Alan Correa
A PhD candidate at Chair of Methods for Model-based Development in Computational Engineering at RWTH Aachen University. I am working on advancing Forward Solvers for Thin Film Free Surface Flows over Complex Geometry. This project involves working at the intersection of Numerical Methods for solving thickness-integrated Shallow Water Equations (Surface PDEs), Computational Geometry, and Automatic Differentiation. I'm also a strong proponent of Open Science and Open Source Research Software.
Session
Modern model-based design and decision support in engineering climate change response relies on complex simulation workflows, orchestrating research software in diverse programming languages and compute paradigms. Reproducibility and reuse is challenging due to complex installations, and workflow reproducibility is not seamlessly inherited. We analyze the Time to First Reproduction (TTFR) in such workflows using the Julia ecosystem, drawing insights from two projects in our research group.