An industrial PhD developing guardrails and verified planning and control methods to ensure safe, AI-based autonomous driving for heavy-duty vehicles, in collaboration with TRATON Group R&D and KTH.
A fully funded PhD developing AI, machine learning, and optimization techniques for ultra-efficient electrothermal ice protection systems in next-generation electric and hybrid aircraft.
A fully funded PhD scholarship developing AI and machine learning algorithms for intelligent control of inland waterway vessels, optimizing energy use, hybrid propulsion, and real-time operational decision-making.
A PhD position developing hybrid AI and optimization methods for transport planning, routing, and scheduling under uncertainty, using real-world public transport and logistics applications.
A PhD position focused on simulation and optimization models for sustainable future aircraft, airline fleet planning, and airspace operations.
Two fully funded PhD positions focused on user-centred public transport design, traveller behaviour, governance, and behaviour change through interdisciplinary research with academia, government, and industry partners.
