Research news
CloudThink Infrastructure
A revolutionary Internet of Things (IoT) data collection platform, the CloudThink Infrastructure collects and processes high-resolution kinematic and energy consumption data from light-duty electric vehicles, heavy-duty diesel vehicles and autonomous personal vehicles.
Audio Aid Design
Spectral biofeedback has been studied in previous studies as a potential complement to traditional articulation therapy for individuals who have been resistant to traditional articulation therapy.
InnoGPS: GPS for Innovation
InnoGPSTM (i.e., GPS for Innovation) is a data-driven interactive visualisation technology to empower engineers, companies and governments in search of emerging technologies, innovation opportunities and pathways.
Mobile Melanoma Analyser
Leveraging the prevalence of multi-core processors and high-resolution image sensors in mobile phones, this imaging application helps users detect signs of skin cancer with their smartphones.
Artificial Design
With Asia’s rapid urbanisation, the traditional top-down approach to architectural design and urbanism is becoming irrelevant. Artificial Design offers a bottom-up solution that creates a better world for all to live in.
Strained engineering enables 21st century wonder materials
SUTD researchers Robert Simpson and Zhou Xilin, together with researchers from the Institute of Photonic Sciences (IFCO) and Massachusetts Institute of Technology (MIT), are investigating ways to stack two dimensional crystals, one on top of another, and designing new artificial materials based on these stacks.
Low dimensional nanomaterials for energy storage applications
In a recent work, an SUTD research team lead by Associate Professor Yang Hui Ying and Research Scientist Dr Mo Runwei have designed an innovative nanoscale architecture comprising of a nitrogen-doped graphene shell covering high capacity germanium quantum dots (Ge-QDs) on a nitrogen-doped graphene scaffold.
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.
