As a high level summary, I hail from Dallas and studied Electrical Engineering at Texas A&M University.
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During Summer 2024 I interned at Google in Sunnyvale and worked on the Dataflow service.
Throughout Fall 2023, I interned with Google's Traffic Engineering TE team and assisted in optimizing their B4 traffic algorithm.
From May 2022 to July 2022, I worked at Herbert-ABS Software Solutions LLC. Herbert-ABS is a software company concerned with developing analysis and design tools that aid in Maritime tasks. I first conducted research on a genetic algorithm library that would be compatible with the code base. There are thousands of Python ML libraries that support different operations. Mine had to be compatible with basic functions, such as crossover and gene mutation. The ultimate conclusion was that no libraries were suitable given our constraints, so we made our own NGSA-II algorithm library. After researching, I ported their old Visual Basic 6 code from a previous release to Python 2.7. The deceivingly challenging task led me to learn about the code base extensively. During my final few weeks, I coded in C# on the main HECSTAB software. Having already familiarized myself with the code base, I was able to develop the power optimization and power graph features with ease.
I joined the Texas A&M SETH Lab in February 2023. The lab primarily focuses on hardware fuzzing, AI in hardware security, and hardware reverse engineering attacks. My work is funded by Sandia National Labs, and I utilize hardware fuzzing to detect bugs in their processors. Throughout my time working, I have reviewed extensive code and regularly utilize Python, Verilog, Assembly, and metaprogramming tools, such as Chipyard (CPU emulator), Synopsis VCS, and FPGA emulation. Initially, I contributed to the fuzzing of the Ibex core through simulation. Afterward, I spearheaded the effort in emulating a RISC-V core on an FPGA board, requiring expertise in code instrumentation and FPGA configuration.
From September 2021 to May 2022 I worked at Texas A&M Research Security Office. In a broad sense, the Texas A&M RSO investigates potential violations of federal law by academics. A common example of this would be a professor not disclosing they were part of the Chinese Communist Party, nonetheless conducting research funded by the Department of Defense. My role at the RSO was to create web tools to aid investigators in clearing people as well as collecting data via open-source data mining. The web tools are housed internally.
From March 2021 to August 2021 I camped out at Micro Center Dallas buying GPUs and adding to my mining rig.
For the next two summers, I worked as a Lifeguard for the City of Farmers Branch.
I started working when I was 15, assisting tennis lessons for the City of Frederick Parks & Recreation. There was no initial intention of getting paid, I simply showed up and helped the employees because I wanted to rally with adults. After helping pick up balls and partially coaching people, they decided to cut me a $300 check at the end of the summer.