Lusail Stadium

Scope Of Work for Lusail Stadium

• Developing model from LOD 300 to LOD 500
• Value Engineering & Validation 
• BIM Based Design Co-ordination and Resolution 
• Quantity take-off 
• Shop Drawing Production
• Construction Planning and Site Logistics
• COBie data
• 4D Simulation 
• Room Datasheets
• Field BIM
• Point cloud Laser scan data
• As-Built Drawings 

Challenges

• Cost Tracking​ & Procurement
• Structural Support
• Project Monitoring
• Site Coordination
• Asset Tagging

Solutions

• Complex mesh elements from the triangulation of a selected set of points were used to compute 3D volume elements of various bulk materials in constructing this iconic stadium in Qatar.
• The implementation of Laser scanning throughout the project for point-to-point inspections was an innovative step in Lusail Stadium. We used the Autodesk Recap.
• To accommodate the movements and tolerance during installation, we have implemented a custom-made workflow by collecting a laser scan reality model as a representation of the as-built conditions model is compared against the theoretical BIM design models using Autodesk Recap, Autodesk Navisworks, and cloud compare solutions.
• Pinnacle generated accurate Quantity Takeoff reports from the coordinated 3D model of Lusail Stadium, empowering the project team to make informed procurement estimations & decisions.
• Lusail Stadium is a challenging configuration of steel, concrete, and precast. After coordination, Pinnacle re-designed the MEP risers and their support systems for prefabricated installation
• Pinnacle collected a total of 2140 As-Built Scans using a Faro Focus S 150 Scanner to monitor project progress, productivity, & coordination issues
• We performed efficient logistics planning, tower crane coordination, and MEP equipment lifting strategy for seamless site coordination

Pinnacle used Revit™ with BIM interoperability tools and in-house automation add-ins to generate unique IDs for all 220,000+ Assets in our LOD 500 intelligent model.

Pinnacle’s Value Addition for Lusail Stadium Project

(A) Resource Planning and Cost Saving at Construction Job Site

Our team effectively collaborated with other vendors and general contractors on the Project, producing 2,000 drawings per month at peak times. The progress at the site included:

• 2000 CUM of concrete casting/day
• 300 SQFT of Brickwork/day
• 12,500 Cum precast Bowl
• 56,000Sqm World's largest cable and membrane structure
• 33 KM Structural High Strength Tension Cabling
• 35,000 TON Composite Structural Steel
• 65,000 SQM Façade Panels

Value addition for Lusail stadium construction

(B) Performed 3D Laser Scanning and rectified defective building works

(C) As-Built(Cloud) to As-Design(Mesh) Deviation identification (C2M distance) in Embedded Plate

(D) Leveling and alignment of prefabricated/precast elements during erection

(E) Pinnacle Performed 4D Simulation to identify errors in the plan and optimize the path of construction

(F) Cost Savings

Our Engineers validated the initial design and saved remarkable costs in the Lusail Stadium Project. In addition, scaffolding, tower cranes, movable cranes, and other rented equipment could create a major financial burden for the subcontractor due to the costs involved. Pinnacle effectively employed Revit to assist the client in controlling project costs.

Outcomes

We achieved our desired outcome by utilizing exact construction progress monitoring, performing constructability analysis, and ordering materials before construction.

• More quality output with less effort using Revit
• Increased work efficiency, saving 25-30% of time
• Flawless collaboration among stakeholders, reduced errors, and improved building performance

PiVDC Tools Used in Lusail Stadium Project

While providing the BIM solutions on this iconic project, Pinnacle Infotech used PiVDC tools to update parameter values of multiple elements, divide elements into smaller parts, join or offset factors at different elevations, manage gaps between pipes or ducts, create section boxes, place multiple hangers automatically, and map properties of one Revit element to another. These tools have significantly improved the efficiency and accuracy of the Lusail Stadium, reducing the time required for modeling and increasing the quality of the final product.

The Journey

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