University of Koblenz · Landau

The University of Koblenz · Landau is one of the youngest universities in Germany and has grown considerably in its relatively short history. Since its transformation from a teacher training college in 1990, numerous new departments and institutes have sprung up. In addition, a wide range of new degree programs and chairs have been created, and existing courses and research consistently expanded. At the eight existing faculties on the two campuses in Koblenz and Landau, you can currently study Education, Arts and Humanities, Social Sciences, Sciences, Computer Science (Koblenz) and Psychology (Landau). Since 1990 the number of students has increased dramatically to about 17.000 enrolled students, with approximately 8.500 at each campus.

A special feature of the University of Koblenz · Landau is its structure. Koblenz and Landau provide excellent facilities for research, teaching and continuing education, while Mainz serves as the link between the two campuses, housing the President's office as well as being the home of the university executive and central university administration.

Events
Jun 06, 2018

Tutorium für internationale (Post-)DoktorandInnen

Tutorial for international PhD-students and Postdocs
Campus Koblenz, D212
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News
May 17, 2018

Deutsche Welle interviews Professor Staab about provenance information in Facebook

Read [the whole interview (in German)]

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May 02, 2018

University of Koblenz-Landau – internationally renowned

About 100 new international students have been registered at campus Koblenz for the summer semester 2018.

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Apr 30, 2018

SAFA2018 - The Second International Workshop on Systems and Algorithms for Formal Argumentation

Computational models of argumentation are approaches that deal with the representation and interaction of arguments and counterarguments. These models can be applied in all areas that benefit from automatic decision-support such as medicine, accounting, chemistry, and law. Many of these models were inspired by works within the fields of non-monotonic reasoning and logic programming and therefore share the sometimes considerable computational complexity of these approaches.

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