Topic Suggestions for Student Projects
| Topic | Contact Person | Additional Information | Planned as: |
|---|---|---|---|
| Platz der Völkerfreundschaft, Bautzen: Urban street design | Caroline Koszowski |
From September 2022, cooperation with the City of Bautzen |
StA |
| Collection and Analyisis of Mobility Patterns for Employees of the Mitteldeutschen Rundfunk (MDR) | Herr Wittwer | From March 2022, cooperation with MDR | StA/DA |
| Evaluation of the perception of safety at intersections via respondent surveys | Bettina Schröter | StA | |
| Interactive Tool for mobility data - Development of a Protoype for Municipal mobility monitoring | Herr Wittwer | Prerequisite: Knowledge of R and spreadsheet | DA |
| Development of a calculation tool for predicting mobility parameters - further development of an estimation tool | Herr Wittwer |
Prerequisite: Knowledge of R, SPSS and spreadsheet |
DA |
| Recording long-distance mobility in household surveys on everyday traffic - possibilities and limits | Herr Hubrich | Prerequisite: Knowledge of Microsoft Access or SPSS | SA |
| Topics from following areas: Computer Vision (detection, tracking) and trajectory data related to traffic detection and road safety (Surrogate Safety Measures) | Martin Bärwolff |
Earliest from Feb. 2022 Prerequisite: Basic knowledge in programming language Python |
DA/SA |
| Benchmarking of automatised video-based traffic counts with focus on non-motorised road users | Martin Bärwolff | DA/ StA |
|
|
Accessibility as a holistic and realistic measure in spatial and transport planning and its calculation in connection with transport models |
Dominik Ziemke | Prerequitite: Basic knowledge of Java | DA |
|
Examination of the interdependency of property prices and quantitative attractiveness measures, e.g. accessibility |
Dominik Ziemke | Prerequisite: basic knowledge of programming/scripting | DA |
| Examination of the dependency of modeling result from network density | Dominik Ziemke | Prerequisite: basic knowledge of programming/scripting | DA |
| Systematic derivation of activity locations from Volunteered Geographic Information (VGI, e.g. OpenStreetMap) | Dominik Ziemke | Prerequisite: basic knowledge of programming/scripting | DA |
| Theoretical consideration and comparison of transport demand models | Dominik Ziemke | DA |