• Worked in the FD Orbit Determination and Manoeuvre Planning team supporting ESA’s Earth Explorers missions.• Took part to Sentinel-6 LEOP in November 2020 and participated to multiple Simulations and Mission Rehearsals in preparation for that. Had great exposure to the time-critical and complex dynamics of satellites launches, working under pressure individually and as a team.• Participated in the design and execution of CRYO2ICE, the maneuver campaign to phase ESA’s CryoSat with… Show more • Worked in the FD Orbit Determination and Manoeuvre Planning team supporting ESA’s Earth Explorers missions.• Took part to Sentinel-6 LEOP in November 2020 and participated to multiple Simulations and Mission Rehearsals in preparation for that. Had great exposure to the time-critical and complex dynamics of satellites launches, working under pressure individually and as a team.• Participated in the design and execution of CRYO2ICE, the maneuver campaign to phase ESA’s CryoSat with NASA’s ICESat. Used my previous knowledge of PyGMO to obtain a preliminary maneuver optimization which was fed as initial guess into MANTRA, ESA’s optimizer used in Operations. Ensured the smooth execution of CryoSat’s maneuvers and coordinated with NASA stakeholders.• Participated in the development and testing of GODOT, ESOC’s new Flight Dynamics Software . Show less

Created an interface between JPL’s MONTE and ESA’s PyGMO to take advantage of global optimization for Low Energy Lunar Transfers.

Working on Trajectory Optimization in the Advanced Concepts Team

Topic: Improvement of Jupiter's satellites ephemerides using stellar occultation observations-Develop from scratch a geometrical/mathematical model of the distance between a satellite’s limbs and a given star detected in its surroundings-Implement a code to detect and archive all the stellar occultation events in a given time span-Perform a Covariance Analysis to understand how the occultation measurements can improve the ephemerides estimation and investigate the influence of each… Show more Topic: Improvement of Jupiter's satellites ephemerides using stellar occultation observations-Develop from scratch a geometrical/mathematical model of the distance between a satellite’s limbs and a given star detected in its surroundings-Implement a code to detect and archive all the stellar occultation events in a given time span-Perform a Covariance Analysis to understand how the occultation measurements can improve the ephemerides estimation and investigate the influence of each parameter on the Orbit Determination problem.The results of this work will be directly applied to the future ESA mission JUICE. Show less