If you’ve seen the giant etched-glass dragon snaking across the ceiling at Shun Lee Palace in New York, you’ve glimpsed of the handiwork of Philip Vourvoulis, an expert in architectural glass known for his work on projects ranging from museums to residences to restaurants. On April 12, Vourvoulis will lead the workshop “The Challenges of Glass Architecture: Controlling the Appearance and Performance of Glass in the Building Facade” part of Facades + PERFORMANCE, an upcoming conference on high-performance building enclosures sponsored by The Architect’s Newspaper.
At the workshop, Vourvoulis will be joined by Christoph Timm of Skidmore, Owings & Merrill, Bruce Milley of Guardian Industries, and Nick Bagatelos of BISEM. In the form of an interactive panel discussion, the group will explore the latest in architectural glass materials and processes, including new printing processes, electrochromic products, and other high-performance glazings. Using case studies, the workshop will highlight strategies to optimize performance while maintaining aesthetic control. This workshop offers 4 LU/HSW AIA CE credits.
Did you miss 3-D printing guru Skylar Tibbits at this year’s TED conference? Never fear, there’s an opportunity to hear Tibbits in New York City on April 12. And not just hear but participate in a hands-on workshop that Tibbits will lead as part of Facades + PERFORMANCE, a two-day conference on high-performance building enclosures sponsored by The Architect’s Newspaper.
Earlier this week at TED, Tibbits gave 3-D printing another dimension, quite literally, when he presented the possibility of “4-D printing,” or programming materials to self-reassemble into new structures over time. Tibbits unveiled a 4-D printer concept developed with MIT that he argues could have far-reaching implications for not just manufacturing but also for architecture. Will architects one day be able to design structures that build and mend themselves? Here’s the idea, as Tibbits told TED:
“If we combine the processes that natural systems offer intrinsically—genetic instructions, energy production, error correction—with those artificial or synthetic—programmability for design and scaffold, structure, mechanisms—we can potentially have extremely large-scale quasi-biological and quasi-synthetic architectural organisms.”