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Creative research
Applied design research / Research through making.
Transformation #1
Resin 3D print bracelet with hand-embroidered accent, 2017. W - 2.5" H - 2.25" L - 5"
About the Transformation Series
Process Detals
Created using Rhinoceros; printed at the University of North Texas College of Visual Arts and Design FabLab on a FormLabs resin printer. Clear resin, painted in layers of silver tones. Holes for embroidery are incorporated into the 3D modeling, with embroidery applied after printing and painting.
Concept
Today, the rush towards technological innovation and the charm of traditional craft methods are seen as diametrically opposed thought processes, with different end goals. But what happens when these meet? The meeting of these processes reminded me of the way grass grows into pavement; both are strong enough to invade each other's space. How can we make this a harmonious coexistence?
Transformation #2
Resin 3D print bracelet with hand-embroidered accent, 2017. W - 2.5" H - 2.25" L - 1.5"
Shoe Prototype
Laser-cut 1/4" Plywood supports, Layered Fiber/Fabric foot, Fabric and Fiberfill straps, 2017. Approximately American shoe size 7.
Process
Designed in adobe illustrator, the intersections are both angled and perpendicular; footprint pieces are scored and bent to create repetition. All pieces intersect to hold the shoe together; no glue used. Straps sewn to wood loops.
Not quite wearable, but the shoe is shaped to a Right foot.
The Chair
CNC-cut MDF plywood, primer, paint; 2017. W 1.75' H - 4.5' L - 2'
Concept inspiration. Image by Bing Wright from @artspotlight.
Concept
The chair design was meant to transform a bulky, hard material and technical, dirty process into a usable, sturdy object that feels much more organic. While the chair is actually very heavy, visually it appears light, intricate, and beautiful.
Process
Designed in adobe illustrator, then transferred to V-Carve to prepare for CNC cut. Three unique pieces: Sides, seat and back slats, and undercarriage slats. Undercarriage slats line into slots, then rotated slide down to stay in place. Held together by interlocking slats; no glue, screws, or fasteners of any kind.
Explorations
Prototyping for future applications, and small projects for events and classes..
Created in Rhino and resin 3D printed "embellishment" pieces, woven into silk. 2017
Replacement button created in Rhino, printed with resin 3D printer. For Texas Fashion Collection, repairs to prepare garment for exhibition. 2017.
Half-scale rulers created using adobe illustrator, laser engraved and cut. For Patternmaking I class, 2017.
Poker chips, designed in adobe illustrator, laser engraved and cut. Hand-painted silk sandwiched between disks, hand sewn together. 2017.