Neuroengineering
Interfaces and stimulation technologies that decode, modulate, and restore neural function.
RESEARCH
Engineering across Mechanism, Measurement, and Medicine
Three signature research programs are supported by six interconnected capabilities spanning fundamental mechanisms, engineering platforms, clinical validation, and real-world adoption.
01Neural Dynamics & Multimodal Biomedical Imaging
02Biomedical Electronics, Intelligent Devices & Sensing Systems
03Artificial Intelligence, Digital Health & Clinical Translation
Biomedical Imaging
Neurophotonics, photoacoustic imaging, LSCI, and multimodal mapping of neurovascular dynamics.
Biomedical Electronics & Intelligent Medical Devices
Biomedical electronics, wearable sensing, wireless systems, and AI-enabled devices designed around unmet clinical needs.
Artificial Intelligence & Digital Health
AI-enabled physiological sensing and multimodal intelligence for mental health, remote care, and clinical decision support.
Clinical Translation
Validation pathways that move sensing and imaging systems from laboratory prototypes to care settings.
Nano-Biosensing
Nano-neural interaction, nano-biosensing, adaptable bioelectronics, aggregation-induced-emission nanoparticles, wireless catalytic electron signaling, and nanomaterial-enabled strategies for neural regeneration, diagnosis, and therapy.
Clinical need
→Mechanism & measurement
→System integration
→Validation & translation