Summary

The EVO AMC project overcame significant challenges involving over 9800 anchors and 278 steel plates, avoiding clashes with radiant heating lines beneath the slab. By integrating advanced technologies such as Revit, Site Scan, Revizto, and UAS technology, the team ensured precise construction coordination, achieving a clash-free process.

Problem

The EVO AMC project faced a complex issue: installing 278 steel plates (heaviest plate up to 4000 kg) and over 9800 anchors in slabs with underlying radiant heating lines. Traditional methods posed risks of damage, rework, and schedule delays. Accurate coordination between these elements was vital to avoid clashes and maintain project efficiency.

Solution

The project team developed a multi-step, technology-driven approach to address the challenge. By transforming a LOD 200 design model into a detailed LOD 400 construction model, the team optimized the placement of steel plates and anchors. UAS technology provided precise aerial imaging, while software like Revizto enabled real-time clash detection and issue tracking. By integrating these platforms, the team coordinated anchor locations with the radiant heating lines, resolving conflicts, adjusting layouts, and ensuring a clash-free outcome.

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