Are you passionate about developing AI-driven algorithms that ensure safe, ethical, and efficient autonomous driving in complex traffic environments?InformationAre you eager to tackle the scientific challenges of designing advanced collective decision-making algorithms for autonomous vehicles? In this PhD position, you will contribute to pioneering research within the
AIGGREGATE project at the control systems group in the electrical engineering department. You will focus on creating model predictive control algorithms that are provably safe for autonomous driving. Your work will involve integrating cutting-edge AI techniques with control theory to develop algorithms capable of making proactive, human-centric decisions.
These algorithms will leverage collective and predictive state awareness to safely navigate complex scenarios involving both connected and non-connected road users. This position offers a unique opportunity to contribute to the future of mobility by addressing challenges such as minimizing unintended harm, preventing gridlocks, and enhancing user acceptance of autonomous systems. You will be part of a collaborative environment that values inclusivity and innovation, working alongside experts in control theory, autonomous systems and formal methods.
As this project spans multiple disciplines, candidates should have experience with or a strong interest in mastering critical concepts from both control engineering and computer science. The work will involve applying advanced control methods such as model predictive control and control barrier functions, alongside computer science techniques including formal specifications, rigorous testing, and formal verification.
If you are driven by the opportunity to develop intelligent, trustworthy decision-making systems that make a tangible real-world impact, we warmly invite you to apply and join our innovative research team.