As a systems neuroscientist, educated in biomedical engineering and computer science, I am uniquely positioned to create the next generation of neurotechnology. I am currently developing bioelectronic methods of improving neural processes in order to treat neurological disorders and degeneration. I have a passion for developing technology at the intersection of electronics and neuroscience that positively impacts users’ lives. Further experience includes a fellowship with Columbia Technology Ventures and participation in selective business accelerators by ComcastNBC and Cornell University.My research uses the latest in brain-computer interfaces, biological tools, computational modeling, and statistical analysis to investigate how brain state (e.g. attention, arousal) affects sensory processing and perception. You can view a full list of my publications here: https://scholar.google.com/citations?hl=en&user=g5EzSJEAAAAJMy startup, Sharper Sense, is commercializing my research into neuromodulation technology that enhances sensory processing while worn. This technology has great potential to treat sensory loss and sensory processing disorders as well as provide performance and safety enhancement by reducing misperceptions and miscommunication. You can view our website at www.SharperSense.com
Listed skills include Site Directed Mutagenesis, Public Speaking, Arduino, Genotyping, and 36 others.