I studied, researched and developed in more than a dozen institutions throughout the years,
I was a researcher at Georgia Institute of Technology working on processing of neural signals and movement control for human-robots interaction.
Before joining GT, I was on a nationwide road trip visiting at top institutions, sampling latest innovation and cutting edge research.
Prior, I was a research specialist at the Center for Cognitive Science, the Cognitive Development Lab, and Memory and Language Lab at Ohio State University, involved in EEG and other bio-signal processing.
In my free time, I work on a new way for connecting the world through a visual writing system that I am developing, you can learn more about it at Olphas.com, however, she is still a baby learning to crawl.
Previously, I developed signal processing techniques to analyze Magnetoencephalography human brain signals at the Computational Sensorimotor Systems Lab at UMCP. Mainly suppressing environmental and biological noise, and assessing significance of brain responses. I also analyzed EEG brain waves for marketing ads engagement assessment.
A while back, I designed, built, and tested systems for satellite car radio receiver and DS3 test and monitoring equipment.
Projects I am passionate about include human excellence, learning, sensory and wearable technologies, KSA gaming, neuro/cognitive science, human-computer/robot interaction, affective computing, languages, bio/neurofeedback, neuro-linguistic programming, brain plasticity, electrophysiology.
I was a researcher at Georgia Institute of Technology working on processing of neural signals and movement control for human-robots interaction.
Before joining GT, I was on a nationwide road trip visiting at top institutions, sampling latest innovation and cutting edge research.
Prior, I was a research specialist at the Center for Cognitive Science, the Cognitive Development Lab, and Memory and Language Lab at Ohio State University, involved in EEG and other bio-signal processing.
In my free time, I work on a new way for connecting the world through a visual writing system that I am developing, you can learn more about it at Olphas.com, however, she is still a baby learning to crawl.
Previously, I developed signal processing techniques to analyze Magnetoencephalography human brain signals at the Computational Sensorimotor Systems Lab at UMCP. Mainly suppressing environmental and biological noise, and assessing significance of brain responses. I also analyzed EEG brain waves for marketing ads engagement assessment.
A while back, I designed, built, and tested systems for satellite car radio receiver and DS3 test and monitoring equipment.
Projects I am passionate about include human excellence, learning, sensory and wearable technologies, KSA gaming, neuro/cognitive science, human-computer/robot interaction, affective computing, languages, bio/neurofeedback, neuro-linguistic programming, brain plasticity, electrophysiology.
