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\firstname{Jeremy Kun}
\familyname{}
\title{Curriculum Vitae} 
\email{jeremy /at/ 21.co}

\definecolor{MidnightBlue}{rgb}{0.1, .35, .65}

\begin{document}
   \maketitle

      \section{Personal}
         \cvline{Name}
         {Jeremy Kun}

      \cvline{Research summary}
         {I am a theoretical computer scientist with broad interests, including complexity theory, graph theory and network science, learning theory, combinatorics, and geometry. My research to date focuses on theoretical and applied graph theory. I currently work as a backend engineer at 21 Inc.}

      \cvline{Email}
         {jeremy /at/ 21.co}

      \cvline{Webpage}
         {\href{https://jeremykun.com}{\textcolor{MidnightBlue}{\underline{\textbf{https://jeremykun.com}}}}}


   \section{Education}
         \cventry{2011 - 2016}
         {University of Illinois at Chicago}
      {}
      {Ph.D in Mathematics.}
      {Expected 2016}
      {}

      \cventry{2007 - 2011}
         {California Polytechnic State University}
      {}
      {B.S. in Mathematics, Minor in Computer Science.}
      {Magna Cum Laude}
      {}

      \cventry{2010}
         {Budapest Semesters in Mathematics}
      {}
{}
      {Graduated with honors}
      {}


   \section{Publications}
         \cventry{2016}
         {\href{http://www.levreyzin.com/papers/Kun16_phd.pdf}{\textcolor{MidnightBlue}{\underline{\textbf{Graphs, New Models, and Complexity}}}}}
      {Jeremy Kun}
      {The University of Illinois at Chicago}
      {}
      {}

      \cventry{2016}
         {\href{}{\textcolor{MidnightBlue}{\underline{\textbf{A Confidence-Based Approach for Balancing Fairness and Accuracy}}}}}
      {Benjamin Fish, Jeremy Kun, Adam Lelkes}
      {SIAM International Symposium on Data Mining}
      {}
      {}

      \cventry{2016}
         {\href{http://arxiv.org/abs/1507.05206}{\textcolor{MidnightBlue}{\underline{\textbf{Interception in Distance-Vector Routing Networks}}}}}
      {David Burstein, Franklin Kenter, Jeremy Kun, Feng Shi}
      {Journal of Complex Networks}
      {}
      {}

      \cventry{2015}
         {\href{http://arxiv.org/abs/1410.0245}{\textcolor{MidnightBlue}{\underline{\textbf{On the Computational Complexity of MapReduce}}}}}
      {Benjamin Fish, Jeremy Kun, Adam Lelkes, Lev Reyzin, Gyorgy Turan}
      {International Symposium on Distributed Computing}
      {}
      {}

      \cventry{2015}
         {\href{http://comnet.oxfordjournals.org/cgi/content/abstract/cnv020?ijkey=ZiDO26VV0vKrRIO&keytype=ref}{\textcolor{MidnightBlue}{\underline{\textbf{Network Installation Under Convex Costs}}}}}
      {Alexander Gutfraind, Jeremy Kun, Adam Lelkes, Lev Reyzin}
      {Journal of Complex Networks}
      {}
      {}

      \cventry{2015}
         {\href{http://www.fatml.org/papers/Fish_Kun_Lelkes.pdf}{\textcolor{MidnightBlue}{\underline{\textbf{Fair Boosting: a Case Study}}}}}
      {Benjamin Fish, Jeremy Kun, Adam Lelkes}
      {International Conference on Machine Learning Workshop on Fairness, Accountability, and Transparency in Machine Learning}
      {}
      {}

      \cventry{2015}
         {\href{http://jmlr.org/proceedings/papers/v40/Kun15.html}{\textcolor{MidnightBlue}{\underline{\textbf{Open Problem: Learning Quantum Circuits with Queries}}}}}
      {Jeremy Kun, Lev Reyzin}
      {Conference on Learning Theory}
      {}
      {}

