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resume.tex
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\documentclass[red]{resume}
\begin{document}
\noindent
\namesection{CHARLIE GUNN}{
703.298.3838 --
\href{https://github.com/freemagma}{github.com/freemagma} --
\href{https://devpost.com/charredxil}{devpost.com/charredxil}
}
\columnratio{\lcol}
\begin{paracol}{2}
%------------------------------------------------------------%
\section{Employment}
\compact[Summer 2022]{Hudson River Trading}{Algo Engineering Intern}{
{Developed a user-friendly API that generates and deploys custom Google Apps Script code to manage one's Gmail inbox},
{Researched and implemented many optimizations for a command line utility backed by a PostgreSQL database, significantly speeding up common queries},
}
\compact[Summer 2021]{Capital One}{Software Engineering Intern}{
{Created and deployed the foundation for a general notification system for small businesses using RaaS}
}
\compact[Summer 2020]{Leidos AI/ML Accelerator}{Software Engineering Intern}{
{Researched xRCA (Extended Rapid Class Augmentation),
a progressive learning technique to augment new classes
onto a model without using data from old classes},
{Developed a novel and general technique for stabilizing xRCA
initialization accuracy on few data}
}
\compact[Summer 2019]{Leidos}{Software Engineering Intern}{
{Researched techniques for fully homomorphic encryption over machine learning models},
{Tested and benchmarked homomorphic encryption libraries (SEAL, Palisade, nGraph-HE)}
}
\compact[Fall 2020, Spring 2021, \& Fall 2021]{CS 2110: Computer Organization \& Programming}{Teaching Assistant}{
{Taught 150 minutes of class per week to 50 students, created autograded assignments, etc.}
}
% An introduction to basic computer hardware, machine language, assembly language, and C programming.
% I teach two 75-minute labs a week.
\section{Projects \& Research}
\compact[Fall 2020]{\href{https://github.com/freemagma/mendax/blob/main/paper/main.pdf}{Mendax}}{Deep Learning Research Project}{
{Trained a set of networks to communicate with eachother, split into adverserial teams
of ``liars'' and \\``truthtellers'' in a situation inspired by Among Us},
{\textbf{Built with: Pytorch, Numpy}}
}
\compact[Aug. 2018 -- June 2019]{\href{https://github.com/freemagma/geoverify}{Geoverify}}{Research Project}{
{Haskell library (and CLI) for manipulating and verifying geometry proofs},
{Parses and understands simple arithmetic and geometric propositions; supports
extension via theorems},
{\textbf{Built with: Haskell (MTL, Lens, Transformers), PostgreSQL, Django}}
}
\section{Awards}
\compact[Sept. 2019]{PennApps XX}{3rd Place Overall -- Best Open Source Contribution -- Hacker's Choice}{
{Developed \href{https://github.com/arya-k/impromPPTX}{ImpromPPTX},
an automatic real-time presentation generator},
{Uses custom-built ML models to generate slides with relevant titles, text summaries, and images},
{\textbf{Built with: SpaCy, Pytorch, FastText, Django}}
}
\compact[Mar. 2019]{VTHacks}{1st Place Overall}{
{Created \href{https://github.com/ovkulkarni/electromotivated}{Electromotivated},
a website that analyzes images of circuits using CV and graph algorithms},
{\textbf{Built with: OpenCV, Numpy, Scikit Learn, Django}}
}
\compact[Mar. 2017 -- Present]{USA Computing Olympiad (USACO)}{Platinum Division}{
}
%------------------------------------------------------------%
\switchcolumn
%------------------------------------------------------------%
\section{Education}
\subcompact{Georgia Institute of Technology}
{Class of 2023 -- 4.0 GPA}
{BS Computer Science, BS Mathematics}
\subcompact{Thomas Jefferson High School for Science and Technology}
{Graduated 2019}{}
\section{Skills}
\compact{Languages}{}{Python, C, Javascript, Nix, Haskell, TeX (I wrote this template)}
\compact{Technologies}{}{Pytorch, {Linux (NixOS, Arch)}, Docker, {AWS (EC2, S3, etc.)}}
\compact{Misc}{}{Chess, Bananagrams, Twilight Imperium}
\section{Relevant Courses}
\subcompact{Deep Learning (Grad Course)}{CS 4803-DL -- Grade: A}{}
% \subcompact{Geometric Group Theory}{MATH 4803 -- Grade: A}{}
% \subcompact{Algebraic Topology}{MATH 4432 -- In Progress}{}
% \subcompact{Knot Theory \& Grid Homology}{MATH 4803 -- Grade: A}{}
% \subcompact{Abstract Algebra I}{MATH 4107 -- Grade: A}{}
% \subcompact{Complex Analysis}{MATH 4320 -- Grade: A}{}
% \subcompact{Probability and Statistics}{MATH 3215 -- Grade: A}{}
\subcompact{Probability Theory}{MATH 3235 -- Grade: A}{}
\subcompact{Operating Systems}{CS 3210 -- Grade: A}{}
\subcompact{Real-time Embedded Systems}{CS 4220 -- Grade: A}{}
\subcompact{Honors Automota \&\\ Complexity Theory}{CS 4510X -- Grade: A}{}
\subcompact{Design \& Analysis of Algorithms}{CS 3510 -- Grade: A}{}
% \subcompact{Honors Discrete Math for CS}{CS 2051 -- Grade: A}{}
\subcompact{Intro to Quantum Computing}{CS 4803-IQC -- Grade: A}{}
\subcompact{Real Analysis 1 \& 2}{MATH 4317/8 -- Grade: A}{}
% \subcompact{Applied Combinatorics}{MATH 3012 -- Grade: A}{}
% \subcompact{Computer Organization \& Programming}{CS 2110 -- Grade: A}{}
%------------------------------------------------------------%
\end{paracol}
\end{document}