• Constructed predictive models using FasterAnalytics, a proprietary Bayesian Belief Network tool, and applied data science techniques to create clinical decision support tools for the Surgical Critical Care Initiative (SC2i)• Primary analyst for a SC2i medical image processing research project; determined what features can be extracted to assess wound healing by applying digital signal processing techniques and using Insight toolkit for image segmentation• Designed an easily modifiable computer vision platform in C++ and Python that combines data analysis, aggregation, and display for use across multiple projects under SC2i• Wrote a program in R to process and perform a variable mapping on an Emory clinical dataset to merge with datasets from other sources, aiding in the analysis and modeling of a SC2i Tissue Data Acquisition Protocol project• Overhauled PostgreSQL processing scripts for a virtual currency project (VCI) that analyzes Bitcoin blockchain transaction data, reducing total processing time by over 66%• Conceptualized and supervised the restructuring of existing website scrapers for the VCI project, quickly creating 10+ new scrapers using Python 3; implemented new system, network, and database security protocols

• Contributed a cost-benefit analysis on labor and equipment, system designs, and written technical specifications to a Bid & Proposal team, which won two RFPs and earned a combined total of $20+ million• Responsible for system design, testing, and installation on a strategic key project sponsored by the U.S. Navy worth $1.5 million; awarded $6.5 million follow-up project due to outstanding performance• Designed electronic security systems using AutoCAD and Visual Basic to include logic narratives, electrical schematics, power calculations, device layouts, and functional block diagrams• Actively engaged in technical meetings with customers and other engineering staff, effectively communicating technical knowledge to improve system designs or highlight limitations• Developed test plans to evaluate system functionality against requirements; one test plan I wrote to evaluate a security system found fatal flaws in the software and was recalled from a list of government-approved security systems

Created Verilog code for unit testing and evaluation of the Timing and Interface (TIF) board.Supported the lab technicians and lead engineers in troubleshooting the TIF board using lab equipment during the prototype phase of the project.

Co-Op rotation 3

2nd rotation of COOP program

Coop rotation 1