Life Purpose: With a profound understanding of applied sciences, physics, mathematics, and (generative) AI, I am committed to deciphering the complexities of intricate geophysical data. My mission is to forge strategic partnerships across various disciplines, enabling a comprehensive understanding of natural and industrial processes, and delivering actionable insights to clients
Vision and Impact: Innovation in the energy sector exemplifies human ingenuity and collective effort. It involves creating smarter, more eco-responsible extraction methods, requiring multi-energy development globally, aiming to gradually replace conventional fuels, and using AI-assisted processes to optimize production and storage. My current work is reshaping the pre-industrialization era, fostering a sustainable ecosystem where humanity is responsible for both health and technological advancement.
Improving the teledetection and the characterization of icebergs for around-the-world sailing races using Sentinel-3A multi-sensor data (SRAL, OLCI) - Copernicus Programme
Investigation and exploitation of characteristic peaks found in the Level-2 (Sentinel-3A) SRAL ocean data
Characterize the presence of icebergs in the Trailing Edge portion of SAR echoes
Design and develop processing chains and automated workflows (Python & Script shell) for the mapping of icebergs at different threshold levels under Google Earth (generation of kmz files)
Investigate OLCI data using the SNAP toolbox for prototyping for the implementation of automated workflows in Python
Implementation of a method for the discrimination of cloud/sea ice/cloud ice
Compare the capacity of observation between the altimetry missions Jason-2/3, Saral/Altika, HY-2 with the mission Sentinel-3A (conventional vs SAR altimetry)
Analyse the current drift of Sargasses near the Caribbean Sea
Detailed Description
Eventually, the service of iceberg teledetection and monitoring provided by CLS integrate since then the cartography of icebergs coming from Sentinel-3A (satellite altimetry, SAR & p-LRM modes) as well as hectometric sea ice/icebergs (including those located under clouds that do not contain cloud ice ^^) found in OLCI processed images (300 m = OLCI Full Resolution).
Interactions with SIRS, the BU Espace and CLS Brest
Company Description
CLS, a subsidiary of CNES and CNP, is a worldwide company and pioneer provider of monitoring and surveillance solutions for Earth since 1986. The company is exclusive provider of ARGOS environmental data