Sam Torres is a Troy, NY based composer, saxophonist, and audio engineer.
Tilted Arc, an electroacoustic duo with pianist Sophia Vastek; Stretto, Sam’s modern jazz quartet; and Little Wing, an indie chamber ensemble are among Sam’s ongoing ensemble projects. Sam is also involved in forming a new collective of musicians based in Troy, NY, which will be co-directed by Sophia Subbayya Vastek. In addition to these, Sam has written music for live electronics and saxophone, string quartet, percussion quartet and live electronics, and solo piano. He has been commissioned by The Witches, the Peabody Community Chorus, the public school district of Bedford, NY, Music of Reality, bassist Sam Zagnit, and pianist Sophia Vastek. Sam’s music frequently uses live, interactive electronics to expand or augment the sonic capacity of an acoustic instrument.
Sam’s music has been performed in many house concerts and coffee shops in Baltimore and New York City, as well as at Thalia Theater at Symphony Space, Spectrum, University of Cape Town in South Africa, Arts Letters & Numbers, Peabody Institute, Johns Hopkins University, and Manhattan School of Music. As a saxophonist and woodwind doubler, Sam has performed at Carnegie Hall, Jazz at Lincoln Center, Symphony Space, Spectrum, the RISD Museum, SMOKE, The Shrine, and others with Stretto, ensembles from Manhattan School of Music, New York Youth Symphony, New York Jazz Academy, and others. As an audio engineer or technical assistant, Sam has worked with Talea Ensemble, Yarn/Wire, Wet Ink Ensemble, Columbia University Composers, composer Michael Harrison, Music of Reality, pianist Sophia Vastek, and violinist Todd Reynolds in performances at the Dimenna Center, EMPAC, University of Chicago, MIT, and the Jewish Museum. Sam has been a technical assistant for compositions recorded by cellist Clarice Jensen, released on Miasmah Recordings, and Mari Kimura, released on New World Records.
Sam holds degrees in jazz saxophone performance from Manhattan School of Music and computer music composition from Peabody Institute, Johns Hopkins University.