News & Stories

2022

Hong Kong's First In-depth Fintech Development Study Points Way Forward in Strategies, Innovation and Talent Building
News
Fintech, Research, Business
Hong Kong's First In-depth Fintech Development Study Points Way Forward in Strategies, Innovation and Talent Building
With fintech being a key part of Hong Kong’s drive to stay competitive as a financial center, the School of Business and Management of The Hong Kong University of Science and Technology (HKUST Business School) completed an in-depth research study pointing way forward for Hong Kong’s development into a leading global fintech hub. Taking references from the experience of major fintech hubs in the world, the study outlines ten opportunities that Hong Kong should leverage to enhance its fintech capabilities. Recommendations pertaining to high-level strategies include setting up a fintech ecosystem committee and positioning Hong Kong as a regional fintech sandbox.
WHY HKUST? Using Tech to Make a Difference
Stories
WHY HKUST? Using Tech to Make a Difference
A university education is sure to help pave the way for your future success by taking your interests to ever-higher levels. In the third part of this year’s Why HKUST? Series, two Malaysians detail how their HKUST courses have enabled them to transform their academic interests into meaningful professional achievements.Bor  Hung CHONG first became interested in entrepreneurship while still at high school. Though he had never previously studied commerce, he elected to write a business plan for his grade-10 personal project. “I asked a business teacher to mentor me on my project which involved pitching the opening of a suit store in a nearby shopping mall,” says Bor Hung. His teacher was subsequently amazed by the in-depth and articulate nature of his research and strategic thinking.
News
Research and Technology, Research
HKUST Develops New Smart Anti-Microbial Coating With Long Term Protection Against Omicron
A new multi-level anti-microbial polymer coating effective in killing the Omicron variant
News
Leading-edge Research to Advance Sustainability
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News
Impact Series: The Missing Puzzle Piece for Elite Athletes
Minnie SOO and CHOW Hiu-Yau became Hong Kong’s sports stars, when the former bagged the city’s first-ever bronze medal at the Tokyo 2020 table tennis women’s team event, and the latter captured a bronze medal at the 2019 Asian Open Figure Skating Trophy. Among the whirlwind of international competitions and training sessions that occupied much of their lives, it would seem that something was missing for them. 
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Engineering, Education, Teaching and Learning, Civil and Environmental Engineering, Geotechnical Engineering, Sustainability Smart Campus
New Associate Dean Prof. WANG Yu-Hsing Protects Mother Nature with Engineering Expertise Content Banner
“When I grew up, I thought I would become a professional animal watcher in Africa,” said Prof. WANG Yu-Hsing, the new Associate Dean of Engineering (Undergraduate Studies) at HKUST. Having discovered 63 kinds of birds and numerous tree species and even come across a barking deer on the university campus, Prof. Wang is dedicated to civil engineering research projects that protect trees, birds, slopes, and air quality to eventually ensure sustainable development of the smart city via artificial intelligence (AI).
News
Research, Innovation
Impact Series: A Quantum Leap into the Future
What is your first thought when you hear “quantum”? Inexplicable laws of nature? A technology for pioneering superfast computers? While quantum technology probably sounds very remote for non-scientists, many experts believe the field will eventually revolutionize our lives by enabling us to make smarter decisions in many different areas.
News
Impact Series: Hydrogels: Tomorrow’s Biomedical Solutions Today
Did you know that the hydrogels found in the contact lenses and cosmetics that many of us use every day are also crucial for the successful regeneration of our bodies’ vital internal organs? For many years, scientists have been meticulously studying the regrowing and repairing of damaged cells, organs, and tissues. A key breakthrough came when researchers established that the high water content of hydrogel polymer network structures’ make them useful for regenerative medicine.