The FAU Neuroscience Graduate Program (NGP) links the Colleges of Science, Medicine, Engineering and Computer Science, Education, the Wilkes Honors College, and the Max Planck 吃瓜网 Institute for Neuroscience to achieve a one-of-a-kind multidisciplinary research and training experience. Research in Computational Neuroscience and NeuroEngineering incorporates paradigms from complexity science, behavioral and cognitive neuroscience, mathematics, computer science and engineering, allowing NGP students to tackle the most profound questions of normal brain function and functional disturbances that arise from devastating brain disorders.
Training ranges from AI-based modeling of protein and RNA structure, complex physiological patterns of neuronal functioning in dynamic, integrated circuits, and systems approaches that interrogate fundamentals of sensation, cognition, personality, consciousness, and dynamic social interactions. Modern technologies are applied to the development of improved, non-invasive methods for the study of the brain in model systems and that aid in the diagnosis and treatment of brain injuries, including biosensor-based and neuroprosthetic strategies to extend and restore function. Trainees pursue research through a broad array of platforms including multi-electrode recording and fiber photometry of neurochemical dynamics, fMRI brain imaging, optical, fNIRS and EEG sampling of cellular and systems activity, biophotonics, bio-robotics and brain-machine interfaces, computer simulations, machine learning and artificial intelligence.