Research

Research

Prof. Shao Minhua, Professor of Chemical and Biological Engineering and Director of HKUST Energy Institute, holds the prototype of the new hydrogen fuel cell.
Prof. Shao Minhua, Professor of Chemical and Biological Engineering and Director of HKUST Energy Institute, holds the prototype of the new hydrogen fuel cell. 
Paving Way for Wider Application of Green Energy
Witnessed by Dr. Rex Auyeung, Chairman of MTR Corporation (3rd right), and Mr. Andrew Liao, Council Chairman of HKUST (3rd left), Dr. Jacob Kam, Chief Executive Officer of MTR Corporation (2nd right), Ms. Margaret Cheng, Acting President of MTR Academy (1st right), Prof. Wei Shyy, President of HKUST (2nd left), and Prof. Lo Hong-Kam, Director of GREAT Smart Cities Institute of HKUST (1st left), signed the MoU on June 10, 2022.
Witnessed by Dr. Rex Auyeung, Chairman of MTR Corporation (3rd right), and Mr. Andrew Liao, Council Chairman of HKUST (3rd left), Dr. Jacob Kam, Chief Executive Officer of MTR Corporation (2nd right), Ms. Margaret Cheng, Acting President of MTR Academy (1st right), Prof. Wei Shyy, President of HKUST (2nd left), and Prof. Lo Hong-Kam, Director of GREAT Smart Cities Institute of HKUST (1st left), signed the MoU on June 10, 2022. 
Prof. Tim Cheang, Vice-President for Research and Development of HKUST and Center Director of ACCESS (left) and Dr. Denis Yip, Chief Executive Officer of ASTRI (right)
Prof. Tim Cheang, Vice-President for Research and Development of HKUST and Center Director of ACCESS (left) and Dr. Denis Yip, Chief Executive Officer of ASTRI (right) 
Heading up a team of computer science professors and integrative systems designers at HKUST’s Center for Metaverse and Computational Creativity, Prof. Pan Hui (first left) is involved in the “MetaHKUST” project that will kick off with this September’s landmark grand opening of our new campus in Nansha, Guangzhou.
Heading up a team of computer science professors and integrative systems designers at HKUST’s Center for Metaverse and Computational Creativity, Prof. Pan Hui (first left) is involved in the “MetaHKUST” project that will kick off with this September’s landmark grand opening of our new campus in Nansha, Guangzhou. 
“MetaHKUST” Project to Kick Off
(From left) Bioengineering undergraduate students Cheng Ting-Kai, Minato Kobashi, and Mark Alexander Ngai won the Gold Award of HKUST President’s Cup 2022.
(From left) Bioengineering undergraduate students Cheng Ting-Kai, Minato Kobashi, and Mark Alexander Ngai won the Gold Award of HKUST President’s Cup 2022. 
Excellence in Research and Innovation
(From left) Prof. Yeung King-Lun, Director of HKUST-CIL Joint Laboratory of Innovative Environmental Health Technologies (HKUST-CIL Lab); Mr. Hamilton Hung, Chief Marketing Officer of Chiaphua Industries Limited; Prof. Joseph Kwan and Prof. Han Wei, Associate Directors of HKUST-CIL Lab; and a research team member have improved the formula of the antimicrobial coating MAP-1, launched at the onslaught of the COVID-19 pandemic in early 2020, pushing the coating’s durability from three months to five years.
(From left) Prof. Yeung King-Lun, Director of HKUST-CIL Joint Laboratory of Innovative Environmental Health Technologies (HKUST-CIL Lab); Mr. Hamilton Hung, Chief Marketing Officer of Chiaphua Industries Limited; Prof. Joseph Kwan and Prof. Han Wei, Associate Directors of HKUST-CIL Lab; and a research team member have improved the formula of the antimicrobial coating MAP-1, launched at the onslaught of the COVID-19 pandemic in early 2020, pushing the coating’s durability from three months to five years. 
Prof. Tim Cheng together with PhD student Wang Xiaomeng at work at the AI chip design center.
Prof. Tim Cheng together with PhD student Wang Xiaomeng at work at the AI chip design center.  
(From left) Student Phisitchai Chavanachinda (Pierre) and fresh graduate Wadeelada Thitisomboon (Nink).
(From left) Student Phisitchai Chavanachinda (Pierre) and fresh graduate Wadeelada Thitisomboon (Nink). 
The research team found that despite the number of epitopes encompassing Omicron mutations are nonetheless notably higher than other virus variants, Omicron, like other variants, is still unlikely to escape human's T cell responses.
The research team found that despite the number of epitopes encompassing Omicron mutations are nonetheless notably higher than other virus variants, Omicron, like other variants, is still unlikely to escape human's T cell responses.