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- 11 NovH. Bier and S. Mostafavi publish journal paper on Data-Driven Architectural Design to Production and Operation in Systema's special issue Architectural Ecologies
- 26 OctRobotic Painting / Machining Emotion project team at Dubai Design Week
- 26 OctJia-Rey Chang published a paper in the New Architecture Journal NO.5: "Digital Techniques and Architectural Evolution"
- 25 OctIn ACADIA 2015 Peer Reviewed Projects, Sina Mostafavi and Henriette Bier published a project on Informed Design to Robotic Production systems.
- 25 OctDr. Nimish Biloria, Jia-Rey Chang and Dieter Vandoren published a paper "Ambiguous Topology" at IEEE VISAP'15 conference, Chicago, USA
- 23 OctHenriette Bier talks at the 3TU symposium Real Additive Manufacturing
- 22 OctNew website "Machining Emotion" is launched by the Robotic Painting project team
- 21 OctAt Dutch Design Week 2015, Sina Mostafavi talks about Creative applications of Design to Robotic Production systems in architectural design and building processes
- 01 OctHyperbody hosts Delft Robotics Institute's monthly RoboCafé on "Pro-active Robotics"
- 25 SepSocialGlass is featured on NRCQ, the leading business news site in the Netherlands
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Establishment of the Sino-Dutch Research Center for Building in Extreme Climates the 27th of March 2014 at Harbin Institute of Technology. The agreement was signed by Prof Mei Hongyuan, HIT and Prof Kas Oosterhuis, TU Delft.
The Sino-Dutch Research Center for Building in Extreme Climates (SDRC) is a joint research center initiated by Prof. Hongyuan Mei from the School of Architecture, Harbin Institute of Technology, China and prof. Kas Oosterhuis, faculty of Architecture, Delft University of Technology, the Netherlands.
SDRC aims at forwarding the architecture research in the field of design and building in extreme climate by conducting international research communication and collaboration. By the research strength and research projects of both parties, SDRC focuses the following research topics as its immediate research targets:- Application of smart building components for building in extreme climate
- Architectural form generation by climate simulation and building optimization with the Íocus of cold regions
- Integrate roof designs and prototyping for extreme climate
- Application of robots in building industry