• Developed wearable environmental sensors• Researched nanomaterial-based impedimetric gas sensors• Printed covalent organic framework inks

Dissertation: Custom inks and printing processes for electronic biosensing devices• Lead team of graduate students to develop immunodiagnostic assay• Developed first directly printed, flexible printed electronic tattoo• Demonstrated printed in-vitro diagnostic assay with 97% reduction in ink• Designed point-of-care blood clot time sensor with 70% reduction in noise• Developed all-carbon, recyclable transistor resulting in Nature Electronics paper

• Lead electrolyte development• Managed third-party vendor to develop a key component of company’s core product• Improved battery efficiency by >50% and enhanced electrolyte lifetime by >2000%• Managed multiple departmental effort to achieve 80% increase in battery capacity

Examined impact on dendritic spine size and density of adolescent mice from a single dose of cocaine

Determined the 3-D structure of LCAT (Lecithin-cholesterol acyltransferase), a protein involved in cholesterol transport