New covalent organic framework (COF) material has high selectivity and potential to convert captured CO2 into commercial chemicals.

Versatile ultrathin inorganic membranes developed by CDE researchers could be suited for wide range of applications.

Novel method for evaluating interpretability of AI technologies could open door to greater transparency and trust in AI-driven diagnostic and predictive tools.

A trial in Bishan and Sin Ming to collect recyclables using smart boxes has managed to cut the contamination rate of their contents to just 5 per cent – far lower than the national average of 40 per cent. News report includes comment from Professor Seeram Ramakrishna (Dept of Mechanical Engineering), who chairs the Circular

Agreement between NUS and HUST expands on previous educational and academic collaborations between the two institutions dating back to 1992.

Design magazine Dezeen reports on a collection of conductive ceramics designed by Assistant Professor Clement Zheng (Division of Industrial Design) that can heat food, act as interfaces for smart devices and sense moisture. The concept was developed with a team of researchers at NUS, including Associate Professor Hans Tan (Division of Industrial Design). Dezeen, 15

Crystal material developed by researchers at CDE has light response properties needed to power optical quantum information processing.

CDE researchers discover greener and cheaper method for purifying ethylene – said to be the world’s most important petrochemical.

CDE researchers develop a “sponge” that can absorb impurities in ethylene under normal temperature and pressure, and obtain high-purity ethylene.

More than 70 faculty from the College of Design and Engineering have been recognised for excellence in teaching and research.

The insole uses pressure and motion sensors to help identify areas at high risk of slips, trips and falls.

NUS has given two of its oldest buildings a green makeover to set them towards net zero.