Nanyang Technological University (NTU)

Scientists have developed a low-cost device that can harness energy from wind as gentle as a light breeze and store it as electricity.

Researchers have developed a wearable assistive robot that can detect and prevent a fall before it happens, reducing the user's risk of sustaining injuries. The robot can also be used to aid patients' rehabilitation from their injuries.

Scientists have developed a stretchable and waterproof 'fabric' that turns energy generated from body movements into electrical energy.

Researchers have developed the capability to use recycled glass in 3D printing, opening doors to a more environmentally sustainable way of building and construction.

Scientists have developed a fast and low-cost imaging method that can analyse the structure of 3D-printed metal parts and offer insights into the quality of the material.

A lighter, yet more robust knee brace for the elderly who suffer from knee problems has been developed in a collaboration with 3D printing specialists.

Scientists have developed paper-thin biodegradable zinc batteries that could one day become an environmentally sustainable option for powering flexible and wearable electronic systems. The zinc batteries are made up of electrodes screen-printed on to both sides of a piece of cellulose paper that has been reinforced with hydrogel.

Scientists have found a way to use sunflower pollen to develop a 3D printing ink material that could be used to fabricate parts useful for tissue engineering, toxicity testing and drug delivery.

Scientists have developed a soft and stretchable battery that is powered by human perspiration. The prototype battery consists of printed silver flake electrodes that generate electricity in the presence of sweat. Measuring 2 cm by 2 cm and as flat as a small paper bandage, the battery is affixed to a flexible and sweat absorbent textile that is stretchable and attachable to wearable devices, like watches, wrist bands or arm straps.

Scientists have developed a new type of 'chain mail' fabric that is flexible like cloth but can stiffen on demand.

To enable the development of wearable devices that possess advanced ultraviolet detection functions, scientists have created a new type of light sensor that is both flexible and highly sensitive.