I obtained a master in Aerospace Engineering from ISAE-Supaero, top one French aerospace engineering university, in 2019 after having specialized on conception and operations of space systems.
After several internships at ESA (Germany), CNES (Kourou) I wanted to focus on planetary exploration and joined 699 department at Goddard Space Flight Center. I am currently working on instruments for the Exomars mission (MOMA instrument that will explore Mars), Dragonfly mission (DraMS instrument going to explore Titan), some ocean worlds missions research project with 699, and took part to some field experiments with 698.
My main interest is to develop future space missions to explore our solar system (planets, moons, ocean worlds) from the idea to the design of the instruments and finally to the operations.
Developing machine learning and data analysis tools for mass spectrometry data from Exomars MOMA (Mars Organic Mass Analyzer) mass spectrometer instrument.
This group (led by Dr. Theiling) is a new cooperative network spanning mass spectrometer instrument developers, ocean worlds laboratory analog experimentalists, and machine learning experts in an effort toward developing science autonomy for ocean worlds missions. We are working to: 1) develop flight instruments that can function autonomously in order to achieve established science goals and 2) develop consistent and streamlined methods for interpreting data from flight mass spectrometers.
This NASA@Work award aims at developing transfer learning applications in planetary science missions. Indeed, flight instruments have limited data volumes, making it challenging to apply machine learning techniques.
Five-month internship within Flight Safety department working on the development of a decision-making tool using Machine Learning and Data Science for the flight control department in charge of the security of people and environment during Ariane5, Vega or Soyouz launches
Five-month internship, working on analog human-telerobotics simulations in the SpaceShip EAC Project:
2015-2019: MS, Aerospace Engineering, ISAE-SUPAERO Graduate School of Aerospace Engineering. Selective 3-year program, Toulouse, France
Major: Design and Operation of Space Systems , Earth Observation and Science of the Universe
Final year project: Lunar Transport design in collaboration with ArianeGroup company
Master Thesis: Investigation of Machine Learning and Data Analysis tools for future Space Missions Operations (MOMA - ExoMars on Mars, DraMS - Dragonfly on Titan) and Support to Geological and Laboratory Work
2019: California Institute of Technology, Caltech Space Challenge 2019: participation in a week-long space mission design competition (in teams) under the mentorship of experts from industry, NASA and academia to design mission concept from scratch to final proposal, Pasadena, USA.
2017-2018: Bauman Moscow State Technical University (BMSTU)}, Exchange semester in Department SM3: Dynamics and control of piloted and automated spaceflights (ballistics, flight dynamics, spacecrafts theory) , Moscow, Russia
2012-2015: Preparation class in Mathematics, Physics, Chemistry and Industrial Engineering for entrance exams to top French engineering schools, Lycée Pierre de Fermat, Toulouse, France
2019: ISAE-SUPAERO "Passion for Space" award
2018: TOMATO (aerospace association) Aerospace Vocation grant
2018: CNES and SGAC Fellowship for IAC 2018 (Bremen)
2017: ESA and CNES Fellowshop for ISU SSP program (International Space University Summer Space Program)
2017: 2nd prize at Space Station Design Project
2017: Toulouse City Award to support an excellence program abroad
Applying Machine Learning to MOMA Mass Spectrometer Science Data for Scientific Autonomy
12 / 2019V. Da-Poian R. N. Lewis, J. Cirillo, E. Lyness, M. G. Trainer, X. Li, A. Grubisic, R. M. Danell and the MOMA Team. Young Professionals, Students, and Educators Conference, Johns Hopkins University Applied Physics Laboratory, Laurel, Maryland, Oral presentation.
I obtained a master in Aerospace Engineering from ISAE-Supaero, top one French aerospace engineering university, in 2019 after having specialized on conception and operations of space systems.
After several internships at ESA (Germany), CNES (Kourou) I wanted to focus on planetary exploration and joined 699 department at Goddard Space Flight Center. I am currently working on instruments for the Exomars mission (MOMA instrument that will explore Mars), Dragonfly mission (DraMS instrument going to explore Titan), some ocean worlds missions research project with 699, and took part to some field experiments with 698.
My main interest is to develop future space missions to explore our solar system (planets, moons, ocean worlds) from the idea to the design of the instruments and finally to the operations.