Our team is in charge of teaching introductory courses at the undergraduate and the graduate level in the courses of study: geoinformatics (BSc. and MSc.), geography (BSc. and MSc.), and teacher’s studies in geography.

 

In the winter term the main lectures are „Geoinformatics ‘-   Concepts  “ and „Geoinformatics ‘-   Algorithms“ at the undergraduate level as well as „Modelling and Simulation“ at the graduate level. In addition, we teach project seminars (e.g., on landmarks) and methodological courses on spatio-temporal analysis.

 

In the summer term, our spectrum ranges from introductory „GIS“ and „Advanced spatial analysis“ courses at the undergraduate level to „Python“ courses and project seminars at the graduate level.

 

We also manage further courses taught by lecturers from outside the university, such as „Scientific English“, „3D and Spatial Analyst (ArcGIS)“, as well as colleagues from other universities as part of the Erasmus Lecturers’ Exchange program.

 

All team members supervise theses at the bachelor’s and master’s level (see below for topics covered).

© University of Augsburg

Current Courses Prof. Timpf

(applied filters: semester: current | institute: Institut für Geographie | lecturers: Sabine Timpf | course types: Vorlesung, Vorlesung + Übung, Pflichtvorlesung, Übung, Begleitübung, Tutorium, Seminar, Hauptseminar, Kurs, Praktikum, Exkursion, Projektseminar, Projekt, Blockpraktikum)
name lecturer type language
Vorlesung Geodaten - Geoinformation - Geowissen (Eigenstudium vhb) Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Vorlesung deutsch
Forschungsseminar Geoinformatik Ismayilova

Irada Ismayilova,

Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar deutsch
Modelling outdoor landmarks Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar deutsch
Lecture and Practical Agent Based Modelling Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar
Scientific English Sanders

Senta Sanders,

Timpf

Sabine Timpf

Seminar
Vorlesung Geoinformatik - Algorithmen Timpf

Sabine Timpf

Vorlesung deutsch
Agenten-basierte Simulation von Ringbuslinien in Augsburg Timpf

Sabine Timpf

Seminar deutsch

Current Courses Dr. Nuhn

(applied filters: semester: current | institute: Institut für Geographie | lecturers: Eva Nuhn | course types: Vorlesung, Vorlesung + Übung, Pflichtvorlesung, Übung, Begleitübung, Tutorium, Seminar, Pflichtseminar, Einführungskurs mit Übung, Praktikum, Projektseminar, Projektstudium, Projekt, Blockpraktikum)
name lecturer type language
Walkable Augsburg Nuhn

Eva Nuhn

Projektseminar deutsch
Vorlesung Geodaten - Geoinformation - Geowissen (Eigenstudium vhb) Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Vorlesung deutsch
Tutorium Geoinformatik Nuhn

Eva Nuhn

Tutorium deutsch
Forschungsseminar Geoinformatik Ismayilova

Irada Ismayilova,

Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar deutsch
Modelling outdoor landmarks Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar deutsch
Lecture and Practical Agent Based Modelling Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar
Übung zur Vorlesung Geoinformatik Nuhn

Eva Nuhn

Übung deutsch

Current Courses Ms. Ismayilova

(applied filters: semester: current | lecturers: Irada Ismayilova | course types: Übung, Seminar, Projektseminar)
name lecturer type language
Forschungsseminar Geoinformatik Ismayilova

Irada Ismayilova,

Nuhn

Eva Nuhn,

Timpf

Sabine Timpf

Seminar deutsch
GIS for environmental applications Ismayilova

Irada Ismayilova

Übung englisch

Theses and theses topics

We always have topics for Bachelor or Master theses. We prefer that you come with your own topic idea. Please schedule a meeting.

 

Just to give you an idea of the kinds of topics that we supervise:

 

Sabine Timpf

Agent-based modelling of visitor movement in public parks

Simulating a potential bus ring line around Augsburg to supplement the current public transport

Introducing a new bikeability index for Augsburg

Conceptualising sustainable traffic on and around the campus

3D Modelle für die Navigation - Potenziale und Gefahren

 

 
Eva Nuhn

Aquatic landmarks

Walkable Cities - comparing walkability indices

 
Irada Ismayilova

Using machine learning techniques to determine types of green spaces

GIS for environmental applications

 

 

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