Kontakt: vic.schaack@tum.de

22.01.2026

Diplomarbeiten, Bachelor- und Masterarbeiten:
[Master's Thesis] - Novel Interaction Modalities for Robotic Companions within Hospital Environments   

Robotic companions have the potential to revolutionize healthcare. By taking over trivial but time-consuming tasks, hospital staff can focus on more complex workloads that require human intervention. In this project, a novel approach for guiding patients through the hospital environment using robotic companions will be developed.

22.01.2026

Academic staff :
Research Associate / PhD Student (f/m/d) Implementation of Resilience Strategies for ISAC Systems and Hardware Demonstrator Development   

This PhD position focuses on developing resilient ISAC architectures. This project aims to implement, test, and demonstrate resilience strategies that enhance ISAC system robustness against various types of jamming.
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Kontakt: jobs.lti.cit@tum.de

22.01.2026

Diplomarbeiten, Bachelor- und Masterarbeiten:
[Master's Thesis] - Synthetic Data Generation for Challenging Egocentric Dynamic Neural Novel View Synthesis   

This project focuses on generating synthetic training data for egocentric dynamic neural novel view synthesis systems. A particular emphasis is placed on creating edge case test data to evaluate the limits of current methods.
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Kontakt: constantin.kleinbeck@tum.de

22.01.2026

Diplomarbeiten, Bachelor- und Masterarbeiten:
[Master's Thesis] - Egocentric Dynamic Neural Novel View Synthesis for the Operating Room   

This project focuses on evaluating and optimizing approaches for egocentric dynamic neural novel view synthesis systems. Current methods are to be surveyed for their capability to be used with egocentric video material, ability to reconstruct for longer durations, and suitability for the operating room. Key improvement possibilities, such as the use of dynamic spatial anchors, should be implemented and evaluated.
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Kontakt: constantin.kleinbeck@tum.de

22.01.2026

Diplomarbeiten, Bachelor- und Masterarbeiten:
[Master's Thesis] - AI-guided Three-dimensional Transfer Function for Automatic Path Tracing of CT Data   

In volumetric visualization, transfer functions are typically manually parameterized to map CT scan densities to specific colors, allowing for the differentiation of anatomical structures in the rendered images. This project aims to automate this mapping and incorporate 3D segmentation information, enabling automatic colorization and the ability to distinguish between tissues with similar densities.
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Kontakt: constantin.kleinbeck@tum.de

22.01.2026

Non-academic staff:
IT-Organisator/in Campus-Management-System (m/w/d)   

Wir suchen zur Verstärkung unseres Teams und zur Optimierung unseres Serviceangebots zum nächstmöglichen Zeitpunkt unbefristet in Teil- oder Vollzeit (80-100%, 32-40 h/Woche), Sie als engagierte/n und teamfähige/n IT-Organisator/in (m/w/d).

21.01.2026

Suche ...:
Teilnehmerinnen gesucht für die Studie zu Stimmveränderungen im Menstruationszyklus   

Wir suchen Teilnehmerinnen für die Studie zu Stimmveränderungen im Menstruationszyklus.
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Kontakt: anika.spiesberger@tum.de

21.01.2026

Academic staff :
Ph.D. Position: Decoding Cellular Conversations: and Cell Plasticity time-resolved transcriptomics for Cellular Communication   

Are you interested in combining modern omics analyses and synthetic biology for non-destructive, longitudinal transcriptome analysis? Would you like to investigate cell communication and plasticity using innovative methods? Then apply for this doctoral position in the BioSysteM cluster for synthetic biology in Munich, at the interface of synthetic biology, transcriptomics, and organoid technology.
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Kontakt: Please send your letter of motivation and complete CV to ga49qal@mytum.de.