Creativity, Entrepreneurship, Innovation, Leadership and Professional Motivations: Comparing Design Students in Different Levels of Undergraduate Education

IEEE

Multi-materials fused filament printing with embedded highly conductive suspended structures for compressive sensing

 Additive Manufacturing

Overcoming range limits
Nature Energy

SUTD Author: Nilanjan Raghunath, Georgios Koronis and Arlindo Silva

“The purpose of this study is to gain a better understanding of how design creativity, innovativeness and entrepreneurship motivations change during the undergraduate academic years in students of the same institution.” --- Nilanjan Raghunath, Georgios Koronis and Arlindo Silva

SUTD Author: Tan Jeck Chuang and Low Hong Yee

“Multi-material fused filament printing  of conductive and dielectric materials has tremendous potential in the co-fabrication of embedded electronics, allowing for increasing freedom in part design and functionality. This work reports a class of metal-polymer composite with high electrical conductivity and mechanical stability, through which fused filament printing of suspended 3-D electrically conductive structure was demonstrated.”--- Low Hong Yee

SUTD Author: Cheah Lynette

“This article is a commentary on the paper ‘Personal vehicle electrification and charging solutions for high-energy days” whose first author is Wei Wei who is SUTD ESD alumni  student from the pioneer batch.”--- Cheah Lynette