the 'semiramis' vertical garden installation owes its unique form to a machine learning design method developed by ETH zurich.

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the pavilion by ETH zurich and gramazio kohler shows how digital techniques and robotic fabrication enable the creation of freeform structures using recycled ultra-thin formwork.

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fabio gramazio presents his contribution to the 17th international architecture exhibition, and discusses this year's theme: 'how will we live together?'

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the project consists of a lightweight timber frame structure built by a robot, and a bespoke concrete column created using an ultra-thin 3D printed formwork.

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using 13,596 individually rotated and tilted bricks, the design team used an augmented reality interface to complete the project.

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with a total area of 90 square meters (approximately 970 sqf), the three surfaces comprise 8,500 identical fir timber blocks.

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the project marks the world's first house that was digitally planned and also built with the help of robots and 3D printers.

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the scheme comprises 30 tonnes (33 tons) of loose stones, which the robot has bound together using 120 kilometers (75 miles) of string.

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this year's conference will consider topics and issues such as autonomous control systems and computerized materials and structures.

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a steel wire mesh fabricated by the robot serves both as formwork and as reinforcement for the concrete.

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