Researchers from SUTD and SUSTech proposed an approach which integrated oscillation-assisted DLP 3D printing with grayscale UV exposure to render an ultrafast and flexible fabrication of microlens arrays with optical surface smoothness.

Without relying on the Dirac cone approximation, this new thermionic emission model allows a wide array of graphene-based devices operating at different temperatures and energy regimes to be universally described under a single framework

The 3D-printed model of the Eiffel Tower, measuring less than half the width of a human hair at 39 micrometers, exhibits multiple colours due to the manner in which light interacts with the nanostructures that hold up the model.

SUTD demonstrated this new cost-effective, data-driven approach by designing and 3D printing an ankle brace that has varying degrees of rigidity to provide both comfort and support for the user.

SUTD worked with international researchers to develop a novel approach to allow for a small, well-defined risk of constraint violation to overcome the challenges that come with conservative current approaches used in modern power grids.

ORION is a first-of-its-kind multi-robot system made up of a wheeled ground unit, miniature and wall-climbing robots to form a scalable swarming system similar to ant colonies.

SUTD, SUSTech and ZJU researchers' proposed process flow guides 3D printing of miniature soft pneumatic actuators. Integrating the prints into a robotic system offers potential applications in jet-engine maintenance and minimally invasive surgery.

SUTD together with research collaborators provide much needed analysis and review of the emerging research on particle reinforced metal matrix nanocomposites with selective laser melting, charting out possibilities for engineering applications.

The three-dimensional quantum Hall effect was predicted more than 30 years ago, but has not been observed until now by the Singapore University of Technology and Design together with international researchers.