
First room
Theme: “Living on the Moon - Technical challenges”
18 November 2026 at 14:00 – 17:15
Venue MIX, 25 Boulevard du Souverain, Watermael-Boitsfort
First room: “Living on the Moon - Technical challenges”
Presentations & speakers
Topic 1
Teaching Machines to Decide in Space: The Agentic AI Revolution in Earth Observation and Exploration
Mohamed Boukhebouze
AI Product Manager at EarthLab Luxembourg at Telespazio Group
Topic 2
Connecting the Next Waypoint: Advanced Navigation and Communication for Cislunar Exploration - Antwerp
Juriaan Vanmechelen
Architectural Engineer AIT, V&V, Antwerp Space
Topic 3
LUVMI-M - a Belgian rover providing commercial lunar payload mobility
Tom Hoppenbrouwers
Business Developer at Space Applications Services
Topic 4
Powering the next generation of lunar exploration
Alice Nogueira Fey
Electronics Engineer and PC(D)U Product Line Manager at Thales Alenia Space – Belgium
Topic 5
Topic to be announced
Speaker to be announced
Topic 6
ET CRISTAL, building the Einstein Telescope on Earth and Lunar detectors
Christophe Collette
Ordinary Professor - ULiege and part-time Lecturer at ULB
Speakers

Mohamed Boukhebouze
AI Product Manager at EarthLab Luxembourg at Telespazio Group
Topic 1: Teaching Machines to Decide in Space:
The Agentic AI Revolution in Earth Observation and Exploration
Mohamed Boukhebouze is an AI Product Manager at EarthLab Luxembourg (Telespazio Group), where he leads the development of sovereign, agentic GeoAI platforms for Earth Observation. He holds a PhD from INSA de Lyon and drives several institutional projects at the intersection of AI, geospatial analytics, and space technology. His work focuses on building agentic AI systems that analyze satellite data and turn it into operational tools for real-world decision-making.
Every day, Earth Observation satellites stream down petabytes of imagery: more data than any team of experts could ever open, let alone analyze. The bottleneck is no longer capturing the data, it is making sense of it fast enough to matter. Volume, velocity, and veracity have turned space imagery into a big data problem that outpaces human capacity, and this is where agentic AI changes the game: instead of passive pipelines waiting for an analyst, agentic systems reason over the data, prioritize what matters, and turn raw pixels into decisions on their own.
In this talk, Mohamed Boukhebouze shares how his team at EarthLab Luxembourg builds agentic GeoAI platforms that meet this challenge head on, and why the same principles will power the next generation of space exploration. Because when the volume is overwhelming and ground control is too far away, the machines will have to decide for themselves. The question is no longer whether we can teach them to see, but whether we can trust them to act.

Juriaan Vanmechelen
Architectural Engineer AIT, V&V, Antwerp Space
Topic 2: Connecting the Next Waypoint: Advanced Navigation and Communication for Cislunar Exploration - Antwerp
Since childhood, I've been inspired by looking up at the stars and wondering what lies among them. It is incredible how meticulous work here on Earth allows us to expand our horizons far beyond the safety of our atmosphere. Today, I've turned that passion into a career as a Validation and Verification Engineer, where I have had the privilege of working on a wide range of navigation and deep space communication developments at Antwerp Space.
In the coming decade, humanity will evolve from simply visiting the moon to building the information infrastructure for generations to come. At the crossroads of Europe, it is up to the next generation of Belgian innovators to ensure we can connect the dots.

Tom Hoppenbrouwers
Business Developer at Space Applications Services
Topic 3: LUVMI-M - a Belgian rover providing commercial lunar payload mobility
Mr. Hoppenbrouwers has a Master Degree in Aerospace Engineering from the Catholic University in Leuven, Belgium and is an alumnus of the International Space University (ISU). He is a Business Developer at Space Applications Services, with a focus on Flight Systems and on the Mobile Gravity Off-loading System. He has 20+ years of expertise in the field of Human Spaceflight, of which 10 years working as Astronaut Instructor at the European. Astronaut Centre in Cologne, Germany. His further expertise covers systems & operations engineering, ISS procedure management and payload operations.
Belgium might be a small country but we are capable of doing big things! A first Belgian rover is going to the Moon.

Alice Nogueira Fey
Electronics Engineer and PC(D)U Product Line Manager at Thales Alenia Space – Belgium
Topic 4: Powering the next generation of lunar exploration
Alice is an electronics engineer, having completed her studies at the Universidade Tecnológica Federal do Parana (UTFPR) in Brazil and at the Instituto Politécnico de Bragança in Portugal. Since her graduation, in 2020, Alice works at Thales Alenia Space in Belgium (TAS-B), when she joined the exciting world of equipment development for space. She started her career as electronics designer for power and analogue circuits of PCDUs (Power Conditioning and Distribution Unit) for spacecrafts, evolving to be technical responsible of the PCDUs for scientific missions like HERA (launched in 2024) and ARIEL (launch expected 2031). Recently she took the role of Product Line Manager for the PC(D)U product line at TAS-B.
The moon is far away, but the ideas that power it start surprisingly close to home. Get to know the challenges of developing reliable power supplies for crewed exploration missions.

Christophe Collette
Ordinary Professor - ULiege and part-time Lecturer at ULB
Topic 6: ET CRISTAL, building the Einstein Telescope on Earth and Lunar detectors
He is the founder and director of Precision Mechatronics Laboratory (PML).
The PML develops instruments and control strategies for large experimental physics devices, including gravitational wave detectors, particle colliders, large telescopes, satellites and synchrotrons.
He coordinates ET-CRISTAL, a "living lab" dedicated to the development of technologies for the low frequency part of the Einstein telescope (ET-Low Frequency). This laboratory operates a full-size prototype of a large cryogenic mirror isolated from low frequency ground vibrations.
Picometer resolution cryogenic inertial sensors for the Lunar Gravitational Wave Antenna
Sponsors
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Switch to Space can change your career path!
A great event that undoubtedly will leave a mark on all students and young professionals.
It brings together experts from the Belgian space industry, research centres, universities, Belspo, ESA's strategic department, the EU department, European innovation - New Space - Space Defence and Eumetsat...
Space experts will share with you the latest technological advances, their passion and their vision of space.
An awe-inspiring opportunity for students, young professionals and space professionals to get together during an amazing day!
Dominique Tilmans

Sponsors
Switch to Space is made possible by the invaluable support of our sponsors. Thank you for helping us inspire and empower the next generation of space enthusiasts.
PREMIUM SPONSORS

GOLD SPONSORS


SILVER SPONSORS



BRONZE SPONSORS




MERCURE SPONSORS


Switch to Space can change your career path!
A great event that undoubtedly will leave a mark on all students and young professionals.
It brings together experts from the Belgian space industry, research centres, universities, Belspo, ESA's strategic department, the EU department, European innovation - New Space - Space Defence and Eumetsat...
Space experts will share with you the latest technological advances, their passion and their vision of space.
An awe-inspiring opportunity for students, young professionals and space professionals to get together during an amazing day!
Dominique Tilmans


