One of our favorite duos, Oyler Wu, recently completed its biggest installation to date: The Cube, a twisting, glowing steel and wire concoction for the 2013 Beijing Biennale. The dramatic project is now touring China, but when pressed for the latest news the firm admitted that it is not sure where it is. So if you spot a giant cube somewhere in the country, please give them a ring, will you?
Last year we showcased Oyler Wu’s SCI-Arc graduation pavilion, a swooping steel, fabric, and rope construction that floated above the event like a billowing sail. For last week’s graduation the firm added a small addition while making significant improvements. The addition, which sat school directors and special guests, became a stage for diploma presentation. Made of a torqued steel shell fitted with twisting fabric (Wu calls it a three dimensional twist), the addition is no replication: it creates a simpler, more unified complement to the original, which involves a more complex web of fabric and roping. As for the original pavilion, they replaced its (disturbingly) dirty fabric with darker material and re-oriented the whole thing toward the school itself. Next year’s pavilion will be designed by Marcelo Spina. We can’t wait.
Our friends at Oyler Wu are putting the finishing touches on their collaboration with artist Michael Kalish that brings a pixelated face of Muhammad Ali to L.A. Live’s plaza in Downtown Los Angeles. The sculpture, reALIze, which has its official unveiling tomorrow night, consists of a large frame of hundreds of aluminum tubes on which 1,300 speed bags are hung via steel cables. From most angles it looks like a bit of a jumble, but from straight on, the composition of light and dark bags indeed forms an impressive likeness of the champ.
Even though we already knew who had won ahead of time, we couldn’t help getting excited about AIA/LA’s ARCH IS__ awards, crowning “two exceptional young architects” at SCI-Arc on Monday night. The winners: Oyler Wu Collaborative and Tom Wiscombe/ Emergent. Both are pushing the envelope in terms of design, materials, engineering, and program, and are even starting to (slowly) build things. Read More