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MEP Shop Drawing Services | HVAC, Electrical, Plumbing, Fire

 

A mechanical, electrical, plumbing (MEP) coordinated shop drawing is a combined 3D rendering of the construction project by integrating all architectural, structural and trades shop drawings. A drawing or a set of drawings, which are required for prefabricated components like trusses, elevators, structural steel, windows, cabinets, appliances, mill-work, and air handling units and produced by the contractor, supplier, manufacturer, fabricator, or sub-contractors, are called shop drawings.

An MEP HVAC shop drawing is the drawn version of the information in the construction documents. It includes dimensions, manufacturing standards, fabrication and contains more details compared to construction documents. 

An MEP shop drawing that emphasizes a particular product or installation has a very different style from that of the architect’s drawing.

 

Coordinated MEP shop drawings provide support for design-build projects in various areas like:

  • Electrical component technical drawings
  • Composite drawings
  • Underground and above-ceiling coordination
  • Coordinated shop drawings
  • Sheet metal drawings
  • Pipe fabrication drawings
  • HVAC shop drawings
  • Duct shop drawings
  • Plumbing construction shop drawings
  • Fabrication Drawing
  • Plumbing Shop Drawing
  • Mechanical piping detail drawings
  • Mechanical room HVAC detailed drawings
  • Equipment Placement
Coordinated MEP shop drawings

Why Use MEP Coordinated Shop Drawings?

Using Revit family creation services, many more items like curtain wall panels, ceilings, furniture, fixtures, counters, plumbing fixtures, electrical fixtures, machine parts, elevators, insulators, and HVAC pumps can be created.

Why Use MEP Coordinated Shop Drawings?
  • The MEP coordinated shop drawings that include HVAC, electrical, plumbing, piping, and duct-work layout drawings, enable engineers to create better fabrication drawings, installation, schedule trades, and other activities related to construction.
  • These drawings ensure that each contractor gets a place for his system which needs to be installed in a structure.
  • It allows extraction and manipulation of data for trades and contributors and increases the accuracy of the building design and delivery process.
  • It enhances building quality and productivity through improved off-site fabrication, enhanced plans, and better-informed trade crews.
  • Potential problems are identified before fabrication and installation on the job site. It enables to view the building project as a whole than as a separate drawing.
  • It provides the client cost savings of around 50% and improvements in delivery schedules of over 40%.
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International airport terminal

International airport terminal

Project Area:480,000M2

What we did:Our scope of work essentially comprised of building a BIM model, to include clash detection and resolution, and vital coordination between the architectural, structural and services (MEPF) teams. For this, we leveraged our team of on-site as well as off-site coordinators and modelers, to create the resolutions of the model and build the model at LOD 300, respectively.

Metro rail project

Metro rail

Project Area:18 Miles, with a total of 38 stations

What we did:We were the 5D BIM consultants on this prestigious project and worked alongside consortium partners to facilitate 3D modeling, clash detection and conflict resolution. Leveraging the Bentley platform, namely AssetWise, ProjectWise and RIB iTWO, we created models, project schedules, construction sequencing and what-if scenarios.

School project

School

Project Area:270,000 Sq. ft.

What we did:For this high school building, we generated a BIM model at LOD 300, to consider the architectural and structural elements involved. We also worked on the exterior elevation details and materials, in addition to the site landscape and site elements. We created the BIM model from the input Point Cloud Data.

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