What are the merits using of BIM in the field of MEP Engineering?Tweet
Coordinating MEP systems involves placing critical elements in congested areas not only to avoid obstructions, but also to meet design, construction, and operational requirements. Project performance can be improved through an integrated MEP system coordination approach.
In the near future, 2D design creation will almost certainly be supplanted by modern tools like Building Information Modeling (BIM). BIM software has become increasingly popular among speciality contractors looking to increase productivity.
Co-relation of BIM with MEP Engineering
Managing the mechanical, electrical, and plumbing components of a construction project is critical to its success. In order to improve project management efficiency, BIM was introduced as a technology.
Conflict detection is a way to discover and assess interference in a three-dimensional project model. MEP contracting is perhaps one of the most well-known applications of BIM. Conflict detection has been shown to improve MEP transactions the most, although it can also lead to a variety of issues.
It becomes more challenging to interpret the data when a large number of confrontations are found, making it more challenging to spot clashes that pose a high risk. Before BIM technology, clash detections took place on the construction site. Examining collisions caused by overlapping two-dimensional pictures is another aspect of it. It was discovered that this technique was pricey and pointless.
BIM cannot be defined in a single sentence since there are still many unknowns. BIM is a business process rather than merely 3D modelling software. Building information modelling, or BIM, is the digital depiction of a facility's physical and functional properties for problem-solving, simulating, and assessing possible effects.
Both new technology and a new way of thinking are part of BIM. The establishment of a collaborative culture and the delivery of products are both improved by BIM, new technology and way of thinking. Information, communication, and delivery are all crucial to BIM, with information receiving the most attention.
Merits of BIM for MEP Engineers
For MEP engineers, BIM offers a wide range of benefits. BIM enables engineers and other building design, construction, and management role players to think in three dimensions from the planning stage through to the consideration of everything needed to maintain buildings sustainably and cost-effectively. Basic CAD software assists in the communication of intent and improves documentation.
The ability to envision and comprehend in three dimensions is one benefit of BIM, but it's not the only one. Unquestionably, 3D is helpful for visual representations and for illustrating how different parts of a building design work together.
Data for a job specification and cost estimate, or for calculating energy loads and performing heating and cooling assessments, are a few examples of the I in BIM that are probably the most appealing. It serves as the foundation for plumbing systems that conserve both energy and water as well as mechanical heating, ventilation, and air conditioning (HVAC) systems.
Each of the three construction stages, namely the design, construction, and management phases, may access crucial information, providing engineers, architects, builders, and property owners with a comprehensive image of the project at all times. Decision-makers may get answers and decide more rapidly as a result, which raises project quality and profitability.
What are some benefits of BIM in MEP engineering?
1. Better optimisation of the construction timetable
2. Lesser occurrence of risks
3. More level of adaptability
4. Early conflict identification in a project
5. Lesser cost due to accurate estimation of the cost and proper billing of materials
6. Better and streamlined information
7. More efficient workflow integration
8. Better workflow integration
9. Effective analysis of building performance
10. Better lifecycle management and more improved maintenance
11. Immense levels of customization
BIM is used by MEP engineers to optimise equipment spatial coordination, as well as to better route the HVAC and plumbing systems.
BIM is, at its core, a common knowledge repository that provides access to a variety of information about structures from the design stage through destruction.
More uses of BIM in MEP Engineering
All AEC professionals, including MEP engineers, may collaborate using BIM's clever, model-based methodology to better understand how their work fits into the larger project. The data establishes relationships between model components, defines the design elements, and determines how they will behave once they have been incorporated into the model.
To get online demonstration, watch the following video tutorial.
Video Source: IMAGINiT Technologies
Working as a multidisciplinary team, the experts engaged will eventually have the freedom to utilise all of the data in the model to enhance the design before it is created. There is no doubt that BIM's impact is growing and the AEC sector is going through a positive change.
Collaboration and Coordination with BIM and other fields
The benefits do not just apply to MEP engineers. Data from architects, surveyors, engineers and structural designers can also be included in the digital model, which can be used throughout the critical design phase to make decisions. Information needed to complete the project is available to fabricators and subcontractors. Owners of the building benefit as well since they can manage and maintain their facilities throughout construction.