Computational Engineer · Lausanne, Switzerland

PhD in mechanics, 8+ years building high-performance numerical software at scale. Currently at EPFL building coupled flow-thermal solvers for conjugate heat transfer with PyTorch/JAX backends for gradient-based optimization. I port proven algorithms into modern, safe implementations (Rust, Modern Fortran) and build agentic engineering workflows.

• nekStab — Stability analysis toolbox for Nek5000: linear/adjoint solvers, Newton-GMRES for UPOs, eigensolvers, native POD/SPOD/DMD. Scaled to 10,000+ cores.
• LightKrylov — Standalone Krylov methods library: Arnoldi, Lanczos, GMRES, SVD. Published in JOSS.
• Xcompact3d — MPI-parallel Navier-Stokes solver for turbulence research.
• dNami — Compressible flow framework with Python→Fortran codegen for compute-critical kernels.

• dolfinx-rans — Standalone RANS k-omega solver in FEniCSx with conjugate heat transfer.
• pyModal — Modal decomposition toolkit: POD, DMD, SPOD, ST-POD, bispectral analysis. Multiple FFT backends (MKL, Accelerate, CuPy, PyTorch).
• dsgbr — Spectral peak detector using dual Savitzky-Golay filtering for PSD signals. Published on PyPI.

• nanobook — Trading engine: order book matching at ~120 ns/order, portfolio optimization, IBKR/Binance adapters. On crates.io.
• nanochat-rs-next — Rust CLI for training tiny language models, benchmarked against karpathy/nanochat.
• minuit2-rs — CERN's Minuit2 rewritten in pure Rust, zero unsafe, Python bindings. Verified against ROOT. On crates.io.
• libsvm-rs — LIBSVM rewritten in pure Rust. All SVM types/kernels, 250-config test suite, ~1e-8 parity. On crates.io.

• chaos-atlas — Interactive chaos explorer: bifurcation diagrams, Lyapunov exponents, strange attractors across 10 maps. Live demo.
• chaosviz — Browser-based chaotic attractor visualizer (Lorenz, Rössler, and more).
• coinscope — Crypto analysis dashboard with live CoinGecko data and technical indicators.
• sacred-timeline — Chronological database from the Big Bang to present in a TVA terminal aesthetic.

• fortran-lsp — Claude Code plugin for Fortran diagnostics, navigation, and refactoring via fortls.

• LightKrylov: Lightweight Krylov subspace techniques in modern Fortran, JOSS, 2026
• Bifurcation sequence in the wakes of a sphere and a cube, J. Fluid Mech., 2025
• Asymptotic scaling laws for periodic turbulent boundary layers up to Re_θ = 8300, J. Fluid Mech., 2025
• Krylov Methods for Large-Scale Dynamical Systems: Application in Fluid Dynamics, Appl. Mech. Rev., 2023
• High-fidelity simulations of gravity currents using spectral vanishing viscosity, Comput. & Fluids, 2021
• Xcompact3D: An open-source framework for solving turbulence problems, SoftwareX, 2020

Full list: Google Scholar

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