Wishbone Cello Stand
Wishbone Cello Stand
Project Description & Inspiration
Project Description & Inspiration
Problem: Create a cello stand that displays the beauty of the instrument, provides protective support, and is elegant on its own.
My Design: Uses stainless steel pipe to allow for graceful curving and excellent structural integrity while occupying a modest visual space. The cello is cradled in a strong but highly flexible fabric sling that bears the weight of the cello evenly without creating pressure points that could cause damage. An opening in the center of the sling allows for the cello’s end pin to poke through and helps to center the instrument. The bow is hung from a hook, but only makes contact with a lightly elastic string, an echo of the main sling.
Problem: Create a cello stand that displays the beauty of the instrument, provides protective support, and is elegant on its own.
My Design: Uses stainless steel pipe to allow for graceful curving and excellent structural integrity while occupying a modest visual space. The cello is cradled in a strong but highly flexible fabric sling that bears the weight of the cello evenly without creating pressure points that could cause damage. An opening in the center of the sling allows for the cello’s end pin to poke through and helps to center the instrument. The bow is hung from a hook, but only makes contact with a lightly elastic string, an echo of the main sling.
2020 | Wayne New Jersey
Co-op: Insync Design
I completed my first co-op with Insync Design, a New Jersey based design consultancy that works with clients such as 3M, John Deere, Church & Dwight, Kyocera, Idea Village, and Michelin through every stage of the design process.
Some of the content I worked on during this co-op has been obscured or omitted in order to protect the IP of the company for which they were made and will be updated when permission is granted.
Instrumems
I created a housing for a nano-wire flow sensor for Instrumems, a semiconductor company that has developed a novel “nanowire” sensing platform and is paving the way for micro-electromechanical systems to be applied for various uses.