      \cventry{2014}
         {\href{http://arxiv.org/abs/1401.3258}{\textcolor{MidnightBlue}{\underline{\textbf{A Boosting Approach to Learning Graph Representations}}}}}
      {Rajmonda Caceres, Kevin Carter, Jeremy Kun}
      {SIAM International Conference on Data Mining Workshop on Mining Networks and Graphs}
      {}
      {}

      \cventry{2014}
         {\href{http://arxiv.org/abs/1402.4376}{\textcolor{MidnightBlue}{\underline{\textbf{On Coloring Resilient Graphs}}}}}
      {Jeremy Kun, Lev Reyzin}
      {Mathematical Foundations of Computer Science}
      {}
      {}

      \cventry{2013}
         {\href{http://arxiv.org/abs/1308.3258}{\textcolor{MidnightBlue}{\underline{\textbf{Anti-Coordination Games and Stable Graph Colorings}}}}}
      {Jeremy Kun, Brian Powers, Lev Reyzin}
      {Syposium on Algorithmic Game Theory}
      {}
      {}


   \section{Preprints}
         \cventry{}
         {\href{http://arxiv.org/abs/1405.3210}{\textcolor{MidnightBlue}{\underline{\textbf{Locally Boosted Graph Aggregation for Community Detection}}}}}
      {}
      {Rajmonda Caceres, Kevin Carter, Jeremy Kun}
      {}
      {In review}


   \section{Awards}
         \cventry{2014}
         {Dean's Scholar Award}
      {To provide the most distinguished, advanced-level graduate students with a period of time dedicated solely to the completion of their programs}
      {Granted by University of Illinois at Chicago}
      {}
      {Monetary value of \$25,000}

      \cventry{2015}
         {Best Student Poster Award}
      {For the poster 'Information Monitoring in Routing Networks'}
      {Granted by SIAM Network Science 15}
      {}
      {Monetary value of \$100}

      \cventry{2011}
         {Charles J. Hanks Excellence in Mathematics Award}
      {Demonstrated excellence and outstanding ability}
      {Granted by California Polytechnic State University}
      {}
{}

      \cventry{2010}
         {Robert P. Balles Mathematics Award}
      {Highest GPA in mathematics coursework after three years}
      {Granted by California Polytechnic State University}
      {}
{}

      \cventry{2007}
         {Eagle Scout Award}
      {Troop 234 of Moraga, CA}
      {Granted by Boy Scouts of America}
      {}
{}


   \section{Work Experience}
         \cventry{2016 - present}
         {Backend Engineer}
      {21 Inc}
      {}
      {}
      {Built the Django backend for a task marketplace, including surveys, branching task pipelines, and automated reviews. Additional roles building an elasticsearch integration, doing ad hoc data science, maintaining an open-source bitcoin wallet (two1-python), and a mobile developer}

      \cventry{2013 - 2014}
         {Graduate Research Assistant}
      {MIT Lincoln Laboratory}
      {}
      {}
      {Research on graph representation learning, data mining on large networks. Proved theorems, designed algorithms, ran experiments, and wrote technical research papers}

      \cventry{2011 - 2013}
         {Graduate Teaching Assistant}
      {University of Illinois at Chicago}
      {}
      {}
      {Taught calculus and introductory computer science}

      \cventry{2008 - 2009}
         {Junior Developer}
      {CreateSpace On-Demand Publishing}
      {}
      {}
      {Designed and developed a new accounting gateway infrastructure for a growing tech start-up, including writing thousands of lines of Java and SQL. Completed a technical writing training program}


   \section{Contract Work}
         \cventry{2014 - 2015}
         {Technical Reviewer}
      {Doing Math with Python}
      {No Starch Press}
      {}
      {Publication date: 2015-05-25}

      \cventry{2012 - Present}
         {Webmaster}
      {\href{http://qed.wpcp.org/}{\textcolor{MidnightBlue}{\underline{\textbf{QED Math Symposium}}}}}
      {Chicago Public Schools}
      {}
{}


