I worked in the Martinis Lab in the physics department of UC Santa Barbara. The lab's goal is to create a quantum computer using superconducting qubits and it recently joined with Google to scale up efforts to realize this as soon as possible. My thesis project was a demonstration of fully-scalable quantum chemistry algorithms that have the potential to provide an immediate industrial application for quantum computation. I have experience in characterizing noise mechanisms in superconducting qubits, and establishing hardware and software protocols in new research projects. Previous projects include flux noise measurements in superconducting qubits and basic materials research into III-V semiconductor heterostructure-based nanowires for possible use as topological quits. I have also mentored other students in classroom and lab environments.

Developed software for data mining and marketing analysis. Maintained constant contact with clients and delivered quick turnaround. Analyzed and reduced large data sets to enable clients to easily visualize and understand their data.