Why you should switch over from CAD to BIM and the advantages for MEP engineers
The base transition from CAD to a BIM style program is working to empower various engineers and transform the accuracy of building system design. Coordinating between architectural elements, construction, electricians and more can all be a challenge, but with the adoption of BIM, it’s possible to address many problems within the building industry.
BIM to provide some extensive benefits for engineers in drafting technology. If you have never used this type of software before or even read blueprints designed with this technology, it is essential to understand the challenges engineers face and how BIM can directly address problems in the industry in an extremely suitable manner.
Here are some of the most significant benefits that can come as a result of engineers using BIM:
Space allocation in MEP systems:
MEP engineers often face the challenge of adding up to 20% in load calculation so that they can cover various changes that can occur during the design and set up phase. With MEP BIM, load calculations can be done using the equipment and the selection of equipment that can handle these loads can be added to each design. Engineers can directly claim the required space for electrical rooms in mechanical rooms, and this can result in better use of space throughout any construction project.
Support for representation and visualization:
Models can be produced with a construction layout that delivers details in the construction process. Full 3-D fabrication models provide extra clarity during the construction process and the design process. Advanced schematic representations in design can showcase complex and extensive features. Almost every stage of construction can be broken down into simplistic models or MEP systems that can document hydronic and power systems, airflow, plumbing and more.
Finally having spatial coordination:
The space that appears above the ceiling and the extra room within a building’s ecosystem can be a critical aspect of design. As mechanical equipment can occupy most of the space, these items import first and mechanical engineers can make claims for shaft space, affected spatial areas and more. Finally having visual representations of spatial coordination can help to lead to a design that doesn’t lead to multiple designers clashing on the areas that they need to leave for the functional building ecosystem. Rather than having a cad document with hundreds of notes and revisions, the coordination process is made simple and with a full visual representation.
Using BIM data outside of design:
After the design process, the details that make up a building ecosystem marked equally as necessary during construction. MEP data can present a picture through the ongoing phases of development. Having delivery of various blueprints and digital renderings throughout the construction stage can lead to more efficient execution and a better sense of coordination between building crews. Managing a facility and gaining valuable insights throughout the entire construction process can help a construction project to take appropriate action when troubleshooting is needed. Visualizing the design and having the ability to clear out the chaos in design is what this software can do.
For any MEP design, building information modeling and construction troubleshooting support, MEP engineers should be utilizing these new tools. 3-D building system designs are a superior method for blueprint and construction technology. While CAD remains the standard in the industry, many MEP engineers now prefer to work with BIM and use these 3-D design tools throughout each stage of a construction process. If you are interested in seeing some of these significant benefits for yourself, checking out BIM through a demo or with your professional license could be an ideal solution for your business.