Scientist-turned-engineer working across software engineering, data infrastructure, high-performance computing, and scientific Python, with a background in climate science, physical oceanography, and theoretical physics.
Contributor to open-source projects, including SciPy, ducc0, and torch-harmonics, with a focus on performance, portability, and build, test, and release infrastructure. Recent work includes optimization of Fast Fourier Transform (FFT), Spherical Harmonic Transform (SHT), gridding, and SIMD algorithms. Maintains conda-forge feedstocks for PyStormTracker, spharmgrid and upstream packages.
- ✍️ Write Like a Scientist — a reusable skill for clearer scientific and research-software writing
- 🌀 PyStormTracker — cyclone detection and trajectory analysis with Hodges TRACK-compatible algorithms, spectral preprocessing, and Dask/MPI execution
- 🌐 spharmgrid — spherical harmonic filtering, regridding, and atmospheric kinematics for Xarray, JAX, and PyTorch
- ⏱️ sht_bench — benchmarks for spherical harmonic transforms across Python backends and architectures
- 🌊 Wave Motions in the Ocean: Myrl's View — digital edition of graduate-level physical oceanography lecture notes
- 💧 Hydrodynamic Stability — undergraduate research on fluid instability and transition to turbulence
- 🖥️ XDDD.org — Linux web hosting and infrastructure, founded in 2002