Research Highlights of EE Faculty
Dr Alex Wong
Assistant Professor
Title
Metasurface: Applying Electromagnetic Waves for Imaging and Communication
超結構表面：運用電磁波改善成像與通訊
Research Direction
Applied electromagnetics, metasurface, metamaterial, super-resolution imaging, antennas
Prof Ron Chen
Chair Professor
Title
Network Control and Synchronization of Multi-agent Dynamical Systems
動力系統網絡控制與同步研究
Research Direction
Network Science and Engineering, Nonlinear Dynamics and Control Systems.
Dr Yixuan Yuan
Assistant Professor
Title
Artificial Intelligence Powered Healthcare
人工智能驅動的精準醫療
Research Direction
Deep learning in medical image diagnosis/segmentation, and anomaly detection.
Dr Cheng Wang
Assistant Professor
Title
Integrated Lithium Niobate Photonics for Future Optical Networks
面向未來光網絡的集成鈮酸鋰光電芯片
Research Direction
High-speed components for next-gen optical communication networks/Millimeter wave and Terahertz photonic devices/Quantum integrated photonic circuits.
Prof Stella Pang
Department Head and Chair Professor
Title
A Microfluidic Biosensing System for Improved Cancer Diagnostic and Screening
精準癌症早期診斷篩查的微流控生物傳感系統
Description
An invention of a portable microfluidic apparatus with a plasmonic biosensor to provide fast, highly sensitive, and low cost cancer screening.
Dr Steve Wong
Associate Professor
Title
Smart Reconfigurable Surfaces for 6G
6G通信可重構超表面的幅射操縱技術
Description
Reconfigurable coding metasurfaces enable wideband beam forming/ titling/ and steering features at terahertz frequency spectrum for future 6G applications.
Prof Michael Tse
Chair Professor
Title
Novel Transmission Model for COVID-19 and Data-driven Methods for Prediction of the Pandemic Progression
COVID-19傳播模型與數據驅動預測系統
Description
The model integrates available travel, testing and control data for prediction and identification of factors affecting the scope of outbreak.
Dr Leanne Chan
Associate Professor
Title
Pre-Clinical Assessment of High Performance Flexible Micro Electrode Arrays for Artificial Retina
用於神經植入物的柔性電極陣列及臨床前研究
Description
A recent preclinical microelectrode array development for neural interface applications.