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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.

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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.

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In the summer term, our spectrum ranges from introductory ?Agent-based modelling“ and ?Advanced spatial analysis“ courses at the undergraduate level to ?Python“ courses and project seminars at the graduate level.

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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.

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

? 新万博体育下载_万博体育app【投注官网】 of Augsburg

Current Courses Prof. Timpf

Course Home institute Lecturer Semester Type Language

Current Courses Dr. Nuhn

Course Home institute Lecturer Semester Type Language

Current Courses Dr. Zuo

Course Home institute Lecturer Semester Type Language

Theses and theses topics

We always have topics for Bachelor or Master theses, although we prefer that you come with your own ideas. Please schedule a meeting with the supervisor of your choice.

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Just to give you an idea of the kinds of topics that we supervise, here are some current topics (Nov 25).

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Prof. Sabine Timpf

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Agent-based modelling of visitor movement in public parks

Conceptualising sustainable traffic on and around the campus

Schematische Geometrie des Campus

Projektion auf 3D Oberfl?chen - GeoDome

Opportunit?tswert für Umsteigebahnh?fe

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Dr. Eva Nuhn

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Aquatic landmarks


Walkable Cities - comparing walkability indices

Dr. Chenyu Zuo

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Compare human and LLM perceptions of walkability

Perceived Walkability - empirical studies with eye-tracking and think-aloud

Walkability Communication - walkability index analysis and visualization

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Past Theses

Student's name Title of the thesis Supervisor Remarks
Michaela Ehrig Erarbeitung eines übertragbaren Python-Workflows zur Analyse der autarken W?rmeversorgung S. Timpf Master, extern: N-ergie Netz GmbH
Leonie Engemann Development of spatial knowledge graphs for improved visualization and analysis of supply chains: A geoinformatics approach for sustainability and resilience S. Timpf Master, extern: ESRI
Vitus Batzer Klassifikation urbaner Strukturen zur Integration synthetischer Populationen in agentenbasierte Modelle S. Timpf Master
Oliver Gottsleben Evaluierung und Ausarbeitung verschiedener Strategien für die Erstellung einer Kurzdokumentation für Hochwasserereignisse S. Timpf Bachelor, extern: Wasserwirtschaftsamt Donauw?rth
Julia Karbacher Erkennung von Solarmodulen mit Deep Learning S. Timpf / I. Ismayilova Bachelor
Gerald Müllner Evaluierung der Bikeability im Augsburger Universit?tsviertel - Entwicklung eines Bikeability Index S. Timpf Bachelor
Maurice Sendelbach Verwendung des Gaussian Splatting für die 3D Modellierung von Geb?uden aus historischen Luftbildern S. Timpf Bachelor, extern: Luftbildstelle München
Melanie Vogg Agenten-basierte Simulation der Emissionen von Luftschadstoffen durch den Verkehr in der Region Augsburg Ch. Knote / S. Timpf Bachelor
Student's name Title of the thesis Supervisor Remarks
Markus Barnickel Conceptualising, Realising?and Evaluating a study on landmarks in forests S. Timpf Bachelor
David Schiedermeier Modellierung r?mischer?Stra?en – Eine Rekonstruktion für R?tien mit GIS S. Timpf / L. G?tz Master, cooperation with chair of classical archaeology
Maike Federau Integration eines?Verhaltensmodells in eine?agentenbasierte?Umweltexpositionssimulation CH. Knote / S. Timpf Master
Student's name Title of the thesis Supervisor Remarks
Paul H?hn Detection of Ground-Mounted Photovoltaic Systems in Germany Using Deep. Learning and Sentinel-1/-2 Satellite Data S. Erasmi / S. Timpf Master, extern: Thünen-Institut
Pablo Santiago L?w Derivation of urban structural area units for?the analysis of population distribution M.?Weigand / S. Timpf Master, extern: DLR
Senta Kleinke Identifikation von Landmarken?in nicht-urbanen R?umen E. Nuhn / S. Timpf Master
Tim Jonas Missun Mapping-Bike: Konfiguration?eines mobilen Aufnahmeger?ts für die?(automatisierte) Erstellung von st?dtischen 3D-Umgebungen S. Timpf Bachelor, extern: Luftbildstelle Stadt München
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