Our department provides the opportunity for the best graduate students to study and research in the faculty’s PhD programme.
Our topics include vehicle control and dynamics; mechatronics; self-driving cars and machine learning; road traffic modelling and control.
For the application process see the website of the faculty!
Title: Research and development of methods for driver assistance systems
The research aims at finding solutions based on information from different environmental sensors, such as LIDAR/Radar and vision based systems. The goal is to develop sensor and sensor fusion algorithms that help design intelligent vehicles. Contact: Tamás Bécsi, PhD
Title: Research on cooperative behavior of autonomous vehicles
The doctoral program aims at researching advanced driver support functions for various intelligent vehicle systems. The goal is to find new solutions by using V2X communication, while considering the expectations of safe road transport and the feasibility of control of vehicle groups. The research is aimed at controlling vehicles that communicate with their environment, using the new information that has been acquired to develop intelligent transportation systems.Contact: Tamás Bécsi, PhD
Title: Designing autonomous road vehicle decision models using artificial intelligence
The doctoral program aims at the research of the future directions of autonomous vehicles. Based on the information available of the different sensors of vehicles, the goal is to develop machine learning algorithms, especially on the area of reinforcement learning that can robustly perform the required task. Contact: Szilárd Aradi, PhD
Title: Developing model-based trajectory planning and state-estimation methods for autonomous road vehicles
The goal of the research is twofold. The first is the evaluation of the current motion planning techniques, and the development of feasible and customizable trajectory planners for self driving cars, and the second is to provide fast and reliable estimation on the feasibility of maneuvers considering vehicle dynamics. Contact: Tamás Bécsi, PhD
Title: Autonomous public transportation in urban environment
The research aims a thorough analysis and evaluation by using microscopic traffic simulators in order to understand the main impacts and potentials of autonomous public vehicles on network mobility in all. Then, different traffic control algorithms must be developed with focus on autonomous public transport vehicles and dynamic road pricing. Research of advanced modeling, control and estimation methods are also intended. Application of traffic modeling, autonomous vehicles and public transport technologies (e.g. V2I/V2V, platooning, signalized intersection control) is expected. Contact: Tamás Tettamanti, PhD
Title: Intelligent parking management strategies (P+R, route guidance, dynamic pricing)
The research aims a thorough analysis and evaluation of intelligent parking management strategies by using microscopic/macroscopic traffic simulators. Also, different traffic control algorithms must be developed for autonomous/automated parking management with special focus on P+R, route guidance, dynamic pricing. Contact: Tamás Tettamanti, PhD