Satellite Technology

The aero­space sector is a very re­search-inten­sive field that offers attrac­tive jobs for highly quali­fied stu­dents. The Elite Grad­uate Pro­gram “Satel­lite Tech­nolo­gy” focus­es on inter­disci­plinary space sys­tems engi­neer­ing skills. Se­lected excel­lent stu­dents are inten­sively sup­ported and trained for chal­leng­ing, inter­disci­plinary tasks in space sys­tems devel­op­ment with special appli­cation to Earth obser­vation and tele­com­muni­cation.

The Elite Graduate Program at a glance

DegreeMaster of Science
Duration of studyFour semesters
Place of studyWürzburg
Admission requirementsBachelor’s degree in sciences or engineering
Language of instructionEnglish
Application deadlineMarch 15th
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Begin of studiesWinter semester
HeadProf. Dr. Andreas Nüchter (Würzburg)
CoordinatorHeidi Frankenberger
Contact the coordinator
Further informationWebsite Satellite Technology

Advanced space technologies and applications

The ob­jective of the Elite Grad­uate Pro­gram “Satel­lite Tech­nolo­gy“ is ena­bling stu­dents to work on the reali­zation of space mis­sions through its inter­disci­plinary curric­ulum and a close coop­eration with nearly all Bavar­ian space ex­perts in ac­adem­ia, re­search and indus­try. This re­quires com­peten­cies in com­puter sci­ence, math­emat­ics, geo­sci­ences, con­trol engi­neer­ing, me­chani­cal engi­neer­ing, mate­rials sci­ences, phys­ics, com­muni­cation and elec­trical engi­neer­ing. It is Würz­burg’s speci­ality to focus on elec­tronics and com­puter sci­ence meth­ods rather than tradi­tional fields such as me­chani­cal engi­neer­ing. Relat­ed adap­tive space sys­tems are very much in de­mand in re­search and indus­try envi­ron­ments, offer­ing excel­lent job pro­spects for our gradu­ates in the next-generation space indus­try.

Im Studienprogramm wird die Raum­fahr­tent­wick­lung in ihren drei Phasen nach­voll­zogen: Sys­tem­analyse (1. Semester), System­entwurf (2. Se­mes­ter) und System­im­plementierung (3. Sem­ester).


Mit der Masterthesis im 4. Semester setzen die Studierenden von „Sa­tel­lite Tech­no­lo­gy“ die Kon­zep­te der letzten drei Semes­ter um. So­wohl Lern­in­halte als auch For­schungs­ar­bei­ten kom­men da­bei aus ei­nem brei­ten Spek­trum von Ge­bie­ten, die z.B. Raum­fahrt­mis­si­onen, Bahn­dy­na­mik, Mul­ti-Sa­tel­li­ten­sys­te­me, La­ge- und Bahn­kon­trol­le, In­for­ma­tik, Ro­bo­tik, Maschinenbau, Kom­mu­ni­ka­tions­technik und Erd­beo­bach­tung mit ein­schließen.

Prof. Dr. Andreas Nüchter

"To bold­ly go whe­re no man has gone befo­re!" - der Weltraum bie­tet dafür spannen­de Möglich­kei­ten durch Wei­ter­ent­wicklung von Wis­sen­schaft und Techno­lo­gie. Die in „Sa­telli­te Techno­lo­gy“ er­lern­ten Fä­hig­kei­ten las­sen sich auch ir­disch sehr gut ein­set­zen.

Prof. Dr. Andreas Nüchter

Individual support and comprehensive out-of-class curriculum

The Elite Grad­uate Pro­gram inten­sively sup­ports stu­dents in hands-on real­ization of theo­retical lec­tures in hard­ware design clas­ses. Thus, stu­dents are in­volved in re­search topics in in­terdis­cipli­nary teams. Dur­ing the semes­ter breaks stu­dents can devel­op their skills in in­divid­ual re­search pro­jects at part­ner insti­tutions (e.g. space agen­cies, space re­search insti­tutes, space indus­try).

Snippets of the program

Small Satellite Conference 2023 in Berlin

Students attend the Small Satellite Conference 2023 in Berlin on the state of small satellite development in Germany.

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Die Studierenden des Elitestudiengangs „Satellite Technology“ machen ein Gruppenfoto gemeinsam mit Prof. Dr. Guido Dietl vor der Bühne der Kleinsatellitenkonferenz 2023.

SaTec Students at AMADEE-24

“Satellite Technology” students travel to Armenia as part of the analog Mars simulation AMADEE-24 of the Austrian Space Forum (OeWF) to carry out experiments with their two robots.

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Analog-Astronauten erforschen gemeinsam mit Roboter Charlie die marsähnliche armenische Wüste.

Snippets of the research

Ground calculation for robot

In her master's thesis, Carolin Bösch investigates the real-time calculation of the ground plane normal vector from LiDAR point clouds of a spherical robot.

Internet of Things (IoT) via Satellite

Timon Petermann analyzed in his Master’s thesis the performance of the protocol LoRa and its enhancements for a global space-based IoT telecommunication.

Mapping the Moon

Together with NASA, Lennart Werner developed a novel Mapping technique for Lunar Rovers during his masters thesis.