Title: Flight Assembled Architecture
Category: #self-assembly #roboticarchitecturalenvironments
Author: Gramazio & Kohler and Raffaello d’Andrea
Year: 2011
Url: http://www.dezeen.com/2011/11/24/flight-assembled-architecture-by-gramazio-kohler-and-raffaello-dandrea/
Description: Flying robots will assemble a six metre-high tower
Title: Adaptive Architecture Lab
Category: #adaptivearchitecture #roboticarchitecturalenvironments
Author: Yeh Chia Chi
Year: 2011
Url: http://yehchiachi.tumblr.com/
Description: Prototype Robotic System
Title: Robotic Fabrication of Parametric Chairs
Category: #roboticarchitecturalenvironments #interactiveroboticfabrication #parametricfabrication
Author: Taubman College of Architecture at the University of Michigan.
Year: 2011
Url: http://mkmra2.blogspot.com/2011/04/robotic-fabrication-of-parametric.html
Description: Parametric Chair Variation, Designed in Rhino/Grasshopper and cut by the 7-axis robot at Taubman College of Architecture at the University of Michigan
Via: Andrea Graziano @digitag
Title: Robots: the future of building?
Category: #roboticarchitecturalenvironments #interactiveroboticfabrication
Author: UCL Bartlett, Gramazio & Kohler, Ruairi Glynn, Bob Sheil
Year: 2011
Url: http://www.youtube.com/watch?v=myJ1ihbZZWM&feature=youtu.be
Description: The UCL Bartlett exhibited a multiple axis robot on a caterpillar base, which performed real-time construction. The robot combines digital design and methods in fabrication that are not possible with traditional manual building methods. From Gramazio & Kohler Architecture and Digital Fabrication, this is the first time that this approach to building has been tested in the UK.
Title: Folding Fabrication
Category: #roboticarchitecturalenvironments #foldingfabrication #interactiveroboticfabrication
Author: RoboFold + Studio Laarman
Year: 2011
Title: A_FAB BOT
Category: #digitalfabrication #digitaltectonics #roboticarchitecturalenvironments #interactivefabrication
Author: Brian Harms
Year: 2011
Url: http://curvlabs.com/2011/04/a_fab-bot/
Description: Autonomous Fabrication Robotic Operative
Via: Andrea Graziano @digitag
Title: Epithelium
Category: #responsiveenvironments #roboticarchitecturalenvironments
Author: Shawn Sims
Year: 2008
Url: http://sy-lab.net/#568672/Epithelium
Description: Epithelium refers to the cellular boundary layer that composes organic tissue connecting two surfaces. The human body divides space as it moves through it. The platonic form is no longer when a dynamic vessel is introduced to the space. The Epithelium installation is a physical commentary on the interstitial space between the formal architecture and the body, revealing an intricate relationship.
Title: The Programmable Kinetic Fabric for Architecture
Category: #responsivearchitecture #roboticarchitecturalenvironments
Author: Kensuke Hotta
Year: 2009
Url: http://www.youtube.com/watch?v=ujEq7bDJnvU&feature=player_embedded#!
Description:The Programmable Kinetic Fabric for Architecture by using a real-time genetic algorithm
University: Msc Adaptative architecture and computation, Barlett UCL
Via: Michele Semeghini
Title: An interactive Environment for Relaxation
Category: #responsivearchitecture #roboticarchitecturalenvironments
Author: Michael Fox´s. Robotecture
Year: 2010
Url: http://robotecture.com/eiw2010/index.html
Description: The aim of the course is to develop the skills necessary to explore, think about, and design intelligently responsive kinetic objects and systems and spaces. The primary goal of the course is to expose students to innovative way of thinking about design in terms of adaptability with respect to both contextual systems and building programming. The idea is to create spaces and objects that can physically re-configure themselves to meet changing needs. Students will focus on biomimetics for design inspiration. The central issues explored are human and environmental interaction, embedded computational infrastructures, physical control mechanisms and the processes that architects and designers can use in creating and demonstrating of such systems. Within the framework of this course, design processes and methodologies will be developed so that students will have the practical confidence to explore such systems in future design explorations.
