My research interests are aimed at elucidating how various biophysical stimuli regulate
cardiovascular development across time and length scales that span several orders of
magnitude, using human pluripotent stem cells as a model system. Currently, my research
focuses on applying biochemical, electrical, mechanical, and optogenetic stimulation to control
and manipulate the directed differentiation, maturation, and organization of human pluripotent
stem cell-derived cardiovascular cells. My areas of expertise are in optogenetics, fluorescence
microscopy, long-term live cell imaging, directed differentiation, electrophysiology, microfluidics,
computational simulation, and multiscale engineering. Guided by these quantitative approaches,
my long-term research goal is to ascertain the mechanisms by which various biophysical stimuli
direct the development of cells and tissues from human pluripotent stem cells, and to use these
findings to address challenges in the basic, translational, and clinical sciences.
EVENTS & ACTIVITIES (Speaking, Spoken, and Authored)