This design/build workshop explores the processes of precast modular building technology as it relates to an expanding concept of Horticultural Building Systems. For the purpose of this studio, Horticultural Building Systems are defined as the instance where vegetation and an architectural/tectonic system exist in a mutually defined and intentionally designed relationship that supports plant growth and an architectonic concept.
Thursday, June 23, 2011
Plants | Light | Modularity
When I was in Naoshima, Japan, I came across a simple stone stair that left a not so simple impression on me. It was a granite slab with a rough cut face. In the bottom left corner, a small and intentional divot was cut. On the particular day that I happened to walk up these steps, this divot was filled with rain water, which created a glowing reflection of the sky. The contrast of the rough masonry against the mirror-like surface of the water was the inspiration for my module.
I attempted to create a vessel that embodied this material relationship, and one that utilized the versatile dimensions of a standard modular brick [3 5/8 x 2 1/2 x 7 5/8]. The idea was to create a vessle that acted as a place to grow and as a water feature. It could be used as a paver, or as a cap for a garden wall.
My Concrete Concoction:
-1 part fine aggregate
-1 part coarse aggregate
-1 part cement
-Add water as needed
Major lessons learned: As for the module itself, I had no major hang-ups since the design was very linear and simple. The blog, however, is where my lesson for assignment lies, and here it is: when you open your post to edit it, make sure you know what you're doing, or else you might just delete it accidentally. Oops; second time's a charm.
Labels:
concrete,
design/build,
modular,
pavers
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