- 29 MayHyperbody's Robotic Building team leads a workshop on Design to Robotic Production for Continuous Variation at InDeSem 15
- 28 MayDr Nimish Biloria speaker at the Delft Data Science Seminar on "Social Data Science for Workforce Management"
- 19 MayHenriette Bier co-tutored graduation project that received 1st prize Archiprix National and 1st prize Archiprix International
- 19 MayHenriette Bier publishes chapter on Digitally-driven Design and Architetcure in Neighborhood Technologies Media and Mathematics of Dynamic Networks
- 18 MayAchilleas Psyllidis's paper accepted for publication and demonstration at the 24th International World Wide Web Conference (WWW 2015)
- 18 MayDr. Nimish Biloria lectures at the Architecture Week'15 - Beyond Shape event at the University of Lusofona, Lisbon, Portugal
- 15 MayJia-Rey Chang will deliver a talk in Creative Coding Amsterdam 001 "Inhabitants of the Subterranean"
- 12 AprHenriette Bier presents Robotic Building at TEDxDelft Salon's Crossing Bridges event that deals with the theme The Future
- 09 AprDr. Nimish Biloria invited as Speaker at the worldwide Internet of Things (IoT) event at the V2 Institute for the Unstable Media, Rotterdam
- 09 AprDr. Nimish Biloria to deliver a talk at the The 6th Conference of Urban System and Environment (USE) Joint Research Centre between SCUT and TU Delft
Hyperbody exhibits educational projects at the Machinic Processes: Architecture Biennale Beijing ABB 2010.
The exhibition offers a showcase of the most progressive digital design work from 55 talented emerging architects and 27 leading schools of architecture in the world. We can see here that the use of digital tools for design has become a sweeping trend in the architecture world.
ABB Co-Curators: Neil Leach and Xu Wei-Guo
http://a-b-b-china.com/en/Venue: 798 Space, Beijing
The Hyperbody educational masters program unfolds in an environment dominated by the concept of protospacing architecture. In the past year we have been able to redesign protoSPACE, our laboratory for real time data exchange between public, clients, concept designers, form designers, structural designers, climate designers, material designers, interactive designers and fabrication designers. Students typically join as role-playing experts in a non-hierarchical cooperative field. The masters projects presented here are living proof of the importance of such expert role-play in our computation and performance driven design exercises. The playing field of protoSPACE can be seen as a flat brain containing hundreds of connected swarming braincells, which can be played as an instrument. The process of evolving the architectural concept literally becomes instrumental. The physically realized protoSPACE lab together with a variety of graphical interfaces like Max/MSP and Rhino/Grasshopper are mobilized as design tools in the conceptual design phase. Typically our students design their design tools for a specific project. The process of architectural design is evolving into a fusion process of emotive and machinic processes, as students are simultaneously designing and playing their instruments in their conceptual design efforts. Their computing machines are played with emotion, with intention, with a drive to make them work and to experience the effect at the same time. Machining architecture is not a goal in itself. It forms an active part of a larger goal, which is unfolding architectural schemes that matter right here and now, an instrumental architecture that matters hopefully not only for students here, but for their peers elsewhere in the world as well.
ProtoSpace 4.0. MSc2 Design Studio
protoCology. MSc2 Design Studio
deepFORMATIONS. MSc2 Design Studio
The ubiquitous use of computational technology in the field of industrial production is significantly changing designers' approach and process. Novel design opportunities in the architectural domain proceed from a computational generative approach. Because of this, an integral understanding of the entire design process from the early generative studies until the final materialization becomes crucial.
The deepFORMATIONS Studio is a design research driven design studio, which studies automatic processes of form generation, and the auto-organization of systems through computational simulation techniques. Articulated spatial organizations of matter emerge from the interaction among the simulated system, the project scenario, and its environmental forces. The data generated from this process is subsequently regarded as a pre-material state of the future formation and is used as a basis for the parametric development of the physical spatial pattern.
The development of an interdisciplinary explorative attitude is at the core of the design research in deepFORMATIONS. Thus the studio aims an integral non-linear design approach to understand the processes of formation and materialization as complementary features of a unique process.
The emotive InteractiveWall is a dynamic wall composed of 7 separate wall components that display real time behavior. The components bend themselves back and forth, displaying patterns of light on its skin, and projecting localized sound in response to the presence of a participant. As architecture becomes emotive, responsive, and interactive participants can influence its behavior. In that sense architecture follows a general development in society towards participation, personalization and customization, which follows the evolution of contemporary mundane technologies. It is through projects such as the InteractiveWall that we can explore the possibilities of emotive architecture. It is through projects such as the InteractiveWall prototype that architecture will come alive.