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My research interests lie under the scope of applied mathematics. My research is interdisciplinary, intersecting with disciplines such as biomedical and electrical engineering, biology, physiology, and sociology. My longest-running research is on inverse problems in medical imaging. Within this area, I work on image reconstruction for electrical impedance tomography. Recently, I have started research in mathematical modeling. I also enjoy supervising undergraduate research projects. So far I have mentored student projects in HIV modeling, imaging, social epidemiology, plant pathology, and zombie outbreak modeling.
My research interests lie under the scope of applied mathematics. My research is interdisciplinary, intersecting with disciplines such as biomedical and electrical engineering, biology, physiology, and sociology. My longest-running research is on inverse problems in medical imaging. Within this area, I work on image reconstruction for electrical impedance tomography. Recently, I have started research in mathematical modeling. I also enjoy supervising undergraduate research projects. So far I have mentored student projects in HIV modeling, imaging, social epidemiology, plant pathology, and zombie outbreak modeling.
Research Interest Topics:
Research Interest Topics:
Inverse Problems, Mathematical Modeling, Complex Geometrical Optics, Numerical Solutions to PDEs, Numerical Analysis, Electrical Impedance Tomography, Medical Imaging, Undergraduate Research
Postdoctoral Research
Postdoctoral Research
I spent my postdoc working at the CSU Electrical Impedance Tomography (EIT) Laboratory under the supervision of Dr. Jennifer Mueller.
Graduate Thesis
Graduate Thesis
Numerical Methods of Electrical Impedance Tomography - Supervised by Dr. David Isaacson at Rensselaer Polytechnic Institute. I was co-supervised by Dr. Jonathan Newell and Dr. Gary Saulnier.
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