 | | | | | | | | | | | | | | | |
Faculty of Sciences
|
|
Master in Space Sciences, Research focus
 |
Or
|
Th
|
Pr
|
Au
| Credits
|
First Year
|
Compulsory courses
|
|
SPAT0039-1
|
Spectroscopy in Astrophysics and Geophysics - Jerôme Loicq
| TA
| 20
| 10
| -
| 3
|
|
PHYS0124-1
|
Instrumental Optics I - Serge Habraken
| Q1
| 20
| 15
| -
| 3
|
|
SPAT0040-1
|
Fluid mechanics - Pierre Dauby
| Q1
| 20
| 10
| -
| 3
|
|
SPAT0001-1
|
Plasma Physics - Hervé Lamy, Anne Thoul
| Q2
| 25
| 5
| -
| 3
|
|
SPAT0002-1
|
Numerical methods and programming basics - Guy Munhoven
| Q1
| 10
| 20
| -
| 3
|
Optional courses
|
|
Choose, in agreement with the Jury, several courses totalling 12 credits, from the two options offered below or from other Masters programmes, in particular the Masters in Civil Engineering and Aerospace :
|
|
Astrophysics
|
|
SPAT0064-1
|
Solar physics, activity phenomena and solar-earth relations - Frédéric Clette
|
| 20
| 10
| -
| 3
|
|
SPAT0056-1
|
Planetary and exoplanetary atmospheres - Jean-Claude Gérard, Denis Grodent
| Q1
| 30
| 15
| -
| 5
|
|
SPAT0043-1
|
Small bodies in the solar system - Emmanuel Jehin
|
| 15
| 5
| -
| 2
|
|
SPAT0044-1
|
Stellar Structure and evolution I - Marc-Antoine Dupret
| Q1
| 20
| 20
| -
| 3
|
|
SPAT0045-1
|
Stellar structure and evolution II - Marc-Antoine Dupret
| Q2
| 20
| 20
| -
| 3
|
|
SPAT0005-1
|
Stellar stability and asteroseismology - Marc-Antoine Dupret
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0007-2
|
Variable stars - Grégor Rauw
| Q1
| 20
| 10
| -
| 3
|
|
SPAT0006-1
|
Stellar atmospheres - Grégor Rauw
| Q2
| 20
| 10
| -
| 3
|
|
SPAT0008-1
|
Interstellar Medium - Damien Hutsemekers, Yaël Nazé
| Q1
| 20
| 10
| -
| 3
|
|
GEOL0263-1
|
Astrobiology - Philippe Claeys, Véronique Dehant, Moreno Galleni, Emmanuelle Javaux, Yaël Nazé, Annick Wilmotte (Even years)
| Q2
| 30
| 15
| -
| 4
|
|
SPAT0009-1
|
High-energy astrophysics - Grégor Rauw
| Q1
| 25
| 5
| -
| 4
|
|
SPAT0010-1
|
Theoretical physical cosmology - Christian Barbier, Michel Tytgat
| Q2
| 40
| -
| -
| 4
|
|
SPAT0011-1
|
Extragalactic astrophysics - Pierre Magain
|
| 20
| 10
| -
| 3
|
|
SPAT0012-1
|
General relativity - Yves De Rop
| TA
| 60
| -
| -
| 6
|
|
SPAT0014-1
|
Introduction to time series analysis - Eric Gosset
| Q2
| 20
| 5
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| Q2
| 25
| 30
| -
| 5
|
|
SPAT0015-1
|
Signal acquisition and processing : application to embedded systems - Christian Servais
| Q2
| 10
| 30
| -
| 4
|
|
SSTG0043-1
|
Placement - N... - Suppl : Christian Barbier, Yaël Nazé, Grégor Rauw, Jean-Pierre Swings
| TA
| -
| 140
| -
| 10
|
|
AERO0018-3
|
Space Experiment Development - Pierre Rochus
|
| 30
| 30
| -
| 5
|
|
SPAT0017-1
|
Current questions and seminars - Alberto Borges, Jean-René Cudell, Benoît Hubert, Damien Hutsemekers
| TA
| -
| 30
| -
| 3
|
|
SPAT0018-1
|
Evolution of ideas in Astronomy - Yaël Nazé
| Q1
| 15
| -
| -
| 2
|
|
SPAT0019-1
|
Special Relativity - Jean Surdej
| Q1
| 15
| -
| -
| 2
|
|
SPAT0020-2
|
Introduction to astrochemistry - Michaël De Becker
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0021-1
|
Introduction to astroparticles - Joseph Cugnon
| Q1
| 20
| 10
| -
| 3
|
|
SPAT0060-1
|
Astroparticles, Part 1 : Astroparticles and standard model - Jean-René Cudell
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0060-2
|
