SENG News

MAE students & faculty Prof. Robin Ma (second right), Dr. Stanley Leung (first left), Hyunsu Park (third left), Gabriel Jonathan Matthew Hosea (fourth left), Fai Yuek Cai (fifth left) and Wai Pang Yim (sixth left), Wang Ip Li (fifth right), Indhira Candrika Prajna Rahayu (fourth right), Nicole Cho Sin Chan (third right) at the 13th IMechE Greater Design Competition 2025.
MAE students & faculty Prof. Robin Ma (second right), Dr. Stanley Leung (first left), Hyunsu Park (third left), Gabriel Jonathan Matthew Hosea (fourth left), Fai Yuek Cai (fifth left) and Wai Pang Yim (sixth left), Wang Ip Li (fifth right), Indhira Candrika Prajna Rahayu (fourth right), Nicole Cho Sin Chan (third right) at the 13th IMechE Greater Design Competition 2025. 
Combining the best of both worlds, the Computer Engineering Program (CPEG) at HKUST is a dynamic fusion of computer science and electronics.
Combining the best of both worlds, the Computer Engineering Program (CPEG) at HKUST is a dynamic fusion of computer science and electronics. 
Four students were selected for the inaugural Common Core Student Recognition Award at HKUST, including Au Tsz-Ki (second left) and Winsome Yuen Wing-Sum (second right) from the School of Engineering.
Four students were selected for the inaugural Common Core Student Recognition Award at HKUST, including Au Tsz-Ki (second left) and Winsome Yuen Wing-Sum (second right) from the School of Engineering. 
Recognizing Outstanding Achievements in Common Core studies
The HKUST ROV Team won their 13th straight championship in the Hong Kong Regional Contest of the MATE International ROV Competition since they joined in 2011. They will head for the international competition in the US this June.
The HKUST ROV Team won their 13th straight championship in the Hong Kong Regional Contest of the MATE International ROV Competition since they joined in 2011. They will head for the international competition in the US this June. 
Pioneering Climate Resilience and Sustainability
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. Abhishek Srivastava (front row, third right) and Electronic and Computer Engineering PhD students  Cheng Ming (front row, first right), Kumar Mallem (front row, second right), Chen Zhaoyi (front row, second left), and Cheng Yuechu (front row, third left)
Prof. Abhishek Srivastava (front row, third right) and Electronic and Computer Engineering PhD students Cheng Ming (front row, first right), Kumar Mallem (front row, second right), Chen Zhaoyi (front row, second left), and Cheng Yuechu (front row, third left) 
Achieving the Highest Number of Awards Among Universities Worldwide
(Top row, from left) Benny Kok, Dr. Pablo Morales Navarrete, Jeff Hu; (bottom row, from left) Alex Lam, Turzo Bose, Ricky Chan, Peter Yau
Changemakers Who Are Transforming Their Industries
Prof. Zhao Jidong (center) and Dr. Amiya Prakash Das (right) from HKUST, together with Dr. Thomas Sweijen (left) from Utrecht University, have developed a groundbreaking computational model to study the movement of granular materials such as soils, sands and powders.
Prof. Zhao Jidong (center) and Dr. Amiya Prakash Das (right) from HKUST, together with Dr. Thomas Sweijen (left) from Utrecht University, have developed a groundbreaking computational model to study the movement of granular materials such as soils, sands and powders.