
A 64-speaker system that generates "sound holograms," immersive experiences using objects that seemingly emit sound as they are interacted with in space. Installed as a permanent exhibit in the Children's Museum of Pittsburgh. As a research assistant, I modelled the cabinet in SolidWorks and fabricated the system. I designed the file parametrically to automatically update dimensions based on desired specs. This allows the system to be distributed as a "platform" which can be altered to fit various potential uses and spaces. Using the CNC router, I fabricated, finished, and installed the system.
[Project under the direction of Prof. Daniel Rosenberg, PhD]
Designer, 3D modeler, fabricator
4 months
plywood, hardboard, components
SolidWorks 3D modeling, prototyping, CNC router/woodshop fabrication
A system of parameters computes the correctly sized speaker ports and boxes.
Testing tolerances using CNC router.
Prototyping component distribution and layout. The system is designed modularly to expand depending on its intended space.