▪ Conducted an analysis on breaker data to identify and investigate potential issues within the PECO network.▪ Developed multiple python scripts to gather and process network and endpoint data to monitor their performance and coverage.▪ Supported restoration efforts throughout my coop and collaborated in the writing of the Storm Job Aid Manuals for the multiple restoration roles.

• Implemented numerous Verilog test benches for a pixel array's modules, such as a Sobel edge detection filter, a color space converter, and an image resizer, using ModelSim. • Developed a C-based algorithm to simulate the output of the pixel array using a .bmp file input and used the output to create a self-checking test bench for the image processing unit. • Performed post-synthesis testing on the pixel array using lab equipment such as oscilloscopes and logic analyzers.

▪ Collaborated with professional engineers on the design of electrical drawings of electrical switchgear used to protect and isolate power systems.▪ Assisted in the programming of PLCs and HMI screens that met safety regulations and costumer specifications. ▪ Installed, troubleshooted, and tested protective equipment such as relays, meters, switches, PLCs, and HMI screens.▪ Supervised on-site testing and installation of equipment from subcontractor companies.

As part of the Drexel STAR (Students Tackling Advanced Research) Scholars Program, I had the opportunity to work in an electrochemical lab were I conducted research on beyond lithium batteries. My duties in the lab included, but were not limited to the following:* Developed and tested a free-standing binder-free CNF/S cathode material * Analyzed data such discharge profiles, cyclic voltammetry curves and SEM images * Presented research results during the 2017 STAR Scholars Summer Showcase