At this point in our 3rd semester, we had all not only thoroughly examined and interpreted our sculpture, but also explored how it might be changed and reformed to meet different needs. Our various analytical and generative drawings attempted to express this clearly. But of course, only so much can be communicated through drawing, and so it was time to build our first model of the semester. In my section, we were all tasked to reconstruct the generative 9 ” cube models we had designed digitally, using a particular stacking method. This was most easily done through a program called “123D Make” – a free program put out by Autodesk that allows you to create physical models from digital ones with relative ease. Import a .stl file (which can be exported from either Rhino or Maya), and the software calculates one of various construction methods, including stacked slices, interlocking grids, and polygonal folding (click here to check out the website). The program will then create the cut files, ready to be sent to the laser cutter (although the settings on our laser cutters require a bit of tweaking first).
For this particular model, all 15 of us in Prof. Saunder’s section used a vertical stacking method, with 1/16 Taskboard as our construction material. Using this software coupled with the laser cutter, model preparation time was extremely quick. And given the ease of assembly with this particular system, actually constructing the model was even quicker. These models were prepared and then constructed in probably 2-3 days. The hardest part was finding a time when the laser cutter was open!
Below are a few photographs of my generative model. All photos taken by classmates Andrew Kim and Christian Gartland.
EDIT 01/13 – Images now correctly show.