HSX Plasma Laboratory, Electrical and Computer Engineering Department• Developed data analysis programs that compare experimental results with computational predictions using optimization and benchmark evaluations• Maintained and operated of a laser ablation experiment exploring the transport phenomena of an impurity in amagnetically-confined plasma• Created computational techniques that analyze raw data in real time for 80+ plasma discharges per day• Collaborated with computationalists, experimentalist and theorists on a large-scale plasma physics experiment funded by the Department of Energy• Partnered with international colleagues in Japan and Germany to outline experimental strategies and objectives

• Tutored and mentored 80+ students during 3 classroom hours and 4 office hours a week (bi-weekly)• Prepared and proctored workshop lectures twice a week to supplement class material to 40+ students• Maintained Canvas learning management system including creating quiz modules, data entry, gradebook management and resolving student grievances• Designed and delivered 4 full lectures to 80+ students

• Tutored and mentored 80+ students during 3 classroom hours and 4 office hours a week (bi-weekly)• Prepared and proctored workshop lectures twice a week to supplement class material to 40+ students• Maintained Canvas learning management system including creating quiz modules, data entry, gradebook management and resolving student grievances• Designed and delivered 4 full lectures to 80+ student

EM Lab, Electrical and Computer Engineering Department• Examined geometry generation of spatially variant metamaterial structures for novel research in electromagnetics• Designed electromagnetic computer simulations for investigative data analysis• Researched and implemented 3D printing techniques for revolutionary electromagnetic technologies

iMPaCT Research Group, Computer Science Department

Laser Interferometer Gravitational Wave Observatory (LIGO) Lab• Engineered computational data models of the laser interferometer that simulated the hardware response to seismicnoise using the actual control codes• Analyzed frequency response data to examine filtering and dampening techniques needed to improve signal-to-ratio