315: New Musical Instrument (multidisciplinary team)

Members of Team 315 left to right: Tomas Aparicio (ECE), Christian Castellanos (ECE), Khailil Cole (MAE), Peter Fasano (MAE), Nidal Khalil (MAE), Nicholas Vermillion (ECE)

We were tasked with creating a musical instrument with no restrictions. We strived to develop a unique instrument with a distinct analog sound, standard amplifier compatibility, and a novel way to intuitively control multiple notes.

Inspired by tap guitar technique, our final design combines the dual-handed freedom of the piano with the intimate finger control of a violin. We used long metal strips as keys. The true innovation was curling the ends of the keys into a resonant chamber for acoustic capabilities and compact design, which produces a unique metallic sound when tapped. We implemented amplification piezoelectrically from the body and inductively from each key’s vibrations. The built-in filter and pedal system provides tone control. We successfully created a unique instrument with physical audible appeal.

Its physical properties allow the instrument to sound good both acoustically and electronically with the use of filters or effects. The keys give users great control over the pitch and expression of each note.

Tomas Aparicio (ECE), Christian Castellanos (ECE), Khailil Cole (MAE), Peter Fasano (MAE), Nidal Khalil (MAE), Nicholas Vermillion (ECE)
Shayne McConomy, Ph.D.
Department of Electrical and Computer Engineering
Spring