Fully funded PhD project developing bio-inspired multi-sensor perception and adaptive control systems for autonomous robotic formation flight under uncertain conditions (loss of vision, GPS, or communication), combining robotics, AI, and aerospace simulation.
PhD position in computer vision and AI using multimodal sensor data (video, thermal, etc.) for traffic participant detection, tracking, trajectory analysis, and intelligent infrastructure for traffic safety monitoring.
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.
