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Research Themes
- Overview
- Antenna Design
- Big Data, Machine Learning, and Artificial Intelligence
- Bioinformatics
- Biomedical Systems, Biosensors, and Bioelectronics
- Computer Engineering
- Control Systems and Optimization
- Microelectronic Devices and Circuits
- Nanotechnology and Nanodevices
- Networking and Internet of Things
- Photonics
- Power Electronics and Systems
- Signal and Image Processing
- Terahertz and Millimeter Waves
- Wireless Communications
- Research Equipment and Facilities
- Research Highlights
- Knowledge Transfer
- Research Project
- CityU EE Joint Lab
Research Highlights of EE Faculty
Dr Rosa Chan
Associate Professor
Title
Neural Modeling: From Computation to Application
從計算神經科學到應用
Descriptions/Research Directions
Computational neuroscience; Neural interface

Dr Ehsan Nekouei
Assistant Professor
Title
Autonomous systems
自治系统
Descriptions/Research Directions
Autonomous Systems, Secure Networked Control

Prof Moshe Zukerman
Chair Professor
Title
Telecommunication and Computer Network Design
Descriptions/Research Directions
Teletraffic; cable path network planning and cable system optimization; network resilience; multi-layer networks; network slicing; analysis and optimization of optical, wireless, and data center networks.

Prof Chi H. Chan
Chair Professor
Title
Terahertz Science and Technology for the 6th Generation of Wireless Communications
應用於第六代無線通訊的太赫茲科技
Descriptions/Research Directions
Antennas, Metasurfaces, Radio Frequency Integrated Circuits, and Imaging at Terahertz Frequencies

Prof K M Luk
Chair Professor
Title
Antenna Magicians in the Era of Wireless Connectivity
無綫互聯時代的天線魔術師
Descriptions/Research Directions
Wideband and Multi-band Antennas, Reconfigurable Antennas, High-gain THz Antennas, Compact Antennas

Prof Lin Dai
Professor
Title
Intelligent Random Access for Next-Generation Wireless Communication Networks
未來無線通訊網路的智慧隨機接入
Descriptions/Research Directions
Modeling, performance analysis and optimal access design of next-generation wireless communication networks

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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
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
Descriptions/Research Directions
A recent preclinical microelectrode array development for neural interface applications.