Sound Artist, Performer & Researcher.

With a deep passion for sound, its analysis, synthesis, and manipulation, his work is always reactive. Specializing in Max/MSP, he creates dynamic interactions through live electronics by analyzing the sounds produced by his instrument, the tuba, and the movements of his body.

Music Sample

This piece is part of my research on integrating new technologies into the tuba naturally for the performer. It combines structured sections with moments of freedom, featuring a tonal base and electronic exploration of microtonality. The electronics allow a virtual tubist to improvise alongside the performer and reconfigure the tuba’s sound, expanding its interpretive boundaries and creating new sonic experiences.

Performance excerpts & Audio-reactive Jitter samples

The following section presents two videos, accessible through the buttons below. The first video is an excerpt from a live performance, while the second showcases audio-reactive Jitter examples, both utilizing MAX/MSP.

Publications

Textural Exploration in Bufferless Granular Synthesis

IRCAM Forum: This project explores an alternative approach to developing a granular synthesis system by omitting the traditional use of a buffer. Instead of storing and processing sound fragments in advance, I have focused on generating grains directly from the audio signal in real time. This method allows for a more immediate and dynamic interaction with the sound, opening new possibilities for live performance and real-time audio manipulation. Access the full article here.

Tuba + Live Electronics

ITEA: The tuba, a relatively new instrument, has a rich harmonic sound and a wide dynamic range. Over time, extended techniques and preparations have expanded its possibilities. Similarly, live electronics has evolved since the 1960s, yet the combination of tuba and live electronics remains underexplored. This work examines the challenges and opportunities of this fusion, offering new repertoire and technical solutions for musicians interested in this emerging field. Access the full research here.