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.
The laboratory team was interviewed by Uonline News (大學報) at National Chengchi University (NCCU) about their bio-inspired amphibious unmanned vehicles modelled after black ghost knifefish and mudskippers. Their award-winning designs attracted media attention during a showcase at a biomimicry competition.
Dr Lan and his collaborators received the Excellence Award (優等獎) at the 2026 Symposium on Mold & Die Technology and Applications. Their research demonstrated the potential of machine learning to improve mold and die technology.
Lab members received the Silver Award (銀獎) at the 2026 Agricultural Innovation Technology Competition (農業創新科技競賽) for developing a robotic tea-harvesting system. The project demonstrates the potential of robotics to improve efficiency and automation in agricultural operations.