Neuroengineering technologies merge engineering, computing, and neuroscience to design tools that interface with the nervous system—monitoring, repairing, and even enhancing neural function. It represents a frontier for medical innovation, offering hope for patients with paralysis, sensory loss, and neurodegenerative disorders.

The Neuroengineering Technologies session showcases breakthroughs in neural prosthetics, brain-computer interfaces (BCIs), bioelectronic medicine, and neural signal modulation. Researchers demonstrate how engineering principles translate biological signals into clinical solutions.

At the Neuroengineering Technologies Conference, neuroengineers, biomedical scientists, and clinicians present their latest work on neural implants, microelectrode arrays, and closed-loop neuromodulation systems. The session focuses on translational applications—from lab to bedside—addressing mobility, communication, and cognitive restoration.

This session is ideal for engineers and neuroscientists collaborating on neural interface innovation. Participants will learn how hardware, software, and biophysics combine to decode and stimulate the brain. Recent advances in Neural Interface Technology have enabled wireless implant systems and AI-assisted neural decoding with unprecedented precision.