Research
Research in the lab concerns with neuro-technology and neuro-engineering. Our main focus in recent years was on artificial retina and skin electronics
The Neuroengineering Laboratory develops next-generation bioelectronic technologies that bridge the nervous system and intelligent systems. Our research integrates wearable electrophysiology, soft neural interfaces, flexible bioelectronics, and artificial intelligence to sense, decode, and modulate neural and neuromuscular activity. By combining advances in materials science, electronics, neuroscience, and machine learning, we create and study technologies that enable next-generation human–machine interfaces, neuroprosthetics, digital health, and neural implants.
Our research spans a broad range of neuroengineering disciplines centered on the development of bioelectronic interfaces for sensing, decoding, and modulating neural and neuromuscular activity. Current research areas include facial and forearm electromyography, silent speech and gesture recognition, cognitive state and sleep monitoring, retinal neuroprosthetics, multimodal physiological sensing, and AI-driven biosignal analysis. By integrating materials science, electronics, neuroscience, and machine learning, we translate fundamental discoveries into technologies for digital health, rehabilitation, assistive communication, and next-generation intelligent systems.
