Neural Interfaces
EEG • fNIRS • Neural acquisition • Sensor systems
Acquire reliable neural activity through EEG, fNIRS and multimodal sensing.
Brain-Machine Interface Systems Research Group
Decoding neural signals to connect mind and machine—
Restoring, Enhancing, and Understanding Human Potential.
From Neural Activity to Real-World Action
EEG • fNIRS • Neural acquisition • Sensor systems
Acquire reliable neural activity through EEG, fNIRS and multimodal sensing.
Signal processing • Machine learning • Deep learning
Transform neural signals into meaningful representations using intelligent learning algorithms.
Neurorehabilitation • Assistive systems • Human-machine control
Convert decoded intent into interaction, rehabilitation and assistive control.
Project Demos
Our Collaborators
Media Coverage
The Straits Times featured the Brain-Computer Interface research being developed at the Singapore Institute of Technology's Punggol campus. The system uses EEG to decode…
View details →Research Support
The research conducted in our laboratory has been supported by grants from the following funding agencies