To foster and promote the awareness of space technologies and applications among students, EPFL offers since 2005 a Minor in Space Technologies. The course is hosted by the Electrical Engineering and Electronics Section (SEL) but open to the entire EPFL student community.
The main goals of the Minor in Space Technologies are:
- To offer students the possibility to strengthen their knowledge of space related research
- To promote space applications, technology and science based on the large interest raised by space
- To foster a strong educational platform in the space sector, in parallel to the development of academic and research projects at EPFL (e.g. SwissCube, Cleanspace)
Fast travel to:
guidelines
ESA Academy
For students taking European Space Agency Academy Classes and want to add the credits into their study plan: you MUST notify the EPFL Academic Services of your registration to an ESA Academy Class before the date of the class.
Make sure to contact the student services in advance to let them know.
If you don't, credits offer through ESA classes will not be accepted into your study plan.
list of courses
2024-2025
Credits offered: 100
Teachers, credits and period of the classes are subjected to change.
Classes that have been taken during bachelor or master CANNOT be taken again in the minor.
Highlighted classes are "space focused" and are highly recommended.
The official Minor in Space Technologies programme can viewed on the EPFL website HERE.
As a reminder, you can check out the flow chart below recommending a logical pattern of classes seclection if you specifically want to focus on Space Systems:
The official EPFL Minor in Space Technologies study plan can be found HERE
CODES | COURSES | LECTURERS | PROGRAMS | CREDITS | COMMENTS | SEMESTER |
---|---|---|---|---|---|---|
ME-445 | Aerodynamics | Mulleners | GM | 4 | ||
PHYS-323 | Astrophysics II : interactions radiation-matter | Jablonka | PH | 4 | Cancelled in 2024-2025 | |
PHYS-465 | Astrophysics III : galaxy formation and evolution | Hirschmann | PH | 4 | ||
PHYS-401 | Astrophysics IV : stellar and galactic dynamics | Revaz | PH | 4 | ||
PHYS-402 | Astrophysics V : observational cosmology | Kneib | PH | 4 | ||
ENG-411 | Concurrent Engineering of Space Missions | Udriot, Verkammen | EL | 2 | ||
ME-321 | Control systems + TP | Jones + Salzmann | GM | 4 | ||
MICRO-315 | Embedded Systems and Robotics/Systèmes embarqués et robotique | Mondada | MT | 6 | ||
ME-372 | Finite element method/Méthode des éléments finis | Gallaire/Yim | GM | 3 | ||
ME-373 | Finite element modelling and simulation/Modélisation et simulation par éléments finis | Boujo | GM | 3 | Limit: 120 students | |
ME-341 | Heat and mass transfer | Tagliabue | GM | 4 | ||
ENV-540 | Image processing for earth observation | Tuia | SIE | 4 | ||
PHYS-345 | Introduction à l'astrophysique: les bases | Kneib | PH | 3 | ||
EE-346 | Introduction aux microondes et aux antennes | Skrivervik | EL | 3 | ||
EE-580 | Introduction to the design of space mechanisms | Feusier | EL | 2 | ||
EE-582 | Lessons learned from the space exploration | Toussaint | EL | 2 | ||
MSE-474 | Materials selection | Michler J./Siegmann/Vaucher | MX | 2 | 4h lecture every two weeks from the first week | |
MICRO-428 | Metrology | Bruschini / Charbon / Fantner | MT | 3 | ||
MICRO-429 | Metrology practicals | Bruschini / Charbon / Fantner | MT | 2 | ||
EE-310 | Microprogrammed Embedded Systems/Systèmes embarqués microprogrammés | Atienza | EL | 4 | Limit: 80 students | |
MGT-462 | New space economy | Roettgen | MTE | 3 | Special schedule. Check the MTE website for more info. | |
EE-589 | Projet in space technologies | Misc. | EL | 12 | ||
ENV-548 | Sensor orientation | Skaloud | SIE | 4 | ||
EE-584 | Spacecraft design & system engineering | David/Udriot | EL | 5 | ||
EE-585 | Space mission design & operations | Kuntzer | EL | 2 | ||
ENG-510 | Space propulsion | Jäger | EL | 3 | ||
EE-587 | Space sustainability, a multidisciplinary approach | David/Udriot | EL | 2 | ||
MSE-485 | Tribology | Mischler S./Igual Munoz | MX | 2 |
project
Each student planning to take the Minor can select a project equivalent to 12 ETCS. A list of projects offered by eSpace is available HERE.
Subjects could also be proposed by an EPFL lab or the students themselves (as long as the project is space related).
Note that if you are proposing your own project, it needs to be supervised by a lab at EPFL. The Minor project cannot be done within an external entity.
It is highly recommended to take the project after the classes, i.e. in the third semester of Master. Once the title of the project has been selected and agreed with project supervisors, the student needs to register for the project on IS-Academia and can inform us about their project via this form.
(Note that this form is not mandatory to fill in but is greatly appreciated as we do not have access to all the registrations on IS-Academia).
If you choose to do your project in an EPFL lab and are unsure how to register on IS-Academia, please contact us via the form below.
enrolment
1. The student should register on IS-Academia for the Minor and corresponding classes.
If your Section is asking for eSpace's validation before you register for the Minor, please download this form and send it back to us filled in with your chosen list. eSpace's academic director Prof. Jean-Paul Kneib will review the chosen classes and if approved, will sign the form that you can return to your section.
2. The studend ensures that the selected classes total at least 30 ECTS (with a highly recommended plan of 18 ECTS classes + 12 ECTS project).
3. Deadline to register: before the end of the first semester of each students’ Master studies
contact
We are happy to answer your questions and comments.
Fill out the form below and we will get back to you as soon as possible.