BIM Services in USA, Canada
BIM Services in USA, Canada
BIM Services in USA, Canada

Tag: mep as built drawings

mep benefits
Mechanical Shop Drawings

What are the Benefits of Using Revit MEP?

What are the Benefits of Using Revit MEP?

In the current age of virtual construction, BIM Services is the most sought-after in the construction domain. Building Information Modeling technique has grown fast in architectural, structural, and MEPFP segments to save construction cost and undertake building review for sustainability and thermal analysis. Revit MEP BIM Services start from simple 3D modeling to intricate MEP BIM coordination, design validation, shop drawing creation, and 5D cost estimation. Today, BIM engineers work with MEP services for shaping up the construction work process.

Benefits of Using Revit Family Creation

What is Revit MEP?

Autodesk REVIT MEP is a BIM software application, which provides mechanical, engineering, and plumbing professionals the best tools for designing complicated systems. BIM Revit started in 1997 with parametric modeling technologies. The software facilitates all engineers, designers, and contractors across the mechanical, electrical, and plumbing disciplines to create a high-level detailed and coordinated Revit 3D model.

What is the difference between Revit and BIM?

BIM is an intelligent 3D modeling process for planning, designing, construction, and management of buildings and infrastructural projects. Revit is one of the BIM platforms used to create BIM models. BIM involves a process and Revit constitutes a tool for leveraging the process.

In BIM, MEP engineers work with BIM Execution plans, Common Data Environment, LOD strategy, Cobie Sheets, Clash reports, and 4D Construction Sequencing. In BIM, employer requirements are captured and documented, while additional information management roles ensure the coordination of information in the Revit 3d model.

BIM implies much more than Revit, which needs to be continuously communicated. Revit 3d model helps to build a powerful database containing information at different stages of a construction project. A digital building created with intelligent objects of Revit Family with stored information is used for successful time and cost management for the entire project lifecycle. Revit makes use of the building components of the model for analyzing and simulating structures and systems.

It is the Revit collaboration tool that enables all project team members to collaborate in shared parametric modeling. Isometric drawings from Revit 3d model are used to show an item in 3d. Data can be imported and exported with commonly used formats. The shared models are accessed by MEP coordinators and stakeholders at various phases of the project, enabling improved coordination and reduced errors and rework. Revit 3D visualization tool provides effective communication amongst project owners and team members by using BIM models for creating high-impact 3D visuals.

mep benefits & Revit Family Creation

Benefits of Revit BIM for MEP Services

Nowadays AEC project stakeholders are exploring the benefits of Revit MEP BIM Services. Let’s have a look at them in brief:

  • Easy-to-use automated modeling tool: BIM Revit is an easy-to-use modeling tool, where you can automatically place ducts, pipes, and containment fittings. This helps you to be productive and easily navigate the user interface within Revit.
  • Conversion of analytical schemes into detailed design: It becomes easy to use single-line drawings in Revit by converting them to comprehensive design, instead of beginning from very scratch.
  • Acts as a standard library of intelligent components: Revit MEP services act as a standard library of generic Revit family equipment. You can pick and choose any MEP components and can access manufacturer-specific content from varied sources, making it quick and easy to build schemes.
  • Consistent delivery standards across team members: MEP engineers can use the built standards into BIM Revit and check all deliverables.
  • Accurate quantification of items within a project: Revit consists of a database of all items in the project that can be used at any time for producing automated schedules. This saves considerable time in comparison with manual processes.
  • Initial clash avoidance working with Navisworks: MEP consultants are able to execute complete clash checking and reporting and thus can avoid costly rework on-site, collaborating the Revit 3d model with Navisworks.
  • Reduced RFIs working as per project stakeholders’ information: While working with project stakeholders using Revit MEP services, the design model can be associated directly with your project. This enables viewing the model from various aspects without the requirement for extensive RFIs, saving time and money.
  • Embedded design information on project elements: BIM Revit intelligent parametric modeling uses elements for interacting with various elements of the project. To take an instance, one can check duct runs, velocity, size, and pressure drops.
  • Automatic display of design information using intelligent tags: Design information gets displayed in tags and added to projects automatically. This acts as a visual check for adhering to design standards, enforcing standards of MEP services, avoiding costly rework.
  • Automatic update of views while making changes to design: If any change is made to design, this is reflected across several other model views on MEP drawings or a schedule. However, it becomes difficult to get, using conventional 2D AutoCAD.
  • Revit MEP collaboration with design applications: BIM Revit can collaborate with various design applications like Dialux and Relux. Further, one can carry out electrical design and verification through Pro Design within Revit.
  • Productive design review meets with early identification & resolution of errors: Revit helps to visualize and resolve problem areas of design, with easy to manage 3D views before determining costly mistakes during construction.
  • Involvement of multiple people coordinating tasks simultaneously: Revit 3D model facilitates team members to work on the same project simultaneously, providing all the sight of project progress from a single model.
  • Conversion of models into fabrication level information: The design level model can be changed to a fabrication level using industry standards from Autodesk Fabrication CAD MEP, reducing the chances for errors.

How MEP BIM helps the construction process?

