Objects

              In this project we are tasked with reverse engineering an existing object to study methods in modelling, and to develop a competent level of understanding CAD software such as RHINO 7. I am not gonna lie but the beginning stages of this project was rather hellish. The idea of translating an existing object into digital software, with correct dimensions was not only tedious but it also reveals flaws and imperfections on the object of study.  I found that measuring each individual facet or extrusions in the gadget showed me that even if the object was designed in CAD with mathematical precision, the final physical object is still bound by "Physics" and would never be perfect to scale. My object of choice was a low-cost and mass produced video-game controller. We were tasked with measuring each part with a digital calliper in order to make the models precise. But the problem was visually even though my object seemed to have straight lines or perfect cylinders when

     We were tasked with using our surface design studies to develop patterns for engraving on wood. Students where given free rein on what patterns to implement and were encouraged to take the project in any direction. I've decided to utilize this time to create a wood block pattern that I could stamp on to a paper and create a decorative pattern.  As seen above the initial engraving was done on a basswood panel cut to a 4" x 4" square to be used as the template for the prints. The laser-engraving left a residue on the wood, At first I thought about clearing it with soapy water but decided to leave it so its pores would remain sealed. It saved me time as I no longer needed to apply a layer of enamel on the wood-block to seal it for the printing process.  Finally, using a brayer I was able to apply black acrylic ink on the pattern and use it to stamp out the design on paper.  I used the pattern to create paper folded birds inspired by the stripes of a Black and White Warb