Software Projects
I am passionate about developing high-quality, open-source scientific software. My projects focus on finite element methods for partial differential equations, with emphasis on high-performance computing. Here are some of my main contributions:
Gridap.jl ecosystem
A next-generation finite element framework in Julia for the grid-based approximation of partial differential equations. The framework provides a high-level API that allows users to write FEM code that closely resembles the mathematical notation.
Role: Maintainer and main contributor
GridapSolvers.jl
A collection of solvers and preconditioners specifically designed for the Gridap ecosystem. This package provides efficient numerical methods for solving large-scale linear and nonlinear systems arising from FEM discretizations.
Role: Creator, maintainer and main contributor
GridapTopOpt.jl
Level-set-based topology optimisation for the Gridap ecosystem.
Role: Creator and main contributor
GeoGmsh.jl
Generate Gmsh meshes from geospatial data.
Role: Creator, maintainer and main contributor