Astroparticles, Part 2 : Astroparticles and gravitational effects - Jean-René Cudell
| Q2
| 10
| 5
| -
| 2
|
|
SPAT0061-1
|
Theory group and astroparticle (english language) - Diego Aristizabal Sierra
| Q2
| 30
| -
| -
| 3
|
|
SPAT0062-1
|
Quantum field theory, Part 1 : Quantum electrodynamics - Jean-René Cudell
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0062-2
|
Quantum field theory, Part 2 : Elements of renormalization - Jean-René Cudell
| TA
| 10
| 5
| -
| 2
|
|
PHYS2012-1
|
Relativistic quantum mechanics and relativistic statistics - Peter Schlagheck
| Q1
| 20
| 5
| -
| 3
|
|
SPAT0063-1
|
Introduction to exoplanetary - Michaël Gillon
| Q2
| 15
| 5
| -
| 2
|
|
Earth and Planetary Sciences
|
|
SPAT0023-1
|
Terrestrial magnetosphere and polar lights - Benoît Hubert
|
| 30
| 10
| -
| 4
|
|
SPAT0024-2
|
Meteorology - Louis François
| Q1
| 40
| 20
| -
| 6
|
|
OCEA0072-1
|
Geophysical fluid dynamics - Part 2 - Jean-Marie Beckers
| Q1
| 30
| 15
| -
| 5
|
|
OCEA0059-2
|
Remote Sensing of the Oceans, Introduction to satellite oceanography (english language) - Yves Cornet
| Q1
| 15
| 15
| -
| 3
|
|
OCEA0045-1
|
Statistical methods of analysis of oceanographic data - Aïda Alvera Azcarate
| Q1
| 20
| 10
| -
| 3
|
|
GEOG0037-1
|
GNSS : Theory and applications - René Warnant
| Q2
| 35
| 15
| -
| 5
|
|
GEOG0038-1
|
Space geodesy - René Warnant - [1d FW]
| Q2
| 20
| -
| [+]
| 3
|
|
SPAT0025-1
|
Environmental modelling - Louis François, Guy Munhoven
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0026-1
|
Paleoenvironment and evolution of the Earth system - Louis François
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0027-3
|
Climate change and impacts - Louis François, Guy Munhoven
| TA
| 15
| 45
| -
| 5
|
|
SPAT0028-2
|
Planetary magnetospheres and aurorae - Denis Grodent
| Q2
| 20
| 10
| -
| 3
|
|
OCEA0081-1
|
Numerical Methods in Geophysics - Part 2 - Jean-Marie Beckers
| Q2
| 15
| 30
| -
| 5
|
|
SPAT0064-1
|
Solar physics, activity phenomena and solar-earth relations - Frédéric Clette
|
| 20
| 10
| -
| 3
|
|
SPAT0056-1
|
Planetary and exoplanetary atmospheres - Jean-Claude Gérard, Denis Grodent
| Q1
| 30
| 15
| -
| 5
|
|
SPAT0043-1
|
Small bodies in the solar system - Emmanuel Jehin
|
| 15
| 5
| -
| 2
|
|
GEOL0263-1
|
Astrobiology - Philippe Claeys, Véronique Dehant, Moreno Galleni, Emmanuelle Javaux, Yaël Nazé, Annick Wilmotte (Even years)
| Q2
| 30
| 15
| -
| 4
|
|
SPAT0014-1
|
Introduction to time series analysis - Eric Gosset
| Q2
| 20
| 5
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| Q2
| 25
| 30
| -
| 5
|
|
SPAT0015-1
|
Signal acquisition and processing : application to embedded systems - Christian Servais
| Q2
| 10
| 30
| -
| 4
|
|
SSTG0043-1
|
Placement - N... - Suppl : Christian Barbier, Yaël Nazé, Grégor Rauw, Jean-Pierre Swings
| TA
| -
| 140
| -
| 10
|
|
AERO0018-3
|
Space Experiment Development - Pierre Rochus
|
| 30
| 30
| -
| 5
|
|
SPAT0029-1
|
Space environment - Denis Grodent
| Q2
| 15
| 15
| -
| 3
|
|
SPAT0032-2
|
Remote sensing - Christian Barbier
| Q1
| 30
| 30
| -
| 5
|
|
SPAT0063-1
|
Introduction to exoplanetary - Michaël Gillon
| Q2
| 15
| 5
| -
| 2
|
Research Focus
|
|
Compulsory courses
|
|
SPAT0033-1
|
Astrophysics - Pierre Magain
|
| 30
| 15
| -
| 4,5
|
|
SPAT0055-1
|
Atmosphere of Earth - Denis Grodent
| Q2
| 30
| 15
| -
| 4,5
|
|
OCEA0071-1
|
