BIM

3D MEP BIM model drives huge cost and time savings for MEPF installations at an international airport terminal in the Middle East

3D MEP BIM model drives huge cost and time savings for MEPF installations at an international airport terminal in the Middle East Banner

Client Profile.

The client is a leading engineering and Construction Company located in the Middle East. They have been providing construction services to a global clientele for over a decade.

Business needs.

The client was working on an airport terminal construction project which needed to be ready before the inaugural date. There were multiple areas of the terminal including office buildings, passenger terminals, South Tier, North Tier etc. for which architectural, structural and MEPF work was planned.

The client partnered with HitechDigital on the MEPF discipline. The scope of work for HitechDigital included:

  • Creation of a 3D MEPF BIM model in Revit at LOD 400
  • Generation of clash detection reports across MEPF functions and resolution of clashes
  • Detailed Quantity Take-off reports
  • Ensuring the MEPF model and layouts were in harmony with other architectural and structural designs

Project Sample.

Airport Plantroom MEP System Airport Plantroom MEP System
Drainage and Water Supply System Drainage and Water Supply System
Office Building MEP System Office Building MEP System
Under Ground Drainage System Under Ground Drainage System

Challenges.

HitechDigital entered the project at a time when the architectural and structural designs were already finalized or under way. Hence, they were confronted with a huge challenge of having to sync the MEPF designs with the designs and layouts of other disciplines. Further any changes in architectural and structural models needed to be reflected in the MEPF model. This called for:

The BIM team at HitechDigital also had to face challenges of adjusting to resource fluctuations brought on by shifting schedules of other disciplines.

Solution.

A team of 22 MEP engineers created a clash-free 3D MEP BIM model in Revit at LOD 400. By integrating the MEP models with architecture and structural models in Navisworks, they detected and resolved multidisciplinary clashes.

Approach.

The 22-member team of MEP engineers engineers were routed to two project teams. The first worked on electrical and plumbing disciplines and the second addressed mechanical and fire protection utilities.

Software and technology:.

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