How to link human with machines?
Increasing intimacy and interactions between human and electronics have created new lifestyles as marks of our era. We are developing bioelectronics that their formats are similar with biological tissues, and functions comparable to conventional rigid electronics.
On skin electronics
‘Un-noticeble’ integration
Conformal e-skins that provides sensing and augmented perceptions, while not obstructing the normal sensations of human skins.
Created on-demand by adaptive printing, these e-skins are adaptable to curved skin surfaces of various shapes, forming conformal adhesion down to the fingerprintes level.
In vitro bioelectronics
Tissue-like integration
Soft sensing structures, with tissue-like geomtery and property, are to be integrated with cells and tissues, providing information exchange.
Created via freeform printing, these sensing devices are customisable with versatile 3D designs.
Featured work
Bioinspired structures
Building the nature-replica
From sensors to actuators, the nature-grown excels with elegance and efficiency.
Inspired by the nature-design, we create novel artificial devices via smart manufacturing techniques and advanced materials.
News coverage
May 2024
By University of Cambridge
June 2024
By DeepTech
October 2020
By University of Cambridge
Andy wang lab @ HKUST-GZ 