From Campo Sheet Metal Works' 12'x60' Water jet cutter to the Keeland Building at UHcoA. The parts for our 1/4 actual size model have been received with a ONE DAY turnaround from our friends at Campo. We must label by hand because the water jet can not etch the parts. The part names and bends are determined by interacting and referencing the 3D model in realtime in order to dynamically control accuracy to the virtual Grotto our students modeled in Rhino software.
Our process as culminated to a point that we feel is a definitive interpretation of Kiesler's Grotto adapted to our context here in Houston through the eyes and hands of our talented students using contemporary design tools. Come by on Friday, May 2nd from 5 to 7pm in the Gerald D. Hines College of Architecture Atrium for the exhibition opening and see the adjacent proposed site for the project next to College, the new Keeland Building and the University's new Koi Pond.
Rosalia is leading the effort to assemble a complex assembly of parts extracted from the digital models. After days of preparation and negotiating the queue at the laser cutter, the model goes together in ONE DAY!
We are now coordinating the form of the shell, core and groundwork with the structural patterning. The cellular system is derived by points projected along the z-axis onto the surface. This produces regularity in the top while creating elongated cells in the wall area. As the shell approaches the Cartesian plane it lineates into ribs that extend along the surface of the existing slab on the west side and curl under to support the seating core on the east side of the grotto.
Original tile for the Grotto designed by Kiesler and made in Japan. This tile was created especially for the Grotto but of course never used. A pallet of it resides in New Harmony. We are very interested in how this pattern might influence the differentiated modularity within our structural system. Kiesler was an early user of recursive geometry from the site plan of the Grotto down to the intricacies of surface articulation.