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Bioelectronics applies electrical engineering concepts to biological, medical, behavioral, and health-related fields. It pushes foundational theories forward, generates insights across molecular to organ system scales, and designs novel tools and methods for disease prevention, diagnosis, treatment, patient recovery, and health enhancement.
This field integrates multiple specialties including bioelectromagnetics, instrumentation, neural networks, robotics, and sensor tech to pioneer discoveries and innovations. A core focus involves creating practical devices and systems. The research environment offers comprehensive resources for prototyping, testing instrumentation, developing implantable devices, constructing robotic prosthetics, and more. Advanced sensor development occurs in a dedicated 2,000 square foot cleanroom for microfabrication.