Inside LunaLab (a Lunar surface analog laboratory) at the University of Luxembourg
Inside LunaLab (a Lunar surface analog laboratory) at the University of Luxembourg
I am passionate about space exploration! I currently study in the Master in Space Technologies and Business (MSTB) program at the University of Luxembourg. I jointly conduct research at the European Space Resources Innovation Center (ESRIC). My research focuses on the in-situ space resource utilization (ISRU) focusing on modularity & interoperability of ISRU architectures and lunar regolith transport solutions.
I often write about space resources topics on my personal Medium blog and as an editor for The Space Resources Compendium publication.
If you are a space enthusiast or working in the space ecosystem, I encourage you to connect with me and join my growing network!
As part of my learning strategy, I have completed courses in the following topics:
Planetary Robotics
Computer Science (Python, C/C++)
Space Resources Technologies & Value Chains
Satellite Communications
Space Project Management
Space Policy, Law, & Ethics
CubeSat Mission Design
Satellite Mission Design (Systems Engineering)
Control Engineering & GNCS
Space Business, Economics, Entrepreneurship
Our team, SiMoon, developed a high-fidelity moon simulation platform to enhance lunar mission planning. This platform was developed as part of the SpaceHack Luxembourg 2023: a collaborative 'hackathon' aimed at developing business ideas for the NewSpace industry.
Our platform placed 3rd ( out of ~20 competing teams) and received the software innovation award!
Alongside members of the MSTB program, I co-developed a lunar surface resources prospecting mission, LuxMoon Surveyor; as part of the GLEE program. The mission uses an array of femtosats ("LunaSats) for in-situ regolith characterization at a Lunar south pole landing site. The mission was presented to directors at ESA and LSA in January 2024. Our mission proposal was accepted by the GLEE program with a tentative goal of launching to the Moon in 2026 via Artemis.
This page was last updated on August 25, 2024.