Importance Of BIM for MEP Coorodination

Posted by Jenelle on January 5th, 2021

Building Information Modeling (BIM) helps MEP firms improve accuracy, reduce and resolve clashes, and optimize building systems design. MEP BIM software helps project teams improve collaboration, share data, and speed project delivery from design to construction.

BIM is an intelligent, 3D model-based process that helps MEP professionals design, detail, and document building systems more efficiently. Working during a BIM process gives project teams more insight into designs and constructability, reducing risk and improving 4D BIM Construction Simulation outcomes.

Given the complexity of BIM and therefore the large amounts of knowledge involved, it requires specialized software. one of the best-known BIM design packages is Revit by Autodesk, and it includes a specialized version for mechanical, electrical and plumbing engineering - Revit MEP.

BIM Makes the MEP Engineering Design Process Faster

Specifying the layout of multiple building systems requires a high degree of coordination among engineering design teams. One of the key challenges is avoiding overlapping locations for equipment belonging to different building systems:

⦁ This can be very difficult to see with conventional 2D construction plans. Equipment location conflicts often make it to the development phase, leading to change orders.

⦁ On the opposite hand, when all design engineers are performing on a computer game model of the building, location conflicts are detected immediately by the software. If two building systems have overlapping components, the corresponding design teams are notified directly.

The use of BIM accelerates the http://edition.cnn.com/search/?text=BIM Coordination, BIM Design, BIM Drafting, MEP Desgn and Drafting planning process significantly, reducing repetition and therefore the amount of your time required for design review. additionally, BIM software is usually capable of calculating material lists by itself, saving valuable man-hours. This way, engineers can specialize in designing the simplest solution without dedicating time to tedious and repetitive tasks.

Consider that projects in Brooklyn also involve an approval process with the Department of Buildings, which may be time-consuming. BIM software also accelerates project approval, because of its capacity to detect design errors immediately.

BIM Reduces Change Orders During the development Process

Change orders are one among the most causes of project cost increases, and that they also can cause missed deadlines, delaying building commissioning. the utilization of BIM for MEP engineering helps detect the necessity for change orders during the planning phase when modifications are administered on a virtual model and not a physical construction. Editing a building model is quicker and considerably cheaper than dismounting and reassembling actual installations; design edition only costs engineering time, while project modifications have material and labor costs.

Change orders cause unforeseen expenses for one or more of the parties involved during a construction project. Counting on how the contract is structured, the additional cost can affect the owner, the contractor, or both.

BIM may be a powerful project tracking tool during the development process, helping supervision engineers keep the project within budget and on time. Since BIM software can simulate the scheduled construction process alongside income, finding discrepancies is straightforward.

Conclusion

Advanced MEP engineering with tools like BIM software is often considered an investment since it helps achieve a long-term reduction of building ownership costs. A high-quality design simplifies construction, operation, and maintenance.