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A combination of materials harnesses temperature fluctuations to generate energy four times more efficiently than existing solutions.

Eco-waste transformed into versatile aerogels through a rapid and environmentally-friendly process.

The suit can help athletes track physiological data like their posture and temperature, powered and monitored via smartphone.

Partnership between NUS and ST Engineering to begin by developing AI platform and managing urban traffic flow.

Rapid test to tell whether a cell is aging normally or abnormally will help detect cancers and age-related diseases.

The InfinityGlove(TM) uses ultrathin microfibre sensors to be lighter and more flexible than existing gaming gloves.

Biochar concrete, a sustainable building material with high potential is in its nascent stage of development.

NUS computer scientists and materials engineers combine their expertise to let robots perceive their environment by sight and touch.

From 3D-printed masks to AI-assisted drug testing, NUS Engineering researchers have stepped up to join the fight against the virus.

The swab designs are mass producible and comparable to current “gold standard” swabs.

A small rotation of just one layer of atoms results in an ultrathin material that can control the path of light.

The one-hour test was developed in just two months at the NUS Institute for Health Innovation & Technology.