Geophysical fluid dynamics - Part 1 - Jean-Marie Beckers
| Q2
| 30
| 15
| -
| 4,5
|
|
SPAT0035-1
|
Space operations (english language) - Grégor Rauw
| Q1
| 30
| 10
| -
| 4
|
|
SPAT0036-1
|
Celestial mechanics and space trajectories - Grégor Rauw
| Q1
| 20
| 10
| -
| 3
|
|
PHYS0931-1
|
Data processing - Pierre Magain
|
| 15
| 30
| -
| 3
|
|
SPAT0057-1
|
Observing the Sky - Jean Surdej - [5d FW]
| Q1
| 20
| 10
| [+]
| 5
|
|
SPAT0058-1
|
Observing Earth from space - N... - Suppl : Christian Barbier
| Q1
| 15
| -
| -
| 1,5
|
Second Year
|
Compulsory course
|
|
SMEM0029-1
|
Final thesis - Collégialité
| TA
| -
| -
| -
| 27
|
Optional courses
|
| [...] | Choose, in agreement with the Jury, several courses totalling 9 credits, from the two options offered below or from other Masters programmes, in particular the Masters in Civil Engineering and Aerospace : | | | | | 9 |
|
Choose one option from the following :
|
|
Option Astrophysics
|
|
Choose courses, with the approval of the Jury, totalling 24 credits amongst :
|
|
SPAT0064-1
|
Solar physics, activity phenomena and solar-earth relations - Frédéric Clette
|
| 20
| 10
| -
| 3
|
|
SPAT0056-1
|
Planetary and exoplanetary atmospheres - Jean-Claude Gérard, Denis Grodent
| Q1
| 30
| 15
| -
| 5
|
|
SPAT0043-1
|
Small bodies in the solar system - Emmanuel Jehin
|
| 15
| 5
| -
| 2
|
|
SPAT0044-1
|
Stellar Structure and evolution I - Marc-Antoine Dupret
| Q1
| 20
| 20
| -
| 3
|
|
SPAT0045-1
|
Stellar structure and evolution II - Marc-Antoine Dupret
| Q2
| 20
| 20
| -
| 3
|
|
SPAT0005-1
|
Stellar stability and asteroseismology - Marc-Antoine Dupret
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0007-2
|
Variable stars - Grégor Rauw
| Q1
| 20
| 10
| -
| 3
|
|
SPAT0006-1
|
Stellar atmospheres - Grégor Rauw
| Q2
| 20
| 10
| -
| 3
|
|
SPAT0008-1
|
Interstellar Medium - Damien Hutsemekers, Yaël Nazé
| Q1
| 20
| 10
| -
| 3
|
|
GEOL0263-1
|
Astrobiology - Philippe Claeys, Véronique Dehant, Moreno Galleni, Emmanuelle Javaux, Yaël Nazé, Annick Wilmotte (Even years)
| Q2
| 30
| 15
| -
| 4
|
|
SPAT0009-1
|
High-energy astrophysics - Grégor Rauw
| Q1
| 25
| 5
| -
| 4
|
|
SPAT0010-1
|
Theoretical physical cosmology - Christian Barbier, Michel Tytgat
| Q2
| 40
| -
| -
| 4
|
|
SPAT0011-1
|
Extragalactic astrophysics - Pierre Magain
|
| 20
| 10
| -
| 3
|
|
SPAT0012-1
|
General relativity - Yves De Rop
| TA
| 60
| -
| -
| 6
|
|
SPAT0014-1
|
Introduction to time series analysis - Eric Gosset
| Q2
| 20
| 5
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| Q2
| 25
| 30
| -
| 5
|
|
SPAT0015-1
|
Signal acquisition and processing : application to embedded systems - Christian Servais
| Q2
| 10
| 30
| -
| 4
|
|
SSTG0043-1
|
Placement - N... - Suppl : Christian Barbier, Yaël Nazé, Grégor Rauw, Jean-Pierre Swings
| TA
| -
| 140
| -
| 10
|
|
AERO0018-3
|
Space Experiment Development - Pierre Rochus
|
| 30
| 30
| -
| 5
|
|
SPAT0017-1
|
Current questions and seminars - Alberto Borges, Jean-René Cudell, Benoît Hubert, Damien Hutsemekers
| TA
| -
| 30
| -
| 3
|
|
SPAT0018-1
|
Evolution of ideas in Astronomy - Yaël Nazé
| Q1
| 15
| -
| -
| 2
|
|
SPAT0019-1
|
Special Relativity - Jean Surdej
| Q1
| 15
| -
| -
| 2
|
|
SPAT0020-2
|
Introduction to astrochemistry - Michaël De Becker
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0021-1
|
Introduction to astroparticles - Joseph Cugnon
| Q1
| 20
| 10
| -
