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[ About project ]

UNIVERSITY CLUB - NORTH CAROLINA

We developed a digital twin from a point cloud scan of the University Club in North Carolina. The objective was to deliver a reliable Revit model to support documentation, renovation planning, and space management.

The scope included architecture, structure, and custom parametric families, such as curtain wall paneling, custom shutters, and wooden wall paneling.

project type
Educational
location
NC, USA
area
10,300 m² / 110,800 ft²
[ Project Stages ]
01
Scan
imput
02
Model
Model
03
QA
QA
04
Delivery
Delivery
[ Point Cloud vs Model ]
[ Challenges ]
Curtain Wall Paneling & Custom Shutters

One of the project’s unique tasks was recreating the curtain wall system with integrated shutters. To achieve this, we first developed a parametric shutter family using an array, which allowed dynamic control over shutter quantity and spacing. This family was then integrated into the curtain wall paneling system, allowing for adjustable panel dimensions, shutter placement, and visibility settings.

Wooden Wall Paneling

A key project element was modeling the wooden wall paneling system. We developed a wall-based parametric family that allowed flexible adjustments to panel size, spacing, quantity, and visibility.

Structural Framing above the Ceiling

To clearly document the structural system above the ceiling, we created dedicated architectural sections highlighting the framing and beam layout above the ceiling.

[ Results ]
Digital twins help clients visualize their projects, track existing conditions, explore design options, and improve planning, coordination, and maintenance processes
BIM Model
A complete virtual version of the project, ready for review and updates.
Technical Drawings
Easy-to-read plans and sections showing all key details.
Walkthrough Video
A short video tour to see the project from every angle.
3D Walkthrough Video via Autodesk Construction Cloud
An online 3D tour that clients can view and explore anytime.
[ 3D Viewer ]
University Cub - North Carolina
North Carolina, 2022
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