MEP Modeling Services: Bridging the Gap in Building Collaborations

1. MEP Modeling Services: Bridging the Gap in Building Collaborations AEODC Every building results from several services like MEP, design, structure, etc., running throughout in collaboration. As modern demands increase, complexities of structures take place, leading to the need for a collaborative approach. This is where MEP modeling services come to aid. Multiple mechanical, electrical, and plumbing lines can be integrated seamlessly with these services. The new-age approach allows collaborative working within the teams, resulting in efficient buildings. Let’s learn all about this approach and how it’s fruitful for the industry. What are MEP Modeling Services?

2. Source: Autodesk MEP is one of the most critical systems in a building, catering to the functionality and comfort of users. This network of systems enhances the functionality of every space and promises the utmost comfort. As BIM innovations lead the way in the current landscape of the AEC industry, these services come into the picture. It enables a simplified digital model of complex systems for better collaboration and analysis. MEP is the backbone of any structure, and its services have become a significant transformation to strengthen the systems. Traditional MEP vs MEP Modeling Services Traditional MEP Services MEP Modeling Services Representation The conventional approach for MEP services is restricted to 2D drawings drafted for each service separately. The integration of BIM for detailed and cohesive 3D models. digitization enables the With separate blueprints for each service, coordination is challenging, leading to errors and clashes. A well-coordinated MEP model offers clash resolution. Coordination Services of detection and Owing approach collaboration amongst different stakeholders is inefficient. to a to fragmented working, MEP modeling services enable a centralized model, including all the information which enhanced collaboration. Collaboration amongst teams results in Chances of Error The towards MEP services gives traditional approach With significant role in the layouts and technology playing a

3. birth to the chances of human error. calculation of MEP services, it minimizes the chances of error. 2D layouts are not always easy to understand and correlate with other services. The detailed 3D model illustrates every minute detail of the MEP systems. Level Visualization of Perks of Adopting it… AEODC •No More Clashes It offers a detailed 3D model, it makes it easier to visualize and comprehend the layouts. These services enable real-time clash detection, leading to quicker resolutions. The software detects even a minute clash within the services, structure, and architecture, enabling revisions before on-site construction. An early detection of errors and clashes results in error-free designs. •Deliver it on time! One of the primary reasons causing delays in projects is rework during the construction stage. It mainly arises owing to the clash in services or design elements. These services involve the development of mechanical, electrical, and plumbing models with high accuracy that cuts down the chances of error. And with faster development of error-free drawings, the need for revisions is minimized, resulting in faster completion of projects.

4. •Unparalleled Accuracy From load calculation to defining the apt types of equipment, MEP modeling services aid in working with highly detailed and accurate models. These are developed with precise layouts of pipes, ducts, and equipment, along with their specifications. The integration of data aids in visualizing every space better and performing precise load calculations. •Switching to Efficient Working With well-coordinated models and better collaboration amongst teams, this innovative approach enhances the efficiency of a project. Centralized information in a single model offers access to each of the stakeholders to ensure clash-free working. They also help guarantee the efficient functioning of buildings with quality control and energy analysis. •Pocket-friendly Project A BIM approach in MEP coordination minimizes the miscellaneous costs of a project owed to reworks. As it enables accuracy and efficiency from the early stages, on-site errors and changes are reduced, resulting in overall cost savings. These services also enable accurate material and equipment calculation that further keeps the project within budget. Levels of Details in MEP Modeling AEODC

5. Each of the BIM models works with a specified LOD. The level of detail defines the extent of project information integrated into the model. Let’s look into what each of the LODs means. Level of Details Description LOD 100- Conceptual It represents the basic information like cost, the tonnage of AC required, etc. for concept development. LOD Geometry 200- Approximate The model depicts generic systems, assembly of equipment, and their basic geometries and quantities. LOD 300- Precise Geometry This level of detail specifies systems and their locations along with the geometries. LOD 350- Precise Geometry with Connections The model starts depicting how the services interact with other building systems. LOD 400- Fabrication-ready Geometry It represents systems with their size, quantity, and details for fabrication and installation. LOD 500- Operational/ As- built Models This is the ultimate operational model that can be issued on-site for operations. Empowering Projects for Efficient Results Source: Autodesk The intensive MEP modeling services reinforce the workflow for better coordination. Leveraging digital technology, it’s a way forward toward accurate, collaborative, sustainable, and efficient projects.

6. Our team of experts at AEODC can help translate your creative vision to the digital realm. Get in touch today: https://www.aeodc.com/services/ FAQs 1. What is meant by MEP modeling? MEP modeling services are the development of a comprehensive 3D model comprising mechanical, electrical, and plumbing systems in a design. What are the advantages of BIM modeling? 2. BIM modeling offers a collaborative approach with precise 3D models storing project information that can be accessed anytime from anywhere. Which software can be used for MEP modeling services? 3. A few of the popular software offering these services are AutoCAD MEP, Revit MEP, SolidWorks, etc. What are the three elements of MEP? 4. Mechanical, electrical, and plumbing. What is the critical difference between BIM and MEP? 5. WhileMEPfocuses on the MEP development aspect of a project, BIM is a process enabling a collaborative approach with all the information stored in a single model. Source URL: https://sites.google.com/view/aeo-dc/blog/mep-modeling-services