CV

Education

2021-2026: Ph.D. in Physics, cum laude, Complutense University of Madrid & CriticalEarth. Thesis: Stability of the Antarctic ice sheet
2017-2021: M.Sc. in Engineering Science, cum laude, TU Berlin
2019: Erasmus+, University of Sevilla
2013-2017: B.Sc. in Engineering Science, cum laude, TU Berlin

2026-now: Postdoctoral researcher, Geosciences Institute (CSIC-UCM) & Complutense University of Madrid
2021-2026: Ph.D. researcher, CriticalEarth, Complutense University of Madrid. Abrupt transitions of the Antarctic Ice Sheet
2023: Research secondment, Royal Meteorological Institute of Belgium, Brussels. Supervised by Stéphane Vannitsem and David Docquier
2022: Research secondment, Potsdam Institute for Climate Impact Research. Long-term dynamics of the Earth system
2020: Working student, TU Berlin & IAV GmbH. Path-following control with deep-learning motion prediction for mobile robots
2018-2020: Teaching fellow, TU Berlin. Statics & strength of materials, kinematics & dynamics
2018-2019: Research assistant, Institute of Continuum Mechanics, TU Berlin. Fluid-structure interaction of blood and artery
2017: Working student, TU Berlin & IAV GmbH. Flatness-based control of electro-hydraulic servo valves
2016: Internship, IAV GmbH. Modelling of electro-hydraulic couplings

FastIsostasy.jl (main developer): accelerated regional GIA model for laterally-variable solid-Earth structures
FastIsostasy.f90 (main developer): Fortran version, compatible with most ice-sheet models
TransitionsInTimeseries.jl (co-developer): detect and anticipate transitions in time series
Yelmo (co-developer): 3D thermomechanical ice-sheet model
Pagos.jl (work in progress): versatile and performant ice-sheet model
Laddie.jl (work in progress): Julia version of LADDIE, an ice-shelf cavity circulation model

French (native), German (C2), English (C2), Spanish (C2), Polish (B1)