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Joost Vanreusel

head of the esa academy

Joost Vanreusel is the Head of ESA Academy at the European Space Agency (ESA).12 He plays a key role in ESA's educational initiatives, particularly in supporting university-level space education activities.

Professional Background

Joost Vanreusel has a strong background in space technology and applications. He holds an Advanced Master's degree in Space Studies, which provides him with a solid foundation for his current role at ESA.

Role at ESA Academy

As the Head of ESA Academy, Vanreusel is responsible for overseeing various educational programs aimed at preparing the next generation of Europe's space workforce.1 Some of his key responsibilities include:

  • Managing the Fly Your Satellite! programme, which supports university student teams in developing their own satellites1
  • Coordinating with educational institutions and student teams across Europe
  • Overseeing training courses and workshops at ESA Academy's Training and Learning Centre in Belgium1

Educational Background

Vanreusel's educational background includes:

  • A degree in Engineering in Industrial Sciences (Electromechanics) from the Leuven Engineering College in Belgium3
  • An Advanced Master's degree in Space Studies

Notable Projects

Under Vanreusel's leadership, ESA Academy has been involved in several significant projects:

  • Supporting the development of EIRSAT-1, Ireland's first satellite, built by students from University College Dublin1
  • Overseeing the European Student Earth Orbiter (ESEO) mission, which involved more than 600 students from ESA Member States4

Joost Vanreusel's work at ESA Academy demonstrates his commitment to fostering the next generation of space professionals and advancing Europe's capabilities in space exploration and technology.

Highlights

Aug 13 · linkedin

We’ve received this video captured by YPSAT during the inaugural launch of Europe’s new Ariane 6 heavy-lift launcher, showing our 2 most recent CubeSats being deployed into orbit. 🚀

Taken from the upper stage of the rocket, it shows the Exolaunch deployer releasing ³Cat-4 and ISTSat-1, two of the spacecraft built at European universities through ESA Academy’s Fly Your Satellite programme.

³Cat-4 is developed at UPC NanoSat Lab in Barcelona and carries three experiments to measure important climate variables. ISTSat-1, built at Lisbon’s IST NanosatLab, aims to test new ADS-B aircraft tracking technology built in-house.

Congratulations to the fantastic teams at Universitat Politècnica de Catalunya and Instituto Superior Técnico for achieving this ultimate milestone and getting the satellites to orbit! And thank you YPSAT for the collaboration on this and the amazing footage!

Mar 12 · linkedin

ESA Academy is kicking off a new cycle of Experiments! Following a public call and competitive selection process, 7 new teams from across Europe have been selected by an expert panel to participate in the ESA Academy Experiments programme. Their remarkable proposals deserve a brief intro:

Two experiment teams will take part in an Air ZeroG parabolic flight campaign in Q4 2024. ‘NeurO2flight’ investigates the effects of hypoxia and microgravity on the human brain and cognitive performance, relevant for next-generation space habitats. It is a collaboration between universities in Cologne, Lörrach, Heidelberg, Innsbruck and Ljubljana.

‘Macki’, from Wroclaw is developing a soft robotic gripper made of elastomeric filaments to test a novel way of grasping objects in microgravity, a crucial element for servicing and de-orbiting space missions.

Team SILOE from ISAE SUPAERO (France) aims to advance research for lunar landers and rovers, by studying regolith material properties in microgravity in the ZARM Drop Towers in the last quarter of 2024.

SelenarFungi, a team of PhD students from Spain, France, Iceland and UK will be using our Large Diameter Centrifuge and Random Positioning Machines to cultivate, in a regolith simulant, lettuce with mycorrhizal fungi. (had to look it up too… these are expected to help improving plant growth in lunar surface resources).

A novel Attitude and Orbit Control System will be tested later this year at the ESTEC Orbital Robotics Lab by team COCO from Southampton, UK. Using thrust-vectoring technology, the spacecraft motion across 3 degrees of freedom should be made possible with just 2, instead of the usual 8, thrusters, thus addressing the mass and volume limitations common in small satellites.

Pending feasibility confirmation by the consortium, ESA’s Space Rider, Europe’s future uncrewed laboratory in space, will be hosting SPaRKLE from Trento, Italy, developing a novel detector to study charged particle fluxes, space weather transients, and terrestrial gamma-ray flashes.

Finally, also targeting a launch with Space Rider, a team at Hasselt University, Belgium, has developed a diamond-based quantum magnetometer to very precisely measure Earth’s magnetic field. This state-of-the-art sensing technology has promising future applications not only in space, but also for the automotive sector and for biomedical imaging.

Congratulations to all selected teams, which join our two teams from Nottingham and Toulouse currently targeting a launch to the International Space Station. We look forward to a fruitful collaboration!

Related Questions

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Joost Vanreusel
Joost Vanreusel, photo 1
Joost Vanreusel, photo 2
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Location

Belgium