Hyperscale Data Center (Adaptive Reuse Program)

FivD adopted a BIM-driven delivery strategy integrating detailed design development, multidisciplinary coordination, and model validation workflows. Regular clash detection using Navisworks ensured alignment across architectural, structural, and MEPT models, while Revit-based automation improved modeling efficiency and accuracy. A two-tier quality control framework supported by the Quality Management team ensured consistency in technical precision and graphical standards across project milestones.

FivD’s strategy for the project was centered on a structured, BIM-driven approach that integrated detailed design development, multidisciplinary coordination, and real-time project tracking. Regular clash detection in Navisworks was implemented to maintain alignment across architectural, MEPT (T is Telecom), and structural models, while advanced Revit tools were leveraged to streamline workflows, improve accuracy, and enhance overall model quality. A rigorous two-tier quality control process, supported by FivD’s Quality Management team, ensured consistent adherence to high standards of technical and graphical precision at every project milestone.

FivD supported project implementation through a coordinated BIM-led workflow that translated legacy 2D documentation into a multidisciplinary Revit model representing existing site conditions. Continuous coordination cycles supported by clash detection and structured issue tracking helped minimize conflicts across disciplines. Live dashboards enabled transparent monitoring of queries, deviations, and weekly progress updates, ensuring alignment across stakeholders. Standardized modeling practices combined with tool-driven efficiencies and structured quality control supported reliable and compliant project delivery.

The project enabled the conversion of an existing warehouse structure into a hyperscale-ready data center environment supported by coordinated multidisciplinary BIM models. Structured tracking workflows, dashboards, and quality control processes helped reduce coordination conflicts and supported efficient project implementation.