Teaching
Summer Term 2025
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2025, Apr 24 —Lecture: AI-based 3D Graphics and Vision
The lecture will cover AI-based 3D reconstruction, synthesis, and rendering from various input modalities (image, text, audio). It covers topics like 2D/3D neural rendering, deepfakes, natural image synthesis with different controls, as well as motion and video generation.
2025, Apr 24 —Practical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, human-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2025, Apr 24 —Winter Term 2024/2025
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2024, Aug 24 —Lecture: AI-based 3D Graphics and Vision
The lecture will cover AI-based 3D reconstruction, synthesis, and rendering from various input modalities (image, text, audio). It covers topics like 2D/3D neural rendering, deepfakes, natural image synthesis with different controls, as well as motion and video generation.
2024, Aug 24 —Seminar: Digital Humans
In this course, students will autonomously investigate recent research about Digital Humans. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2024, Aug 23 —Summer Term 2024
Lecture: AI-based 3D Graphics and Vision
The lecture will cover AI-based 3D reconstruction, synthesis, and rendering from various input modalities (image, text, audio). It covers topics like 2D/3D neural rendering, deepfakes, natural image synthesis with different controls, as well as motion and video generation.
2024, Apr 24 —Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2024, Apr 24 —Winter Term 2023/2024
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2023, Aug 24 —Seminar: Digital Humans
In this course, students will autonomously investigate recent research about Digital Humans. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2023, Aug 24 —Winter Term 2020/2021
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2020, Aug 24 — [TUM-Online]Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2020, Aug 24 — [TUM-Online]Practical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2020, Aug 24 — [TUM-Online]Summer Term 2020
Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2020, Apr 07 — [TUM-Online]Practical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2020, Apr 07 — [TUM-Online]Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2020, Apr 07 — [TUM-Online]Winter Term 2019/2020
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2019, Oct 10 — [TUM-Online]Practical Course: 3D Scanning and Spatial Learning
3D scanning and motion capture is of paramount importance for content creation, man-machine as well as machine-environment interaction. In this course we will continue the topics covered by the 3D Scanning & Motion Capture as well as by the Introduction to Deep Learning lecture.
2019, Oct 07 — [TUM-Online]Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2019, Oct 07 — [TUM-Online]Summer Term 2019
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2019, Apr 10 — [TUM-Online]Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2019, Apr 07 — [TUM-Online]Winter Term 2018/2019
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2018, Oct 10 — [TUM-Online]Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2018, Oct 07 — [TUM-Online]Summer Term 2018
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2018, Apr 10 — [TUM-Online]Seminar: 3D Vision
In this course, students will autonomously investigate recent research about 3D Scanning & Motion Capturing. Independent investigation for further reading, critical analysis, and evaluation of the topic is required.
2018, Apr 07 — [TUM-Online]Winter Term 2017/2018
Lecture: 3D Scanning and Motion Capture
This hands-on lecture focuses on cutting-edge 3D reconstruction approaches, including volumetric fusion approaches on implicit functions, face tracking, hand tracking, and much more! We also cover essential optimization techniques such as Gauss-Newton and Levenberg-Marquardt.
2017, Oct 10 — [TUM-Online]Winter Term 2016/2017
Lecture: Computer Graphics
This lecture gives an introduction to computer graphics, covering the computer graphics pipeline, lighting models and geometric modelling.
2016, Oct 10 — [LGDV]Summer Term 2016
Lecture: Algorithmics of continuous systems
This lecture introduces a variety of classical algorithms. It covers solvers for linear and non-linear systems, dicretization/quantization, error propagation, interpolation and freeform curves.
2016, Apr 10 —Winter Term 2015/2016
Lecture: Computer Graphics
This lecture gives an introduction to computer graphics, covering the computer graphics pipeline, lighting models and geometric modelling.
2015, Oct 10 — [LGDV]Summer Term 2015
Lecture: Algorithmics of continuous systems
This lecture introduces a variety of classical algorithms. It covers solvers for linear and non-linear systems, dicretization/quantization, error propagation, interpolation and freeform curves.
2015, Apr 10 —Summer Term 2014
Lecture: Mobile Computer Graphics
This lecture focuses on Computer Graphics approaches for mobile devices, like Smartphones and Tablets. It offers hands-on practical exercises for programming on Android hardware.
2014, Apr 10 — [LGDV]