Electrical and Computer Engineering

Team Freq

Electric Hero

Team Freq project image
Electric Hero home screen and song selection

Project Description:

Electric Hero is a real-time note-matching game that turns live electric guitar input into a dynamic and interactive gameplay experience. Built on a Raspberry Pi 5 with a Focusrite Scarlett 2i2 audio interface, the system captures guitar signals, analyzes them in the frequency domain, and scores performance using cosine similarity — avoiding the challenges of direct note classification. Players select a song, then match their playing to falling, color-coded notes across six lanes representing the guitar strings, all while a vibrant gradient background and smooth visual effects enhance the experience. Adjustable timing and frequency smoothing settings allow players to fine-tune the game’s difficulty. After each song, players receive a real-time performance score and can easily select a new track to play. By blending embedded systems, digital signal processing, and live musical performance, Electric Hero makes learning music more engaging, accessible, and fun.

Advisor/Instructor:

Professor Beaudoin

Team Members:

Matthew James Finnan Electrical and Computer Engineering
Jonathan Lamberth Electrical and Computer Engineering
Kunaal Mathur Electrical and Computer Engineering
Jamil Perry Electrical and Computer Engineering
Lawrence Rhoads Electrical and Computer Engineering

Poster:

poster.pdf (327.96 KB)

Table #:

E8
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