Smartgeometry 2013: Day One

Smartgeometry 2013: Day One

The Smartgeometry 2013 four-day workshops were hosted by the Bartlett School of Architecture, UCL Faculty of the Built Environment, in London

Smartgeometry 2013: Day One

At the Wates House; six clusters involving model making and construction took over the ground floor.

Smartgeometry 2013: Day One

Four clusters concentrating on digital solutions worked on location at the Royal Ear Hospital. Mirco Becker (standing) is one of the leaders, or " Cluster Champions," of the Digital Intuition & Prediction cluster.

Smartgeometry 2013: Day One

Bruce Davison is a co-leader of the cluster Volatile Territories.

Smartgeometry 2013: Day One

The cluster (A)Synchronous Streams is analyzing data collected using helium balloons and sensors.

Smartgeometry 2013: Day One

Henrik Malm shows a building model generated in his cluster PAD (Probabalistic Architectural Design).

Smartgeometry 2013: Day One

The cluster Projections of Reality is exploring how architects can capture and analyze 3-D data from physical models and scans.

Smartgeometry 2013: Day One

The cluster Adaptive Structural Skins aims to find dynamic structural forms that can respond to changing programmatic or environmental conditions.

Smartgeometry 2013: Day One

The cluster Computer Vision and Freeform Construction uses algorithms to guide the construction of freeform, masonry tile vaults.

Smartgeometry 2013: Day One

The cluster Thermal Reticulations is comparing the empirical thermal performance of different façade designs with predicted performance.

Smartgeometry 2013: Day One

Façades were made through laser cutting, CNC milling, and 3-D printing.

Smartgeometry 2013: Day One

The Transformational Strategies cluster is exploring how existing cities can be transformed into sustainable urban environments.

Smartgeometry 2013: Day One

The Robotic Foaming cluster uses computer scripting and robots to build lightweight composite structures.

Smartgeometry 2013: Day One

Examples of the successful, self-supporting foam structures created with the robots. The foam is hand mixed and takes about 20 mintues to cure.

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