The revolutionary technology of BIM
Building information modeling, or BIM, is a technology that can change the project design and construction process. BIM is becoming a promising element in how contractors do business. BIM enables the creation of three-dimensional geometric computer models of a building, which can subsequently be navigated like a video game and updated regularly. BIM models generate detailed electronic and hard-copy construction drawings with a lot of information.
Maintaining high levels of operational efficiency and productivity is critical for construction companies as demand for their services improves. On the other hand, business executives have discovered that there are obstacles to overcome. For example, during the pandemic, company owners must employ alternate tactics to make their operations effective and profitable, making BIM technology an intelligent approach in construction projects.
Benefits of BIM
1) Presentation in detail.
BIM models are reasonably simple to comprehend and display depth and elevation in a straightforward, visual manner. As a result, a contractor may not instantly understand how results will look once constructed on a non-BIM drawing. On a BIM model, however, the details appear on the computer screen in a way that closely resembles its finished appearance.
2) Collaboration
Before building begins, BIM models allow all contractors to get down together and eliminate any concerns. Sometimes clashing situations occur when two distinct contractors plan to install the material in the same space simultaneously. Instead of resolving disputes in the field, when one contractor may have to remove and reinstall its materials or face delays, resolving clashes on the BIM model occurs before any work is completed.
3) Management flexibility.
When the BIM model is updated, all of the affected drawings are updated as well. Any drawings depicting the first floor will now include the specifications required to construct the building if additional detail is added to the first level of a BIM model. It is not essential to make manual adjustments after the modified BIM model. All the designer has to do now is reprint the building drawings.
4) Cost saving.
Business executives may utilize real-time cost data and highly comprehensive modeling information to conduct job costing that considers the most recent material pricing and project needs thanks to BIM technology.
5) Time saving.
Business executives may use BIM software to identify areas of construction projects that can benefit from off-site prefabrication or modular construction by using BIM software. As a result, construction companies may cut the time spent on each project and boost automation by combining these creative technologies. This implies that when it takes to finish one project using traditional techniques, construction teams may service several clients.
6) Improved scheduling.
BIM allows for simultaneous design and documentation. Furthermore, documentation may be updated in reaction to new information or site conditions. This will enable you to save time, avoid scheduling conflicts, and have more flexibility.
7) Post-management of projects.
Large volumes of data can also be stored long after the project is completed. This detailed digital record may then be imported into current building maintenance software and utilized for a range of renovation and facility management tasks during the structure’s lifespan.
8) Risk mitigation and improved ROI.
BIM software allows for more effective collaboration with all parties. As a result, insurance expenses and tender risk premiums may be reduced. In addition, pre-construction visualization enables more pieces to be prefabricated and fastened in place, reducing the need for extra materials to be purchased.
Without clear, open communication, a well-coordinated BIM model, and a collaborative process from conception to finish, no construction project can be successful. The proper approach to exploit this technology is to prepare for how to utilize it today and where it may expand in the future to guarantee that it continues to provide ROI throughout the project lifespan. This includes working with construction team members, training teams on industry standards, sharing inspection results, and establishing clear task goals.
