Join a high-profile EPSRC-funded project to study aerodynamics and aeroacoustics of overlapping propeller systems for Advanced Air Mobility.
Conduct engineering-driven research on real-world driving behavior, automation, and safety using large-scale driving datasets, simulations, and traffic models.
Conduct research on roadside safety and physical security, including engineering analyses, crash testing, simulation, and project management.
Plan and model urban mobility projects and support MaaSLab’s on-demand transport platform. Hybrid work environment.
Conduct agent-based modeling for INFUZE to study sustainable mobility and inform policy.
Conduct and manage advanced research in transportation and smart mobility, write grants, mentor students, publish results, and support classroom teaching.