The Computer Aided Design (CAD) is a method of representing 2D or 3D designs graphically on computer programs. It helps in formulating and understanding designs that can then be replicated by humans or be fed into 3D Printers. The advent of free CAD software has radically improved many areas of life, from simple business presentations to the animations industry. What designers had to create on paper they can now bring to life on a computer screen. This has particularly benefitted the construction industry in eight main ways.
Oftentimes, the designs made by a team of architects need to be updated when the subcontractor finds that the construction process needs to take into account factors that the architects did not. Computer Aided Design allows the subcontractor to add changes to the design based on what they have found. It becomes more convenient when 3D drones can scan the construction and directly transfer data into the Computer Aided Design.
Computer processing provides more accurate measurements during the design process. As opposed to manual drawing where errors are much more likely to occur. Small errors within manual drawing can lead to significant flaws in the construction. The free CAD software facilitates the design process as it has several tools and options in it that make designing a less cumbersome process. The end-product can be envisioned before construction even begins. The 3D feature means that you can fully observe a potential building.
There is greater security and protection of intellectual property when construction designs can be easily uploaded to a hard drive or a cloud and stored. It is easier to do so when designs are made with the CAD software. This also allows the design to move between relevant parties very easily and safely. Changes to the designs can be made easily and can be recorded so that it can the development of the construction project can be recorded. It means that the company will not have to spend additional resources on filing rooms and the architects will not have to handle several sheets of paper.
Another key benefit that the construction industry has accrued is the benefit of integration. AutoCAD, the popular software for Computer Aided Design, allows for designs to be uploaded to other software programs for analysis. This space for analysis means that construction projects can be faster, better and more cost-effective because subcontractors now have a better idea of the project. Other software like MicroStation, Solid Works and Revit are vital in this regard. Older Computer Aided Design programs can be integrated into newer technology such as Building Information Modelling (BIM) files. BIM is a form of computer aided design that has even greater specifications and tools.
Construction managers may want to obtain the Computer Aided Design program that is best suited to what they are constructing. Computer Aided Design software programs can often be modified for that purpose. They can obtain exclusive rights to the modified versions, making them more competitive within the market.
Hand-made drawings are often difficult to understand, especially because a 2D sheet cannot signify depth and other measurements very well. Computer Aided Design allows for drawings that clearly reveal their measurements and the finest of details. This allows for better marketing since now a layman can understand such designs. Companies benefit from marketing their designs to shareholders and investors.
The speed at which Computer Aided Design can produce designs is far greater than that of manual drawing. Companies can also hire fewer architects to come up with designs. Those individuals can work in other areas of the company. This speed also allows changes to be made instantly which prevents delays. All of this brings great financial benefit to the company.
It would be wise for firms to invest in the latest Computer Aided Design technology right now. This is important because of the likely future developments in Computer Aided Design. 4D-BIM is increasing in efficiency according to a recent study. The unique benefit of 4D is that it allows for all the added strengths of 3D and time. The computer program allows for digital observation of the entire construction process, constant monitoring. 5D-BIM also calculates cost and provides required details on relevant materials. It also gives feedback on the aesthetic appeal and issues about building temperature. It also reveals its acoustic properties. 6D predicts operational requirements for long term maintenance. This is particularly important for large-scale operations. The software can help determine the long-term structural integrity of the construction. This is vital when attempting to determine if a building can withstand natural events like earthquakes and strong winds.
Construction companies that get on board with Computer Aided Design today can ensure they last as competitive firms for a long time.