Biomedical Engineering, Wearable Tech and Health Informatics
Research in Biomedical Engineering, Wearable Tech and Health Informatics addresses noninvasive biomedical devices, neural implants, and biomedical signal processing. Projects advance closed-loop health monitoring, pain management, and brain-computer interfaces through wireless, batteryless systems and AI-driven diagnostics.
Micro Implantable Devices and AI-enabled Wearable Technologies
Faculty Contacts: J.-C. Chiao, B. Zoghi
Focus for this group includes wireless implants, flexible sensors, and endoscopically implantable devices for real-time physiological monitoring. Applications target chronic disease management and neuromodulation therapies.
Research also includes the development of more empathetic Machines, Multimodal Physiological Signal Analysis for Predicting Anxiety using AI/ML, and exploration of how Emotional Intelligence can impact leadership performance.
Biomedical Signal Processing and Neuroengineering
Faculty Contacts: C. Davila
Research includes signal denoising, evoked potential averaging, and control-theoretic models for modulating neural activity. Collaboration with UTSW supports brain stimulation studies and episodic memory enhancement systems.
