Contribute to the development of an agent-based simulation framework (MATSim) for future rural mobility scenarios, Design and implement new and innovative strategies including automated vehicle operation, and evaluate their integration into existing public transport networks, Analyze spatial and behavioral aspects of mobility in rural areas using empirical data and geospatial indicators, Quantify impacts on accessibility, equity, environmental performance, and system efficiency, Collaborate with interdisciplinary academic partners and engage with stakeholders from planning practice and policy, Support teaching and supervision of student projects, Experience in one or more of these research areas is an advantage.