Linux (Ubuntu, Bananian,...), Windows and Mac environments
Basics in network administration
Office suites (documents, worksheets, charts, graphs, presentations, databases)
Adobe suite (Photoshop, Illustrator and InDesign) and derivatives (GIMP, Inkscape) Communication
Web programming (html, css, php, javascript) with databases (MySQL)
Communication media production (posters, brochures, cards)
R (regression, ACP, ...) , Python and Matlab
GIS (ArcGis & QGIS), Ferret, Python (matplotlib & iris), cdo and nco
Fortran (shared code)
High capacity for analysis and understanding of extremely complex models demonstrated with two of the main international land surface models (used for climate change simulation): ORCHIDEE and SURFEX.
Outstanding ability to design new routines to represent physical processes and implement them in a complex environment.
Python
Regular development of programs to process, exploit and show (tables, graphs, maps, ....) model data (e.g. packages: NumPy, panda, iris, Matplotlib, sqlite3).
Ability to design a program from scratch, with a clear structure (and documentation), including interactions with other hardware or databases.
Experience in retro-engineering.
R (shared code)
Development of a TAW (total soil availabble water) inversion script to estimate TAW under a forest using the SurEau model.
Development of a processing chain for downloading, extracting and formatting satellite climate data. This chain also enabled downscaling (particularly for radiation) climate date with a digital elevation model.
Regular development of programs to process, exploit and show (tables, graphs, maps, ....) large dataset.
C#
Basics in development and implementation of a 2D pixelArt game project with Unity.