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Dr. Denis Yu, Associate Professor, has been selected by the University committee to receive one of The President's Awards (TPAs). TPAs recognize faculty who have made outstanding contributions to research, professional education, and service that have helped CityU achieve local and global distinction.

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As scientists, we acknowledge the existence of climate change; as economists, we know the potential huge economic cost of catastrophic events.

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Dr. Patrick Lee received special recognition diploma from the World Cultural Council

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Dr. Jeanne Ng, Director of CLP Research Institute, delivered a colloquium for the SEE community on 31 October 2018.

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Dr. Edwin Tso’s paper entitled “Development of a phase change material (PCM)-based thermal switch” was published on HKIE Transaction Vol 24 No 2 and awarded the HKIE Best Transactions Paper Prize 2018!

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Mr. Elvis Au, Deputy Director of Environmental Protection Department of HKSAR Government, delivered a colloquium for the SEE community on 19 September 2018. At the colloquium, Mr. Au provided with the students and faculty members an overview of the major environmental challenges facing Hong Kong and the opportunities such challenges open up.

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Dr. Sam Hsu’s review paper titled "A Review on morphology engineering for highly efficient and stable hybrid perovskite solar cells" is highlighted as a Hot Article and recently featured in the top 5% of most read articles in "Journal of Materials Chemistry A".

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Dr. Patrick Lee and Dr. Carol Lin Sze-ki (Associate Professors in SEE) were two of the three recipients of the BESS Achievement Awards in the Bioenergy and Biorefinery Conference organised by the BioEnergy Society of Singapore (BESS) held in National University of Singapore on May 16-18, 2018.

Engineered nanomaterials are being exploited for applications in numerous fields including medicine, consumer electronics, and many others. While these materials are engineered with function and cost in mind, there is no consideration of long-term environmental impacts associated with them early in the design process.

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Pollutant concentrations are halved by about 17 m from the road edge! So is the latest finding by Prof. Peter Brimblecombe and his group. The pollutant gradient can be described using an analytical dispersion equation that allows for dispersion along the wind direction.

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