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Proper information management has always been a key influencer in determining the success of a project. Time and again, BIM is widely helping the companies across the globe in realizing the complex projects with utmost simplicity.
BIM or Building Information Modeling is the process by which information is generated, processed, managed and shared. BIM helps organizations by maintaining clarity and transparency among employees, which lower the frequency and possibility of mistakes, reduces human error, and is able to successfully avert conflicts within the team. Overall, this leads to an increase in productivity.
So far, Building information Modeling has been mostly accepted in the construction industry. As a matter of fact, 50% of the total construction industry relies on BIM for their regular operations. However, more and more organizations are now keen on incorporating BIM within their system and thus design and construction companies are more likely to adapt to this inclusion. To take it a notch higher, many educational institutes are focusing on BIM, as a crucial part of the engineering curriculum.
Over the last few years, Building Information Modeling has been gradually making its way in the design and construction industry. This has led to an increase in awareness and more improved operations in this particular sector. Let’s see how:
We all understand how change orders work in the construction business. They have the capacity to stop a project. And when these change orders appear in the mid-construction phase, it proves to be even worse. It leads to project difficulties, monetary losses and a loss of time. With the help of BIM, you would be able to minimize these orders right at the planning phase, and avoiding issues to reach the construction phase. This also leaves the management team with a more accurate budget. All if which leads to a minum of 20% cost savings.
Time is money. And this statement is most justified when it comes to the construction industry. BIM helps your company save money in two ways. First, as we have already discussed, it reduces the number of change orders in the construction phase, and thus saves time. Second, BIM works towards increasing collaboration and coordination among team members, and makes the process more efficient.
Once a project is completed, BIM can actually make use of this data, reuse the information and then put it to good use for future projects. This can help reduce project costs, operations costs, and build a more efficient project plan.
When it comes to architectural designs, BIM has shown immense progress in this field. Starting from construction documentation till project completion, this application takes up the entire responsibility of the task. Architectural structure analyses are now carried out by models dependent on BIM technology. BIM helps in decision-making starting at the earliest stages.
BIM essentially comprises of two important concepts. These include collaboration and interoperability. Both of these revolve around the use, reuse, and management of information across different sectors.
For any project to be successful, collaboration is an essential aspect. Each team member needs to know the role of the others in the group. Maintaining a certain transparency and clarity within the team can avoid future disagreements that may cause project delay. This is what BIM helps you achieve.
In today’s day and age, another cause for trouble for the team members is the use of data in computers. This is better known as interoperability. In the lack of this concept, there is a lot of discomfort within the team leading to the creation of multiple project modules that may not be consistent.. Incorporating BIM within the project team helps you make it more conducive and efficient.
Overall, focusing on aspects of collaboration and interoperability, BIM aims to use time more efficiently, reduce waste of materials, increase channels for communication, and maintain progress at every stage.
Building Information Modeling has indeed taken the architectural and construction industry by storm. The simplification of the architectural processes requires a combination of standards. These include graphic presentation standards, drafting standards, procedure requirements, and requirements for collaboration and information exchange.
What lies in the future of Building Information Modeling? As we have discussed, BIM works towards simplifying processes within an organization, especially in Architectural, Engineering and Construction. Let us see what the future holds for this technology.
Building Information Modeling should be introduced to your company, faster than you think. The sooner your organization is able to adapt to this technology and integrate it into the system, the easier it will be for you in the market.
While a broad section of the market has faith in Building Information Modeling, and believes that it is a consequence of IT development, there is another section that believes Building Information Modeling is a long way from making its way in the industry completely. This might be attributed to a lack of technical and professional expertise in handling such advanced technology.
However, considering the fact that Building Information Modeling is the future of information management, its pros outweigh the cons and it is en route to establishing itself in the Architectural, Engineering, and Construction industry.
Now is the right time to get an edge over your competitors and invest in the right direction by getting access to Building Information Modelling services and industry experts. Reality IMT has been helping companies get accurate 3D as-built using laser scanning technology, and can deliver ready-to-use BIM of existing structures in Revit, 3D CAD, and other popular extensions. Contact us today to learn more!