Topological Tilt-Wall was a year long collaboration project between UTA's CAPPA (College of Architecture and Public Affairs) and O'Brien Architects to explore and improve upon a specific construction method - Tilt-Wall Construction. A mix between the scientific method and the design thinking framework was used in this 12 month process split between two sessions to create a 4 foot tall prototype.
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Tilt-Up Wall or Tilt-Wall Construction is a two-step process:

First, concrete slabs, which are most often load-bearing sections of a building's envelope or elevation, are cast horizontally on the buildings concrete floor slab. The concrete slabs or panels, are then lifted (tilted) with a crane after the concrete has reached sufficient strength.
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Secondly, a crane sets the panels, most often in a vertical orientation, on prepared foundations, thus forming the desired wall line from a series of consecutive panels standing next to each other.

Due to its efficient methodology, tilt-wall is most commonly used for 2 to 4 story industrial and commercial buildings. In Texas alone, tilt-wall accounts for as much as 75% of new one-story commercial building construction. The TCA (Tilt-Up Concrete Association) reports that 15% of all industrial buildings in the U.S. were created using tilt-wall construction.

However, this methodology works best with flat wall panels. Making it an unpopular choice for designers specializing in other building typologies that aren't warehouses or "big box" stores i.e. Walmart, Target, Amazon, etc.

By implementing biodegradable 3D-printed foam formwork and integrating double curved structural reinforcement, a tilt wall with spatial depth can be produced.