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Study Project "Copernicus - Earth Observation Infrastructure" - Einzelansicht

Veranstaltungsart Projektveranstaltung Langtext
Veranstaltungsnummer 148911 Kurztext
Semester SS 2017 SWS 4
Erwartete Teilnehmer/-innen 10 Studienjahr
Max. Teilnehmer/-innen 15
Credits 5 Belegung Belegpflicht
Sprache englisch
Einrichtung :
Fachbereich 14 Geowissenschaften
Termine Gruppe: [unbenannt] iCalendar Export für Outlook
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Lehrperson Status Bemerkung fällt aus am Max. Teilnehmer/-innen
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Do. 16:00 bis 18:00 woch 11.05.2017 bis 27.07.2017  Heisenbergstr. 2 - StudLab GEO1 130        
Gruppe [unbenannt]:

Zugeordnete Personen
Zugeordnete Personen Zuständigkeit
Knoth, Christian, Dr. begleitend
Remke, Albert, Prof. verantwort
Abschluss - Studiengang Sem ECTS Bereich Teilgebiet
Master - Geoinformatics (88 E62 8) - 5
Master - Geoinformatics (88 E62 12) - 5
Bachelor - Geoinformatik (82 807 9) - 5
Bachelor - Geoinformatik (82 807 13) - 5
Prüfungen / Module
Prüfungsnummer Modul
18002 Project Computer Science - Master Geoinformatics Version 2012
17002 Study Project Advanced Topics in Geographic Information Science - Master Geoinformatics Version 2012
13003 Project in Interoperability - Master Geoinformatics Version 2012
13002 Project Selected Topics in Geographic Information Science - Master Geoinformatics Version 2012
12002 Project in Interoperability - Master Geoinformatics Version 2008
26003 Projekt - Bachelor Geoinformatik Version 2009
30002 Projekt - Bachelor Geoinformatik Version 2013
Zuordnung zu Einrichtungen
Fachbereich 14 Geowissenschaften


Copernicus is a program for the development and operation of a European earth observation infrastructure (http://www.copernicus.eu). The core of Copernicus consists of the space segment with various satellites, complementary data sources and derived information products.

It provides its users with petabytes of open EO data year by year. Copernicus is currently in the transition phase from a research and development program to an operative system that is suitable for broad practical application.



Within the study project, we will discuss and apply the concepts and technologies that are relevant to Copernicus. We will use the course to build a piece of this infrastructure by ourselves (data hub, derived information products, applications) supporting a use case in the field of disaster management. The course participants will deal with aspects of the processing of large amounts of data, the use of cloud services, the automation of image processing and the development of web applications. The further scope and detail of the work depends on the number and the skill sets of the participants.


Educational Goals

Key learning objectives are:

  • Comprehensive understanding of the Copernicus Earth observation infrastructure
  • Improved understanding of the technology stack for building such infrastructures (Cloud, image analysis & geoprocessing, web services, web apps)
  • Improved software engineering skills such as agile software development, communication and collaboration in a team of software engineers, self-organization


Organizational Aspects


  • The first block (10-13 April, StudLab 125) will be a Copernicus bootcamp with presentations, hack sessions, team building and project planning. Students will have the possibility to work with senior professional software engineers.
  • Participants should have at least basic programming skills (Java and/or JavaScript)
  • We will have a preparatory meeting on January 23rd, 4pm (ct), at room No. 147.


Keine Einordnung ins Vorlesungsverzeichnis vorhanden. Veranstaltung ist aus dem Semester SS 2017 , Aktuelles Semester: SoSe 2023