Robot House: Instrumentation, Representation, Fabrication - Hardcover

Testa, Peter

 
9780500343159: Robot House: Instrumentation, Representation, Fabrication

Inhaltsangabe

Robotics is the fastest-growing and most exciting area of development in architecture and architectural education for a generation, offering new paradigms for design and fabrication. Schools and practices around the world are installing machines, but few have the experience to appreciate the full design potential of their application.Robot House features projects produced by the most advanced robotics design studio in the world, often interacting with a wide range of technologies from motion capture to material science a realm far beyond the capabilities of 3D printing. The book has three central sections: Principles, which sets out the fields and the thinking that underlie the new uses for robotics; Projects, which offers detailed presentations that explore how these principles can be applied and augmented through interactive prototypes and working models; and Platforms, which presents the working tools used for robotic architecture through specially drawn technical illustrations. The introduction frames the current developments in the history of architectural innovation, and the reference section includes a glossary and diagrams.

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Über die Autorinnen und Autoren

Peter Testa is founder of Testa & Weiser. He is a founding director of the MIT Emergent Design Group (EDG) and has been a member of the SCI-Arc faculty teaching XLAB advanced design since 2004.

Eric Owen Moss is director of SCI-Arc.

Greg Lynn is professor of architecture at the Angewandte in Vienna.

Von der hinteren Coverseite

The next generation of architectural design is moving outside the box. Robotic arms are beginning to replace and advance now common digital fabrication technologies. Six-axis robots are showing the way to non-linear workflows, interactive interfaces, tools, and material technologies that can radically alter the established process of how we design and build space, offering a new paradigm for architecture. The book has three central sections: ‘Principles’, which sets out the fields and the thinking that underlie the new uses for robotics; ‘Projects’, offering detailed presentations that explore through prototypes and working models how these principles can be applied and augmented; and ‘Platforms’, which presents the working tools used for robotic architecture through specially drawn technical illustrations. These sections are bookended by an introduction, which frames the current developments in the history of architectural innovation, and a reference section with glossary and diagrams.

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