Summary
Remy Muller is a software and audio signal processing engineer with 12+ years building high-performance C++ audio engines and plugins (VST, AU, AAX) and a deep research background in DSP and mathematical modelling. He has driven R&D at UVI and modernized IRCAM’s spatialisation and reverberation libraries, shipping commercial products like IrcamVerb, IrcamSpat and components of the UVI Engine. His strengths include modern C++, SIMD optimizations (SSE/AVX/NEON), JUCE, CMake, and a rare blend of nonlinear differential equations, kernel methods and statistical techniques applied to audio. Remy holds advanced training in signal processing and a PhD-level research record in Port-Hamiltonian systems and numerical methods, which informs robust, physically grounded algorithm design. Based in Seignosse, France, he combines studio-grade audio product engineering with academic rigor and a knack for translating mathematical ideas into real-time, cross-platform software. An under-the-radar asset is his track record of tooling and code-generation work—bridging prototyping (Python/Lua/MaxMSP) and production C++—that speeds productization of complex DSP ideas.
12 years of coding experience
3 years of employment as a software developer
PhD, Theoretical and Mathematical Physics, PhD, Theoretical and Mathematical Physics at Sorbonne Université
Engineer, Electronic, Image and Signal Processing, Engineer, Electronic, Image and Signal Processing at INSA Lyon - Institut National des Sciences Appliquées de Lyon
Master, Acoustic Signal Processing and Computer Science Applied to Music, Master, Acoustic Signal Processing and Computer Science Applied to Music at Master ATIAM (IRCAM)
English, German