-Manage accounts promoting EEG, EMG, fNIRS, and fMRI technology sales across the United States from international suppliers-Provide support for a variety of user interface software designed for neuroscience research, consult on data analysis techniques and experimental procedures-Provide hardware support for EEG, EMG, fNIRS and fMRI equipment, perform failure analysis on novel medical and neuroscience research technology-Perform equipment installations and training sessions at universities and hospitals across the country

-Utilized various linear and non-linear dimensionality reduction techniques to study the relationship of motor control performance in brain-computer interfaces and the complexity of the intrinsic manifold of the neural data-Performed in-depth analysis of in vivo data from human brain-computer interface motor control experiments via MATLAB and Python

-Wrote, optimized, and executed protocol for chronic in vitro stimulation experiments for a variety of flexible microelectrode array materials and designs-Developed novel charge injection limit characterization techniques which are currently employed in ongoing projects and presented a poster detailing this methodology at BMES Conference 2023-Performed electrochemical characterization of flexible microelectrodes used for intracortical microstimulation to analyze functionality, worked with electrode team to optimize the device fabrication process

-Performed electrochemical characterization of flexible microelectrodes used for intracortical microstimulation to optimize their fabrication process, including: -Integration of circular voltammetry data to determine charge storage capacity -Electrochemical impedance spectroscopy -Determining charge injection limits via analyzing voltage transients-Optimized microelectrode coating techniques for various conductive polymers such as PEDOT doped with carbon nanotubes-Performed chronic in vitro stimulation experiments using Ripple Grapevine NIP, Intan RHS Stim System hardware-Received Clean Room certification and training for nano-fabrication and characterization techniques-Extensive use of MATLAB to process, analyze, and present information on recorded signals in regular meetings with Principal Investigator and other staff