Flapping Flight
Exploring bio-inspired flight through fluid dynamics, simulation, and aerial robotics.
先端統合研究室
Bridging bio-inspired science, fluid dynamics, robotics, and intelligent systems.
Exploring bio-inspired flight through fluid dynamics, simulation, and aerial robotics.
Exploring insect-inspired navigation through behavioural experiments, plume dynamics, and autonomous robotics.
Developing computational frameworks for modelling, control, and data-driven engineering systems.
Developing robotic systems inspired by biological principles and adaptive behaviours.
Six bachelor’s students have joined the lab. Welcome aboard!
Dr Lan’s latest study collaborated with a veterinary science team to develop a machine learning method for rapid disease detection in companion animals. The research used serum biomarkers to support faster and minimally invasive screening.
For more information please refer to https://doi.org/10.1080/01652176.2026.2617470.
Dr Lan and departmental colleagues secured funding for a high-performance server platform to support AI-driven and data-intensive research across the university.