The MEP BIM process highlights interferences and resolves them before construction. An accurately developed BIM Model helps to reduce MEP service clashes considerably. During MEP BIM coordination AEC project stakeholders eliminate clashes and conduct collaboration meetings with architects and engineers.

Let’s have a look at how efficiently BIM can be implemented within the MEP industry?

Phases of MEP BIM Services include:

  • 3D MEP BIM Modeling: This is the first stage of the BIM process. An MEP Model needs to be created with all components of MEP services, including ducts, chillers, pipes, and plant rooms. The models get created with various details as per the requirement of models at a later stage. Advanced detailing is required in case the model is created for the sake of BIM coordination.
  • MEP BIM Coordination Services: Using MEP BIM coordination, BIM Engineers integrate the MEP model with architectural and structural services. BIM highlights conflicts and resolves them before construction. An accurately designed and developed Revit BIM Model helps to reduce clashes considerably. During MEP BIM coordination, clashes are eliminated through collaboration meetings amongst architects and engineers.
  • MEP Shop Drawing Services: After creating a 3D Model, MEP drawings can be extracted from the model, coordinating with Architectural and Structural disciplines. The MEP drawings are used for construction purposes. As a result, any error in the shop drawings could delay the construction workflow, making it a costly endeavor.
  • BIM 4D scheduling: This is a significant facet of virtual construction modeling, where construction schedules are extracted with the help of BIM 4D scheduling. 4D BIM focuses on the details of the project execution timeline with MEP equipment.
  • 5D BIM cost Estimation: This provides comprehensive cost breakups of the project. MEP engineers extract quantities take off, labor requirements, and the cost for purchasing key components of MEP BIM Services. 5D BIM helps in project planning and presentation from inception to completion matching your project budget.
  • Asset Management: MEP system could be developed in a way to provide an analysis of the whole building. Costing of the building along with environmental safety is also considered through 6D BIM facilities management services.
  • BIM 360 Document Management: Using BIM 360 Document Management, project stakeholders are able to manage blueprints, Revit 3D models, and other construction documentation. This helps to streamline the entire process of your document management.
  • BIM 360 VR: Teams using BIM 360 are able to extend their workflow into collaborative VR through accessing the latest models, analyzing them, and adding BIM 360 issues within VR headsets.

If you want to stay ahead of your competitors, seek MEP BIM services from Tejjy Inc. BIM engineering company at 202-465-4830 or info@tejjy.com. The competent BIM engineers of the BIM service provider in the USA deliver accurate 3D modeling, clash coordination, MEP drawings, and quantity takeoff for educational, infrastructural, hospitality, medical, residential, commercial, and mixed-use projects in the USA.

As_Built_Drawings
BIM Service

MEP As Built Drawings

MEP As built drawings are a reflection of what the actual construction looks like!

 

As-Built Drawing | Coordination Drawings

When a construction project begins, blueprints are created to chart a roadmap for construction. However, the final construction usually differs from the original blueprint because the design of the structure undergoes several modifications throughout its lifecycle. MEP As built drawings are created after the completion of the project to provide the client details of the construction that enable him to manage and maintain the constructed structure.

Since as-built drawings play a vital role in maintaining the structure and in case of any modifications or renovations required at a later stage, their quality and accuracy are of great importance.

 

How to enhance the quality of MEP As built drawings?

Many construction companies follow the process of creating as-built drawings after the construction is completed. The shortcoming of this method is that the MEP As built drawings are inaccurate and not detailed enough. This flaw can only be corrected if data is captured, stored, edited, and distributed throughout the lifecycle of the project. Cloud computing addresses this issue by facilitating the storage of plans and updates. Since cloud storage can be accessed from anywhere at any time, the members of the project team can update details easily in the cloud. Besides, using the cloud from the beginning stages of the project ensures that all design features are stored from the initial stages of the project.

The quality of an MEP As built drawings depends largely on the data it contains. It is recommended that you include as many details as possible in the as-built drawing. There are several tools that help capture data from the initial stages of the project.

 

Some technologies for capturing data are:

Laser Scanning: This is a survey tool that accurately measures the distance between two points. By using this tool throughout the construction process, relevant data can be collected for the MEP As built drawings.

Building Information Modeling(BIM): Including BIM design and construction data in the As built drawing enhances their quality. These inputs enable visualization of various components and other details to simplify maintenance of the structure.

Connected Construction Data: It is vital to make connected construction data available to the client because any data that goes amiss can cost the owner dearly. Connected construction software such as Autodesk Construction Cloud facilitates collecting critical data such as details of assets, documents, models, etc. Further, these details are organized by the software and so the data can be presented to the client in the form of as-built drawings as soon as the construction is completed.

The accuracy of the as-built drawings can be enhanced by including construction photos that contain GPS data in them.

Any structure undergoes minor or major modifications with time. It is a good idea to create dynamic as-built drawings that can be updated. Providing accessibility to the drawings through the cloud enables various stakeholders to view and update changes as and when required.

Tejjy Inc. is a leading construction company. We provide quality construction to our clients and create accurate MEP As built drawings for the benefit of our clients.

 

Tejjy INC