I collaborate on the development of ZifferJS, a generative music notation and parser. It is designed to fit into any live coding environment that supports web technologies. • Implementing mathematical algorithms based on simplicial complexes and graph theory • Creating unit tests and writing documentation • Creating generator functions to work with infinite sequences 💻 TypeScript, Vitest, Git

Courses I teach in the Master's in Musicology: • Search, Documentation, and Dissemination Techniques in Musicological Research • Music Industries • Performative Research: Historical and Analytical Perspectives on Musical Performance • Musical Listening: A Historical and Cultural Approach Courses I teach in the Master's in Music Pedagogy: • Communication, Knowledge, and Digital Learning Applied to Music Education 💻 Sonic Visualiser

Subjects I teach in the programs include: • Applied synthesis: Physical modeling, additive synthesis, subtractive synthesis, frequency modulation (FM) synthesis, and sampling • Fundamentals and tools of music production • Music theory, functional harmony and arrangements 💻 MuseScore 4, Reaper 7, Ableton Live

Subjects I taught in the degree: • General didactics of education • Psychology of learning • Music didactics 💻 MuseScore 3, LaTex

I received the highest distinction with a perfect score in Computational Music Analysis. Overall average: Outstanding • TFM: I applied the theory of simplicial complexes (MaMuTh) to analyze a musical style using specialized software. 💻 HexaChord, Geogebra, LaTex