Experience

Terranum Sàrl

• Switzerland
• Environmental Services
• 1 - 100 Employee

• Environmentalist

  • Oct 2022 - Present

  - Digitizing DUTI maps (i.e., deep and shallow landslides) on QGIS using a Wacom tablet - Automation of geoprocessing tasks for QGIS (i.e., writing tailored processing algorithms as Python scripts) - Digitizing DUTI maps (i.e., deep and shallow landslides) on QGIS using a Wacom tablet - Automation of geoprocessing tasks for QGIS (i.e., writing tailored processing algorithms as Python scripts)



CREALP

• Switzerland
• Environmental Services
• 1 - 100 Employee

• Geocomputing Collaborator

  • Apr 2023 - Jul 2023

  - Software development (Julia language) of GPU-accelerated 2D unsteady flow solutions (Saint-Venant) over complex topographies - Project proposal writing - Software development (Julia language) of GPU-accelerated 2D unsteady flow solutions (Saint-Venant) over complex topographies - Project proposal writing



CREALP

• Switzerland
• Environmental Services
• 1 - 100 Employee

• Scientific Colaborator

  • May 2022 - Sep 2022

  - Software development in the C# language towards enhancements of hydrological routing algorithms in the RS MINERVE software - Seismic signal processing for river sediment transport - Scientific support of activities within the group - Code development in the Julia language (serial implementation on CPU & parallel implementation on a GPU) for unsteady flows over complex topographies - Software development in the C# language towards enhancements of hydrological routing algorithms in the RS MINERVE software - Seismic signal processing for river sediment transport - Scientific support of activities within the group - Code development in the Julia language (serial implementation on CPU & parallel implementation on a GPU) for unsteady flows over complex topographies



University of Lausanne - UNIL

• Switzerland
• Research Services
• 700 & Above Employee

• PhD Candidate in Earth Sciences

  • Apr 2016 - Dec 2021

  COMPUTING: A) Developping numerical algorithms based on the Distinct Particle Method (DPM) and the Material Point Method (MPM) for geomechanical problems involving large deformations, e.g., impacts and elastoplastic associated deformations. B) Developping Matlab codes for teaching activities, e.g., flows in porous media or landscape evolution. EXPERIMENT: A) Liquid-to-granular impacts onto nonhomogeneous granular layer (differential porosity). B) Axisymmetric granular collapses of dense granular matter. C) Real-size rockfall experiments in a natural environment, FR FIELDWORK: A) LiDAR imaging campaign in the Yosemite Valley, USA Show less



University of Lausanne - UNIL

• Switzerland
• Research Services
• 700 & Above Employee

• Trainee Research Development

  • Nov 2014 - Nov 2015