A PhD project exploring innovative, inclusive, and sustainable mobility strategies for the Brisbane 2032 Olympic and Paralympic Games, focusing on transport system design, accessibility, active and public transport, and long-term urban mobility transformation.
A fully funded PhD focused on developing an AI-powered digital twin for the Port Botany freight network, using agent-based simulation and machine learning to optimize multimodal logistics and real-time freight operations.
Two PhD positions under an ARC Discovery Project focusing on corrugation in unsealed roads, combining experimental testing and computational modelling to improve pavement performance and sustainability.
A fully funded PhD position focused on developing AI-driven and hybrid optimization methods for smart electric vehicle charging systems, including charging scheduling, energy management, and charging station coordination.
Fully funded PhD positions focused on AI-driven optimisation, LLM-based simulation modelling, and supply chain resilience analysis, combining machine learning, uncertainty quantification, and decision intelligence.
Fully funded doctoral training programme focused on sustainable and net-zero aviation technologies, including advanced aircraft design, propulsion systems, electrification, cryogenic fuels, and autonomous structural health monitoring. Includes industry collaboration, training, and placements.
