Design / Consumer Electronics / Electric Cello
SolidWorks, Keyshot
April 2024
I created 3D renders of an electric cello design featuring onboard analog synthesis. The concept was inspired by the cello’s unique tonal range and the variety of sounds achievable through different bowing and playing techniques. The design included a control panel capable of integrating modules for effects such as delay, reverb, and distortion, opening up opportunities to create dynamic and experimental soundscapes.
Initial ideation for this project involved creating a series of 1:30 scale models from balsa foam. These models played a key role in shaping the final design, enabling ideas to evolve through experimentation.
Building on the foam iterations, I transitioned to larger 1:10 scale models made from 1/4-inch plywood. At this scale, the construction provided a rough outline of how the final chair would be assembled
A full-scale prototype was built using scrap wood, based on one of the four 1:10 scale models. This prototype served to evaluate the chair's ergonomics, visual proportions, and structural integrity.
The first full scale model was then studied, critiqued and disassembled to form the second full scale model based upon that feedback. This one featuring seat foam.
Two 16ft boards were sourced from an architectural reclaim warehouse. The boards were cut into workable lengths then planed, jointed, and sanded. the pieces were then cut into parts predicated on previous models. After consulting many experts the exact wood species remains unknown.
The wood was sanded up to 180 grit, then finished with beeswax orange oil blend and polished with a wax compound.
The final object was assembled using only a mallet.