drafters develop the architectural drawings. The drawings which are generated in the drafting process include floor plans, elevations and sections, etc. and they give the detailed description of the building design.

When all the required inputs are generated for the modeling process it is handed over to the BIM modelers and they develop 3D architectural model with the assistance of Revit. This 3D architectural model can be further upgraded to 4D, 5D and 6D with the addition of new dimensions in it. The more the dimensions are added to the 3D BIM model the more information rich it becomes.

The 4D and 5D architectural BIM  models help in estimating the time and money needed to complete the project. This ultimately makes the entire process proceed smoothly.