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Technische Universität München

Praktikum on 3D Computer Vision

Overview

This course focuses on different recent topics in 3D computer vision and their application. A first set of (invited) lectures on specific vision problems (such as 3D shapes, point cloud processing, 6D Pose Estimation, Neural Rendering, 3D humans / matching, SLAM) lays the foundation for practical projects carried out by the student. The projects are motivated from real problems and recent research directions from industrial and academic partners. These are addressed by a group of students with support of coaches from both industry and academia. The proposed solutions to the 3D vision topics are finally presented with at an internal workshop. After the course, the student is familiar with selected topics and recent advances in 3D computer vision for which a practical project has been carried out and experience in problem solving in constant exchange with group members and vision experts has been learnt.

Pre-Course Meeting

The pre-course meeting took place on July 14th 2025 at 14:00. You can watch the recording here or download the slides here.

 

Registration

Register in the TUM matching system until 22.07.2025.

Send motivation letter, CV & transcript to p3dcv(at)camp.cit.tum.de until 22.07.2025.

  • Why do you want to participate in this course in particular?
  • What background related to computer vision & machine learning do you have?

Ranking based on

  • Motivation and fit into degree
  • Background and previous experiences
  • Study program & semester

Praktikum on 3D Computer Vision (IN2106, IN4313)

Lecturer (assistant)
Federico Tombari [L]
Benjamin Busam
Nikolas Brasch
Ulrich Eck
Kunyi Li
Artem Savkin
Sen Wang
Felix Tristram
Number 0000000689
Type practical training
Duration 6 SWS
Term Wintersemester 2025/26
Language of instruction English
Position within curricula See TUMonline
Dates See TUMonline

Dates

Admission information

See TUMonline
Note: For registration you have to be identified in TUMonline as a student. Please apply for this lab course by following the instructions on the course website. We will select appropriate candidates based on their background, interests, and motivation. For application, please use the provided form, include an up to date score sheet and a paragraph explaining your motivation for applying to this course (300 words max). Students from the informatics faculty also have to register through the common IN.TUM-Matching-System.

Objectives

After the course, the student is familiar with selected topics and recent advances in 3D computer vision for which a practical project has been carried out and experience in problem solving in constant exchange with group members and vision experts has been learnt.

Description

This course focuses on different recent topics in 3D computer vision and their application.
A first set of lectures on specific vision problems (such as 3D shapes, point cloud processing, 6D Pose Estimation, Neural Rendering, 3D humans / matching, SLAM) lays the foundation for practical projects carried out by the student.
The projects are motivated from real problems and recent research directions from industrial and academic partners. These are addressed by a group of students with support of coaches from both industry and academia. The proposed solutions to the 3D vision topics are finally presented in a workshop.

Prerequisites

Students should have basic knowledge in C++ or Python programming as well as in computer vision concepts.
Ideally, experience with OpenCV (or a similar library) exists and methods such as camera calibration and nonlinear optimization are known.

Teaching and learning methods

- Lectures on specific 3D computer vision topics
- Individual assignements
- Group project and presentation

Examination

Immanent evaluation based on individual assignments, course participation, group project

Links

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