Benefits of BIM for Mechanical Engineers

• Structures and buildings have gotten more complicated than ever before in today’s engineering world. The industry works with the idea of a structure being able to fulfill several functions or solve multiple challenges. As a result, more collaboration and interdependency between engineering disciplines are necessary to bring a structure through to completion. This article discusses how BIM technologies can help a variety of professions efficiently provide information that will allow the construction, operations, and maintenance of structures. Here are seven advantages of BIM for mechanical engineers.

1. Greater Scope of Testing

• One can explore more plumbing system configurations, pipe connections, and equipment sets. The scope is much greater with BIM than the 2D designs, to achieve the greatest results in terms of efficiency, sustainability, and cost. This testing is possible using the main BIM software, such as Autodesk Revit MEP. Elsewise, it is also possible with other BIM-compatible 3rd party software and migrating the data back to the main BIM software.

2. Data-rich Intelligent 3D Models

• The 3D models are more than just isometric drawings; they are data-rich objects. Communication of the design intent is convenient amongst other project team members using BIM. Data-rich visualization of 3D models of a building’s plumbing layout, HVAC systems, or plant groupings is possible on BIM implementation. Additionally, the use of real, intelligent objects in the design process, replete with the manufacturer’s details and specifications.

3. Clash Detection & Resolution

• The use of BIM simulations prevents clashes between ducting and structural steel that supposedly passes through the same point. Even if they do occur, their detection and rectification are possible at the design stage of the project. Moreover, using BIM methodology, you will not require costly rework on the job site after the completion of much of the work.

4. Accurate schedules and reports

• The data requirement of generating the schedule and material take-off is in the BIM model. After specifying the sort of data necessary, such as costs, material type, heat transfer coefficient, fire rating, and so on, the schedule is ready to generate straight from the model.

5. Make Projects Economical

• This occurs as a result of less rework, better cost estimation, and greater productivity. Furthermore, the design business does not need to hire CAD operators. It is because drawings such as duct layout drawings, plant room layout designs, pipe section drawings, are generated straight from the model. Also, there are low uncertainty margins during the cost estimating. It is because models estimate costs more accurately using rates and quantities in the model to prepare BOQs of ducts, grilles, diffusers, mechanical equipment, and so on.

6. Prompt Change Communication and Implementation

• Changes to the design (from the design to drawings and schedules) are far easier and faster to implement. Additionally, it is easy to track using BIM than with traditional 2D-based design and drafting. For example, if flow in particular pipe size is found to be wrong, one may go for a traditional method to rectify it. The traditional method requires the designer to choose a new pipe size based on the new data. Consecutively, he/she needs to redraft all previous drafts and drawings in the new pipe size, as well as update data on the schedules, which could take hours or days. However, using BIM, the pipe size in the model can be altered, and new drawings and schedules can be created right away. BIM makes rerouting and redesigning, as well as the documentation that goes with it, easier.

7. Precision and Accuracy in Calculations

• Pressure drop calculations, heating, and cooling loads, sound levels, sprinkler network calculations, and HVAC duct system design are all easier to do with BIM models or 3rd party software that is interoperable with BIM software. Energy analysis, modeling, and design are also possible. Additionally, all these are possible with negligible scope of error or possibilities of rework at work-site.
• These were the benefits of using BIM for Mechanical Engineers. It helps every trade of construction individually and specifically. If you are still not inspired to implement BIM in your construction projects, you are missing the great pleasure of construction. For consultation and BIM implementation in your projects, email us at info@bimpactdesigns.com.