Epilepsy/clinical neurophysiology fellow at the Massachusetts General Hospital. My research interests include temporal lobe epilepsy and single neuron electrophysiology.

I served as Neurology resident at the Massachusetts General Hospital, Brigham and Women's Hospital and the Boston VA Hospital.

I completed a general medicine internship including 8 months of general inpatient medicine 1 month of solid/Liquid Oncology, 2 Weeks of Critical Care and 6 weeks of elective in Cardiology, Nephrology and Rheumatology.

MD/PhD candidate completing clerkship rotations in the Philadelphia area.

Investigation of inhibitory and excitatory neuron sub populations of the epileptic human mesial temporal lobe

Supported the Glucose Sensor Design Team in preparation for in-vivo clinical trials. Responsibilities include: sensor fabrication, electrochemical plating, polymer membrane deposition, long term telemetry acquisition, and database infrastructure design.

• Protein Crystallization on Porous Gold Substrates: Quantification of the effects of surface structure and treatment of porous gold on the crystallization kinetics of Sodium-Potassium Tartarate and Lysozyme • PDMS Soft Lithography of Nanoporous Gold: Investigation of the fracture mechanisms of nanoporous gold undergoing soft lithography • Fibroblast Culture on Surface Modified Porous Gold Substrates: Investigation of HFF-1 Fibroblast survival on 2-D and porous gold substrates treated with functionalized alkane-thiol monolayers• Nanofabrication of Self Supporting Composite Porous Gold Substrate:• Design and fabrication of composite, Gold-Polymer-Hydrogel self supporting structure for use with synthetic lipid bilayers • Characterization of ionic and non-ionic mass transport of supported porous gold thin films• Enzyme Mimetic Applications of Ultra Porous Gold Thin Films• Use of organic synthesis techniques to create functionalized imidazole terminated alkane thiol monolayers on films of ultra porous platinum doped gold films that conjugate free ionic copper

Characterization of nanoporous gold for use as biofunctionalized substrate for cell culture, and characterization of bulk mass transfer rate using a simple ionic diffusion model.