Login
Help
Documentation
Diplom und Abschlussarbeiten
| Title | Type | Last modified | |
|---|---|---|---|
 |
Master’s / Medical Doctoral Thesis Opportunity
We are offering an exciting opportunity for a highly motivated student to investigate a novel therapeutic approach based on programmable RNA editing for the treatment of Beta-propeller Protein-Associated Neurodegeneration (BPAN).
|
News Article | 16.03.2026 |
|
Masters Thesis: Creating Control Fields for a Point-of-Care Infection Test
The objective of this master’s thesis is to design, implement, and validate robust control fields for a paper-based point-of-care (PoC) infection test. These control fields aim to differentiate Gram-positive and Gram-negative bacteria, assisting in species identification of bacterial urinary tract infections.
|
News Article | 08.04.2026 |
|
Master's Thesis: From Signals to Glucose. Modeling and Inversion in Mid-Infrared Optoacoustic Spectroscopy
Master's Thesis on Physical System Modelling for non-invasive Glucose Measurements
|
News Article | 17.04.2026 |
|
Master’s Thesis: Leveraging iPhone ARKit Pose Estimation for Visual SLAM and Scene Understanding
This thesis aims to investigate how Apple’s ARKit pose estimation system can be used, analyzed, and potentially extended for computer vision and robotics-related applications. The work will evaluate ARKit’s accuracy, robustness, and suitability as a replacement or complement to traditional Visual SLAM pipelines.
|
News Article | 23.03.2026 |
|
Master’s theses: Creation of a Spatial Reasoning Benchmark
This thesis aims to develop a benchmark for evaluating the spatial reasoning of LLMs. Since AI models often struggle with 3D planning, LEGO bricks serve as a discretized medium to quantify this intelligence. Key tasks include generating synthetic datasets, defining metrics for spatial correctness, and validating AI-generated blueprints within 3D simulations.
|
News Article | 22.05.2026 |
|
Master’s Thesis in Cardiac Gene Therapy and Translational Genome Editing
Our research focuses on the development and optimization of AAV-based gene therapy and genome editing platforms for cardiac applications. This integrated strategy enables mechanistic insight while supporting translational development toward clinical cardiac gene therapy. The aim of the Master's thesis project is to systematically evaluate how delivery strategy, developmental stage, and model system influence genome-editing efficiency and therapeutic potential in the heart.
|
News Article | 06.04.2026 |
Print
RSS 
