Biomedical engineer
Multidisciplinary PhD Candidate in BME.
I work to understand the mechanical playbook by which tissues are shaped, working at the intersection of computational tissue mechanics, imaging systems, and embedded hardware.
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About
I like building tools to help understand biological systems from novel perspectives.
As a PhD Candidate at the University of Connecticut, I work at the intersection of modeling, imaging, hardware systems, and rheology, with a focus on developing methods to understand how biological behavior emerges from mechanical rules.
My work tends to live across disciplines. Broadly, my interests include biomaterial characterization, fluorescence imaging and optics, IoT, RF, low-power embedded systems, and numerical modeling.
