Bachelor Thesis — Autonomous Vehicle Engineering
Autonomous systems research & engineering
Bachelor Thesis in Autonomous Vehicle Engineering
This Bachelor thesis was conducted as part of the Autonomous Vehicle Engineering program at the Technical University of Ingolstadt (THI). The work focused on the analysis, design, and development of autonomous system components, combining engineering theory with applied research and system-level implementation.
The thesis integrated simulation environments, system modeling, and validation methodologies to study autonomous vehicle behavior, system performance, and operational reliability in complex environments.
Timeline
Final Year Bachelor Thesis — TH Ingolstadt
Service
Autonomous Vehicles
Systems Engineering
Research Focus & System Architecture
The thesis addressed core challenges in autonomous systems engineering, including system integration, data processing, model validation, and performance evaluation. A structured engineering approach was applied, combining theoretical research, simulation-based testing, and system-level analysis.
The project emphasized modular system design, scalability, and reproducibility, ensuring that the developed concepts could be extended to real-world autonomous driving applications.
Academic & Engineering Impact
This thesis provided a strong foundation in autonomous systems engineering, research methodology, and technical problem-solving. It represents a synthesis of academic rigor and applied engineering, forming the basis for further work in autonomous driving, robotics, and intelligent mobility systems.