Research & Innovation

(From left to right) Dr. Zheng Zexiao (Research Assistant Professor of HKUST), Ms. Zhang Yu (PhD candidate of HKUST), Ir Dr. Raymond K. L. Chan (Chairman of the HKIE Environmental Division), Ir Prof. Irene Lo (Chair Professor at HKUST), Mr. Roger Wong Yan-Lok (Director of the Water Supplies Department (WSD)), Mr. Gary Yip Ka-Chun (Assistant Director of WSD), Mr. Kwok Yau-Ting (Project Assistant Secretary (Water Safety) of Development Bureau) and Ms. Leung Chui-Fan (Chemist of WSD)
(From left to right) Dr. Zheng Zexiao (Research Assistant Professor of HKUST), Ms. Zhang Yu (PhD candidate of HKUST), Ir Dr. Raymond K. L. Chan (Chairman of the HKIE Environmental Division), Ir Prof. Irene Lo (Chair Professor at HKUST), Mr. Roger Wong Yan-Lok (Director of the Water Supplies Department (WSD)), Mr. Gary Yip Ka-Chun (Assistant Director of WSD), Mr. Kwok Yau-Ting (Project Assistant Secretary (Water Safety) of Development Bureau) and Ms. Leung Chui-Fan (Chemist of WSD) 
A group photo of Dr. Wu Mingxiang (third left) from Shenzhen People’s Hospital; Assistant Professor Chen Hao (third right), MPhil student Xin Yi (second left) and other team members from HKUST.
A group photo of Dr. Wu Mingxiang (third left) from Shenzhen People’s Hospital; Assistant Professor Chen Hao (third right), MPhil student Xin Yi (second left) and other team members from HKUST. 
Revolutionizing Breast Cancer Diagnosis
3D-printed concrete building features and advanced functions
3D-printed concrete building features and advanced functions 
Groundbreaking Advances in 3D Printing and Biochar Innovations
Innovative catalytic mechanism for selective biomass oxidation: The schematic illustrates the in-situ generation of surface-bound hydroxyl radicals on low-valence copper (Cu⁰/Cu⁺) sites, enabling highly selective carbonyl oxidation using only ambient air and water. This green catalytic pathway eliminates the need for traditional oxidants and represents a significant advancement in sustainable biomass conversion.
Innovative catalytic mechanism for selective biomass oxidation: The schematic illustrates the in-situ generation of surface-bound hydroxyl radicals on low-valence copper (Cu⁰/Cu⁺) sites, enabling highly selective carbonyl oxidation using only ambient air and water. This green catalytic pathway eliminates the need for traditional oxidants and represents a significant advancement in sustainable biomass conversion. 
Transforming Biomass into High-Value Chemicals with Enhanced Efficiency and Sustainability
Prof. Zhou Yanguang (right) and his PhD student Liu Wenxiang (left) proposed a rigorous concept based on the Onsager reciprocal theorem to describe the thermal transport behaviors in superionic crystals.
Prof. Zhou Yanguang (right) and his PhD student Liu Wenxiang (left) proposed a rigorous concept based on the Onsager reciprocal theorem to describe the thermal transport behaviors in superionic crystals. 
PanopticAI’s co-founders Dr. Kyle Wong (second right), Dr. Nick Chin (second left) and Mr. Teric Chan (first right), and their advisor Prof. Richard So (first left), Associate Dean of Engineering (Research and Graduate Studies).
PanopticAI’s co-founders Dr. Kyle Wong (second right), Dr. Nick Chin (second left) and Mr. Teric Chan (first right), and their advisor Prof. Richard So (first left), Associate Dean of Engineering (Research and Graduate Studies). 
Transforming Smartphones into Medical-Grade Vital Sign Monitors
Prof. Alicia An Kyoungjin
Prof. Alicia An Kyoungjin 
Two joint labs led by Prof. Kevin Chen (left) and Prof. Shao Minhua (right) received funding in the Research Grants Council’s co-funding mechanism on joint laboratories with the Chinese Academy of Sciences.
Two joint labs led by Prof. Kevin Chen (left) and Prof. Shao Minhua (right) received funding in the Research Grants Council’s co-funding mechanism on joint laboratories with the Chinese Academy of Sciences. 
Driving Research in Microelectronics and Hydrogen Energy