Alexandre Guerra

Origin

São Paulo, SP

Genres

classical, film score, contemporary classical, symphonic

Instruments

orchestra, piano, cello, violin, guitar, bandolim, violão, alaúde, harpa

Biography

Alexandre Guerra is a prominent Brazilian composer, born in São Paulo in 1971. His work spans both film scores and concert music, establishing him as a significant voice in contemporary symphonic music. Guerra honed his craft at Berklee College of Music, specializing in film composition, and furthered his studies in harmony and composition in Brazil with Maestro Hans Koellreuter. He is recognized internationally as a member of Sacem – France. His prolific career includes over 130 soundtracks for films and series, collaborating with renowned directors such as Jayme Monjardim and Maurício Dias. Notable works in this domain include scores for "O Tempo e o Vento," "Tudo o que aprendemos juntos," and "Maysa."

In the realm of classical music, Guerra has composed over 40 works that are regularly performed by orchestras worldwide, including the Filarmônica Minas Gerais and the Budapest Symphony Orchestra. His compositions often draw inspiration from literature, visual arts, and landscapes, with pieces like suites based on Oswaldo Goeldi's engravings and symphonic poems inspired by literary works. He has released 38 albums, with 12 recorded by the Budapest Symphony Orchestra. His albums "Ballet de Azul e Vento" and "Concerto Místico para Cello e Orquestra" were finalists for the Prêmio da Música Brasileira.

Guerra's contributions extend to significant orchestral commissions and performances. In 2023, the Amazonas Chamber Orchestra dedicated a concert to his work at the Teatro Amazonas. His ballet "Lendas Brasileiras," performed by the Balé do Teatro Guaíra and the Paraná Symphony Orchestra, enjoyed over 20 performances. He has also been a composer-in-residence for the Municipal Symphony Orchestra of João Pessoa. His compositions are noted for their intricate orchestration and emotional depth, often blending cinematic sensibilities with classical structures.