teaching
My teaching obligation and involvement in supervision
Previous Courses
Courses in reversed chronological order.
| Semester | Year | Course | Type (weekly semester hours) |
|---|---|---|---|
| Summer semester | 2024 | Object‑oriented programming  | Lectures & exercises (4 SWS) |
| Winter semester | 2023/2024 | Software engineering  | Exercises & internship (4 SWS) |
| Summer semester | 2023 | Object‑oriented programming | Lectures & exercises (4 SWS) |
| Winter semester | 2022/2023 | Software engineering | Internship (2 SWS) |
| Summer semester | 2022 | Object‑oriented programming | Exercises (2 SWS) |
| Winter semester | 2021/2022 | Software engineering | Exercises (2 SWS) |
| Summer semester | 2021 | Object‑oriented programming | Exercises (2 SWS) |
| Winter semester | 2020/2021 | Software engineering | Exercises (2 SWS) |
| Summer semester | 2020 | Object‑oriented programming | Exercises (2 SWS) |
| Winter semester | 2019/2020 | Software engineering | Exercises (2 SWS) |
| Summer semester | 2019 | Object‑oriented programming | Exercises (2 SWS) |
(“SWS” = German: Semesterwochenstunden)
The courses were held in the following degree programs: Computer Science, Computer Science for Media and Applied Mathematics.
Involvement in Supervision of Theses
Theses in chronological order.
| Type | Title |
|---|---|
| Bachelor thesis | Implementation and evaluation of acquisition and image stitching processes for the generation and visualization of image-based 3D scenes |
| Master thesis | Real-time Image-Based 3D-VR-Rendering of Open Environments |
| Master thesis | Image warping using Hierarchical Graph-Based Video Segmentation |
| Master thesis | Generation of panoramic images using multi-homography warping |
| Bachelor thesis | Analysis of an iterative method for the computation of dense feature correspondences using homographic decomposition for photogrammetry |
| Master thesis | Neural image-based rendering - current state of the art and prototypical implementation |
| Bachelor thesis | Conception and prototypical realization of an AR application for the simplified operation of a machine tool in the production environment |
| Master thesis | Conception and development of a user interface for the procedural generation of virtual indoor worlds using the level graph method |
(Note: The majority of the theses were originally written in German by the students. I have translated the titles of these theses into English for the purpose of this website.)