Principal Investigators

Marom Bikson

Associate Professor of Biomedical Engineering

Prof. Marom Bikson’s research group studies the effects of electricity on the human body and applies this knowledge toward the development of medical devices and electrical safety guidelines.

"Our goal is to improve human health by combining engineering innovation, with cutting-edge experimental techniques, and original bio-medical insight. This challenge requires creative problem-solving, precision, and imagination. We are tremendously fortunate to access the extensive resources of the City University of New York research centers and of the New York Center for Biomedical Engineering hospital network."

Lucas Parra

Professor of Biomedical Engineering

The general area of interest is how temporal information of natural stimuli is encoded and processed by the brain. Experimental techniques focus on interpreting and modulating brain activity in humans non-invasively using electro-encephalography and trans-cranial electrical stimulation, in short: "reading" and "writing" the brain with electric fields. The work is often coupled with auditory and visual psychophysics and always incorporates computational or mathematical models.

Post Docs

Jacek Dmochowski

Optimal decision theory for cost-sensitive machine learning. Achieving focality in transcranial direct current stimulation.
 

Ph.D. Candidates

Abhishek Datta

Study efficacy/safety mechanisms of various brain stimulation modalities and development of novel technology for non-invasive electrotherapy.

Davide Reato

Experimental and Theoretical research on the effects of low-amplitude electric fields on neuronal network activity

Joao Da Custodia Dias

Sometimes people detect targets before fixating at them, and sometimes they miss them after fixating at them, I am studying if there are neural signature in the EEG that can discriminate these observations?

Maged Elwassif

Developing technology to control the heating at implantable medical devices including neuroprosthetic devices. Applying Bioheat Transfer Model to an High Resolution Human Head.

Xiang Zhou

Psychophysics and modeling of audio-visual speech in noise. Tinnitus modeling and psychophysics.
 

Masters Candidates

Asif Rahman

Experimental research in quantitative neurophysiology to understand the effects of electric fields on synaptic plasticity in the motor cortex.
 

Engineering Staff

Varun Bansal

Developing, Designing and testing medical devices.
 

Visiting Scholar

Mathias Hueber

Visiting Student from the Hamburg University of Applied Sciences, on an internship in the Neural Engineering Lab. I am interested in medical software engineering and visualization.
 

Undergraduate Students

Johnson Ho

Applied electric fields on cortical brain slices to study the effects of weak alternating currents on brain function.

Nicole Febles

Testing the effects of direct current (DC) polarization on the skin to develop pretreatment (chemical and electrical) techniques to reduce the degree of discomfort and/or skin irritation during HD-tDCS

Preet Minhas

Testing the effects of direct current (DC) polarization on the skin to develop techniques to reduce the degree of discomfort and/or skin irritation.

Udi Nebel

Former Members

Je Hi An

(2008) PhD Candidate, Biomedical Engineering, Duke University
(2008) BS

Jinal Patel

(2009) Employed at Devon Robotics
(2009) M.S.

Julian Diaz

(2009) Employed at Naval Undersea Warfare Center
(2009) B.E.

Thomas Radman

(2010) US Food and Drug Administration
(2009 -) Post-Doctorate at NYU
(2009) Ph.D.

Yuzhuo Su

(2010) Employed at Neuromatters
(2009) Ph.D.