| 3
|
|
SPAT0060-1
|
Astroparticles, Part 1 : Astroparticles and standard model - Jean-René Cudell
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0060-2
|
Astroparticles, Part 2 : Astroparticles and gravitational effects - Jean-René Cudell
| Q2
| 10
| 5
| -
| 2
|
|
SPAT0061-1
|
Theory group and astroparticle (english language) - Diego Aristizabal Sierra
| Q2
| 30
| -
| -
| 3
|
|
SPAT0062-1
|
Quantum field theory, Part 1 : Quantum electrodynamics - Jean-René Cudell
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0062-2
|
Quantum field theory, Part 2 : Elements of renormalization - Jean-René Cudell
| TA
| 10
| 5
| -
| 2
|
|
PHYS2012-1
|
Relativistic quantum mechanics and relativistic statistics - Peter Schlagheck
| Q1
| 20
| 5
| -
| 3
|
|
SPAT0063-1
|
Introduction to exoplanetary - Michaël Gillon
| Q2
| 15
| 5
| -
| 2
|
|
Option Earth and Planetary Sciences
|
|
Choose courses, with the approval of the Jury, totalling 24 credits amongst :
|
|
SPAT0023-1
|
Terrestrial magnetosphere and polar lights - Benoît Hubert
|
| 30
| 10
| -
| 4
|
|
SPAT0024-2
|
Meteorology - Louis François
| Q1
| 40
| 20
| -
| 6
|
|
OCEA0072-1
|
Geophysical fluid dynamics - Part 2 - Jean-Marie Beckers
| Q1
| 30
| 15
| -
| 5
|
|
OCEA0059-2
|
Remote Sensing of the Oceans, Introduction to satellite oceanography (english language) - Yves Cornet
| Q1
| 15
| 15
| -
| 3
|
|
OCEA0045-1
|
Statistical methods of analysis of oceanographic data - Aïda Alvera Azcarate
| Q1
| 20
| 10
| -
| 3
|
|
GEOG0037-1
|
GNSS : Theory and applications - René Warnant
| Q2
| 35
| 15
| -
| 5
|
|
GEOG0038-1
|
Space geodesy - René Warnant - [1d FW]
| Q2
| 20
| -
| [+]
| 3
|
|
SPAT0025-1
|
Environmental modelling - Louis François, Guy Munhoven
| Q2
| 20
| 10
| -
| 4
|
|
SPAT0026-1
|
Paleoenvironment and evolution of the Earth system - Louis François
| Q2
| 30
| 10
| -
| 4
|
|
SPAT0027-3
|
Climate change and impacts - Louis François, Guy Munhoven
| TA
| 15
| 45
| -
| 5
|
|
SPAT0028-2
|
Planetary magnetospheres and aurorae - Denis Grodent
| Q2
| 20
| 10
| -
| 3
|
|
OCEA0081-1
|
Numerical Methods in Geophysics - Part 2 - Jean-Marie Beckers
| Q2
| 15
| 30
| -
| 5
|
|
SPAT0064-1
|
Solar physics, activity phenomena and solar-earth relations - Frédéric Clette
|
| 20
| 10
| -
| 3
|
|
SPAT0056-1
|
Planetary and exoplanetary atmospheres - Jean-Claude Gérard, Denis Grodent
| Q1
| 30
| 15
| -
| 5
|
|
SPAT0043-1
|
Small bodies in the solar system - Emmanuel Jehin
|
| 15
| 5
| -
| 2
|
|
GEOL0263-1
|
Astrobiology - Philippe Claeys, Véronique Dehant, Moreno Galleni, Emmanuelle Javaux, Yaël Nazé, Annick Wilmotte (Even years)
| Q2
| 30
| 15
| -
| 4
|
|
SPAT0014-1
|
Introduction to time series analysis - Eric Gosset
| Q2
| 20
| 5
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| Q2
| 25
| 30
| -
| 5
|
|
SPAT0015-1
|
Signal acquisition and processing : application to embedded systems - Christian Servais
| Q2
| 10
| 30
| -
| 4
|
|
SSTG0043-1
|
Placement - N... - Suppl : Christian Barbier, Yaël Nazé, Grégor Rauw, Jean-Pierre Swings
| TA
| -
| 140
| -
| 10
|
|
AERO0018-3
|
Space Experiment Development - Pierre Rochus
|
| 30
| 30
| -
| 5
|
|
SPAT0029-1
|
Space environment - Denis Grodent
| Q2
| 15
| 15
| -
| 3
|
|
SPAT0032-2
|
Remote sensing - Christian Barbier
| Q1
| 30
| 30
| -
| 5
|
|
SPAT0063-1
|
Introduction to exoplanetary - Michaël Gillon
| Q2
| 15
| 5
| -
| 2
|
