SENG News

The in-house pH-responsive mucin extract investigated in Prof. Hsing I-Ming’s study shows promise in the development of multifunctional wound dressings for accelerating the healing process of infected wounds.
The in-house pH-responsive mucin extract investigated in Prof. Hsing I-Ming’s study shows promise in the development of multifunctional wound dressings for accelerating the healing process of infected wounds. 
An Alternative to Antibiotics
Extraction of Mucin Biomaterials from Pig Stomachs for Potential Application in Chronic Wound Treatment
Dean of Engineering Prof. Hong K. Lo (front row, center) and his research team members
Dean of Engineering Prof. Hong K. Lo (front row, center) and his research team members 
Smart Transport Solution
Less is More: Saving Manpower on Traffic Control While Improving Road Efficiency
Prof. Zhao Jidong
Prof. Zhao Jidong 
Advancing Computational Granular Mechanics
Prof. ZHAO Jidong’s Technical Review on Computational Models for Granular Particles Published in Nature Reviews Physics
Prof. Su Hui
Prof. Su Hui 
Enabling Effective Interdisciplinary Collaborations
Prof. SU Hui’s Article on Interdisciplinary Integration of Electrical Engineering and Earth Science Published in Nature Reviews Electrical Engineering
(From left) Prof. Yang Zhengbao, Associate Professor of Mechanical and Aerospace Engineering at HKUST, with his research team members Dr. Hong Ying, Dr. Liu Shiyuan, and Yang Xiaodan
(From left) Prof. Yang Zhengbao, Associate Professor of Mechanical and Aerospace Engineering at HKUST, with his research team members Dr. Hong Ying, Dr. Liu Shiyuan, and Yang Xiaodan  
Bioinspired Innovation
HKUST Engineering Researchers Develop Innovative Method to Simplify Manufacturing Process of Cellular Ceramic
Prof. Zhang Xiangru discovers an effective and rapidly degradable disinfectant. Using the instrument known as “ultra-performance liquid chromatography/electrospray ionization-triple quadrupole mass spectrometry (UPLC/ESI-tqMS)”, he successfully detects the degradation products of 2,6-DCQ and determines the degradation pathway of 2,6-DCQ in seawater.
Prof. Zhang Xiangru discovers an effective and rapidly degradable disinfectant. Using the instrument known as “ultra-performance liquid chromatography/electrospray ionization-triple quadrupole mass spectrometry (UPLC/ESI-tqMS)”, he successfully detects the degradation products of 2,6-DCQ and determines the degradation pathway of 2,6-DCQ in seawater. 
Greener and Cleaner
HKUST Engineering Researchers Discover an Effective and Environment-Friendly Disinfectant
Prof. Shen Yajing (left) and co-first author Dr. Yang Xiong (right) with the magnetic actuation platform for microswimmer control in front.
Prof. Shen Yajing (left) and co-first author Dr. Yang Xiong (right) with the magnetic actuation platform for microswimmer control in front. 
Making Greater Contributions to Human Health
HKUST Engineering Researchers Develop Groundbreaking Platform for One-Step Production of Sperm-Like Micro-Robots to Enhance Precise Drug Delivery
Prof. Sun Qingping (front row, fourth left), Prof. Yao Shuhuai (front row, third left), both Professors of Department of Mechanical and Aerospace Engineering (MAE), MAE Postdoctoral Research Associate Dr. Zhou Guoan (front row, second left), MAE PhD student Li Zexi (front row, first left), and other members of the research team with their elastocaloric air conditioner.
Prof. Sun Qingping (front row, fourth left), Prof. Yao Shuhuai (front row, third left), both Professors of Department of Mechanical and Aerospace Engineering (MAE), MAE Postdoctoral Research Associate Dr. Zhou Guoan (front row, second left), MAE PhD student Li Zexi (front row, first left), and other members of the research team with their elastocaloric air conditioner.  
Setting to Transform Industries and Combat Climate Change
HKUST Engineering Researchers Developed Eco-Friendly Cooling Device with Record-Breaking Efficiency
Photoluminescence of flexible full-color Fi-LEDs: I ♥ HKUST pattern (left) and “night scene” of Victoria Harbor showing color transition (right), built by mounting batches of fibers.
Photoluminescence of flexible full-color Fi-LEDs: I ♥ HKUST pattern (left) and “night scene” of Victoria Harbor showing color transition (right), built by mounting batches of fibers. 
Paving the Way for Advanced Wearable Display Technologies
HKUST Engineering Researchers Developed Full-Color Fiber LEDs Based on Perovskite Quantum Wires
Prof. Zhou Yuanyuan (right) and Dr. Duan Tianwei (left) holding their newly developed perovskite solar cell.
Prof. Zhou Yuanyuan (right) and Dr. Duan Tianwei (left) holding their newly developed perovskite solar cell. 
Speeding Commercialization of an Emerging Solar Technology
HKUST Engineering Researchers Enhanced Perovskite Solar Cells Durability with First-of-Its-Kind Chiral-Structured “Springy” Interface
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