Research news

4D printing gets simpler and faster
A research team led by the Singapore University of Technology and Design’s (SUTD) Associate Provost of Research, Professor Martin Dunn, has come up with a new and simplified 4D printing method that uses a 3D printer to rapidly create 3D objects, which can permanently transform into a range of different shapes in response to heat.


SG50 Multi-Rotor Craft (In collaboration with DSO National Laboratories)
To celebrate and commemorate Singapore’s 50th birthday, the development of a specially designed multi-rotor aerial craft that has a flight endurance of 50 minutes using advanced digital fabrication methods is proposed.


Swarming Robots
Potentially useful in disaster rescue missions as well as coastline protection and surveillance, these microrobots were inspired by the emergent behavior of social insects, flocks of birds and schools of fish.


Autonomous Bike
An efficient solution to tackle first and last mile transportation challenges, the Autonomous Bike or AutoBike features an Android phone as the vision and guidance system.


Hinged Tetro & Scorpio Robots
Inspired by a species of huntsman spider, this robot can transform, roll and somersault.


Controlling Networks by Design
Network models are often used to represent large-scale systems across a diverse range of applications, including finance, neuroscience, biochemistry and social dynamics.


Indoor Relative Positioning System
Highly relevant in Singapore’s densely populated urban setting, the Indoor Relative Positioning System localizes the positions of mobile users in an indoor environment.


Scene-based Localisation
The project aims to determine the location of the camera when the query image is taken without GPS assistance.


Measuring Light Through Trees for Daylight Simulations
This research project proposes a novel approach that that incorporates simulated human crowd flow patterns into the design of middle-scale built environment layouts (e.g., shopping mall, campus, station terminal, theme park).


Utilising Both Conversion & Alloying reactions for High Lithium Storage Capacities
High-energy and power-dense lithium-ion batteries are necessary to propel the development of portable electronics.
