Neurobionics: Electronics
The Neurobionics Lab develops modular, research‑grade electronics that support advanced robotics, sensing, and control. These systems provide reliable embedded infrastructure for data acquisition, actuator and sensor interfacing, real‑time control, and communication across a wide range of robotic platforms. By offering plug‑and‑play hardware designed for repeatability and high‑fidelity experimentation, the lab enables researchers to prototype, test, and scale robotic systems without the overhead of custom electronics development.
Built through the lab’s interdisciplinary approach integrating robotics, biomechanics, and neuroscience, these electronics are used across multiple experimental platforms, including the Open‑Source Leg (OSL), wearable robotic devices, and broader human–robot interaction research. Each component is engineered for seamless integration, consistent performance, and reproducibility across institutions.
This portfolio highlights electronics created by the Neurobionics Lab to accelerate research in robotics, control systems, and human–robot interaction, supporting the development of technologies that advance mobility, capability, and scientific understanding
Learn more within the listings below:
