| Anitha, Arathi | FP: Adaptive Trace Buffer Configuration for Effective ECU Anomaly Detection & Diagnosis | | Zafer Attal | | | | |
| Aygün, Mustafa | MA: Conception of a Real-Time Operating System (RTOS) for Motor Control Systems in the Field of Automotive Industry | | Tim Twardzik | | | | |
| Bilir, Abdurrahman | MA: Design and Deployment of a Lightweight On-Device Classifier for ECU Anomaly Categorization | | Zafer Attal | | | | |
| Duntze, Penelope Sophie | BA: Development of a Hardware Test Framework for Simulation and FPGA-Based Evaluation | | Oliver Lenke | | | | |
| Mahmalat, Firas | IDP: Linux Scheduler Implications for Load Balancing and Real-Time Networking | | Marco Liess | | | | |
| Massart, Etienne | IDP: Linux Scheduler Implications for Load Balancing and Real-Time Networking | | Marco Liess | | | | |
| Marksteiner, Daniel | BA: Development of an FPGA-based Packet Fragmenter | | William Wulff | | | | |
| Münch, Martin | MA: A flexible Memory Preload & Security Extension for Multicore Architectues | | Oliver Lenke | | | | |
| Okano, Taiki | IDP: Linux Scheduler Implications for Load Balancing and Real-Time Networking | | Marco Liess | | | | |
| Ritzhaupt-Kleissl, Annemarie | WS: Duckietown - Improved Distance Measurement | | Michael Meidinger | | | | |
| Schiewe, Heiko | BA: Duckietown – Combined Speed Control and Steering Using Reinforcement Learning | | Michael Meidinger | | | | |
| Schlemmer, Matthias | MA: Extended SystemC Model for Design Space Exploration of a Chiplet-Based System | | Michael Meidinger | | | | |
| Taarabat, Marcel | BA: Python-based Simulation and Visualization of Partitioning Algorithms | | Thomas Wild | | | | |
| Türker, Abdülsamed | BA: Duckietown – Image Processing on GPU | | Michael Meidinger | | | | |
| Vasconcelos, Luís | WS: Duckietown - DuckieVisualizer Extension and System Maintenance | | Michael Meidinger | | | | |
| Zamora, Robert | WS: Integration of a Hardware Preload Unit into an AXI-based CVA6 Architecture | | Oliver Lenke | | | | |
