News & Stories

An HKUST student is capitalizing on her award-winning equestrian skills to succeed in the university’s competitive mechanical engineering program. Second-year HKUST MECH student Oi Man Leung is not one to rest on her laurels. Less than a week after representing Hong Kong at the 11th World University Equestrian Championship in Flyinge, Sweden, where she took 4th place in the jumping semi-finals on 2 July, she was making her mark in the Iranian capital of Tehran. Competing on 8 July in the Young Riders Class at the Concourse de Saut International, an international equestrian show-jumping event, Leung garnered two top awards, a Silver and a Gold, despite having to compete on an unfamiliar horse. “Being an athlete has taught me to persevere in tough situations and to never be afraid of challenges, however difficult they may be,” she explains.

Dare to challenge yourself with new environment, new people and totally different culture? Isha CHATURVEDI paid a lot effort to overcome homesick and cultural shock and now is engaged in the University than anyone else, see how HKUST has transformed her in 3 years’ time. Isha CHATURVEDI, Year 3, BSc in Environmental Management and Technology

There is much more than academic achievement for a fruitful University life. We believe taking part in sports, music and art help students to boost active learning and living. The story of Raymond Sumitra Lukman set a good example of making a balance between chasing his swimming dream and pursuing study or even career. Raymond Sumitra Lukman from Indonesia is a true champion – the Year 1 School of Science undergraduate recently won HKUST sports team’s first gold medal at the University Sports Federation of Hong Kong (USFHK) annual aquatic meet for 21 years. Let’s find out more about his swimming achievements and his life at the University. When did you start swimming competitively, and what is your specialist event?

Education does not only take place in classrooms. At HKUST, we encourage students to understand the world better by taking a step closer to those who are underprivileged. After visiting Fresh Fish Traders’ School, Tan Jing Jing from SHSS would like to share reflections about her feelings and learnings in this visit. TAN Jing Jing, SHSS, Year 1 I was very pleased that I could take part in “Back to School Tour: Visit to Fresh Fish Traders’ School” which was held by Student Housing Residential Life Office on 13 November 2015. Different from other voluntary activities, this time we had the chances to come up with creative ideas to interact with the local primary students. After joining this activity, I got some insight and understood the lives of local primary school students. More importantly, I have enhanced the skills of organization and communication which equipped me better for the future.

Solar Energy is well known as a mature technology for renewable energy, yet its popularity of daily life usage is low given its high set up and maintenance cost. A newly invented product by Sundial Technology may help to change this perception and encourage wider usage. Formed by four HKUST students and advised by Prof Zhiyong Fan from the Department of Electronic and Computer Engineering, Sundial Technology invented an anti-reflection and self-cleaning film for solar panel. The self-cleaning feature is applied from “Lotus Effect”, where dirt particles are picked up by water droplets due to the micro and nanoscopic architecture on the surface. The team estimated the cleaning of dirty solar panels claims about HK$15.6 billion in monetary term and 90 billion kilowatt-hour of energy in Mainland China every year, They said the nanomaterialfilm they invented would offer a solution to such huge losses in cost and efficiency.

Researchers at The Hong Kong University of Science and Technology (HKUST) have discovered a novel material system that would revolutionize the future development of Organic Solar Cells (OSCs).  OSCs based on this new material system have demonstrated ultrafast and efficient charge separation despite a nearly zero charge separation driving force, meaning that the more environmentally-friendly OSCs may be able to perform as good as inorganic solar cells in the future. The breakthrough, discovered by a research team led by Prof Henry He Yan from the Department of Chemistry, was published in Nature Energy in June.

The International Mathematical Olympiad (IMO) 2016, hosted by the International Mathematical Olympiad Hong Kong Committee Limited and the Hong Kong University of Science and Technology (HKUST), concluded successfully on 16 July 2016.  More than 1,000 bright secondary school mathematics minds from over 100 countries and regions participated in the 10-day event. This marks the second time for Hong Kongto host this World Championship Mathematics Competition since 1994.

The risk posed by landslide debris is a cause for concern around the world, and nowhere more so than in Hong Kong. With an abundance of steep slopes, a dense population and heavy rainfall, the city is no stranger to the disastrous effects of landslides. Prof. Charles Ng, Associate Vice-President (Research and Graduate Studies) and Chair Professor of Civil and Environmental Engineering at HKUST, is leading a theme-based research team seeking to address that situation. Backed by the Chinese Academy of Sciences and drawing together international expertise in areas ranging from engineering to ecology, the team is developing a simple-to-install flexible barrier system to halt debris flows in landslides. Prof. Ng said that the team was breaking new ground with no previous examples to draw on, but that the outcome would be a highly valuable system providing cost savings and lessening the environmental impact of landslide mitigation measures.