   \section{Professional Programs}
         \cventry{June 2014}
         {Network Science Week}
      {American Mathematical Society Mathematics Research Community}
      {}
      {}
      {Received mentoring, engaged in research to attack open problems, and developed new collaborations}

      \cventry{Summer 2013}
         {Ph.D Student Intern}
      {MIT Lincoln Labs}
      {}
      {}
      {Research on machine learning in large graphs}

      \cventry{Summer 2012}
         {Ph.D Student Intern}
      {Lawrence Livermore National Laboratory}
      {}
      {}
      {Data mining research in wind energy and plasma physics}

      \cventry{Summer 2009}
         {Software Developer Intern}
      {Amazon.com}
      {}
      {}
      {Worked on the message-passing framework in a million-line service-oriented C++ architecture which regulated inventory in all of Amazon's warehouses}


   \section{Programming}
         \cventry{Portfolio}
         {\href{https://github.com/j2kun/}{\textcolor{MidnightBlue}{\underline{\textbf{Github Repository}}}}}
      {}
{}
      {}
      {}

      \cventry{Top Language}
         {Python}
      {}
{}
      {}
      {}

      \cventry{Competent Languages}
         {Python, Java, C, C++, Haskell, Racket, HTML/CSS, Mathematica, Javascript/Node/ES6}
      {}
{}
      {}
      {}

      \cventry{Familiar Languages}
         {R, Perl, Bash, PHP, SQL}
      {}
{}
      {}
      {}


   \section{Service}
         \cventry{2015}
         {Reviewer}
      {ALT 2015}
      {Algorithmic Learning Theory}
      {}
{}

      \cventry{2014}
         {Publicity Co-Chair}
      {ISAIM 2014}
      {International Symposium on Artificial Intelligence and Mathematics}
      {}
{}

      \cventry{2015}
         {Organizer}
      {Graduate Student Colloquium}
      {University of Illinois at Chicago}
      {}
{}

      \cventry{2013 - Present}
         {Organizer}
      {Graduate Student Theoretical Computer Science Seminar}
      {University of Illinois at Chicago}
      {}
{}

      \cventry{2013}
         {Instructor}
      {Website Workshop}
      {Association for Women in Mathematics, University of Illinois at Chicago}
      {}
{}


   \section{Talks}
         \cventry{2015}
         {Resilience and new approaches to approximate graph coloring}
      {Theory Seminar, North Carolina State University}
      {Research talk}
      {}
{}

      \cventry{2015}
         {\href{https://www.youtube.com/watch?v=JH4DOjYX59Y}{\textcolor{MidnightBlue}{\underline{\textbf{What Can Algorithms Tell Us About Life, Love, and Happiness?}}}}}
      {Moraine Valley Community College STEM Talks}
      {General audience talk}
      {}
{}

      \cventry{2014}
         {On Resiliently Colorable Graphs}
      {Computer Science Seminar, University of Illinois at Chicago}
      {Research talk}
      {}
{}

      \cventry{2014}
         {Resilient Coloring and Other Combinatorial Problems}
      {Midwest Theory Day. Purdue University}
      {Research talk}
      {}
{}

      \cventry{2013}
         {Anti-Coordination Games and Stable Graph Colorings}
      {Computer Science Seminar, University of Illinois at Chicago}
      {Research talk}
      {}
{}

      \cventry{2015}
         {A Gentle Introduction to Learning Theory}
      {Graduate Student Colloquium, University of Illinois at Chicago}
      {Graduate student talk}
      {}
{}

      \cventry{2015}
         {Information Monitoring in Routing Networks}
      {Chicago Area SIAM Student Conference, Illinois Institute of Technology}
      {Graduate student talk}
      {}
{}

      \cventry{2014}
         {How to Combine Graphs}
      {Chicago Area SIAM Student Conference, Northwestern University}
      {Graduate student talk}
      {}
{}

      \cventry{2013}
         {Stable Graph Colorings, and Why You Should Care about NP}
      {Graduate Student Colloquium, University of Illinois at Chicago}
      {Graduate student talk}
      {}
{}

      \cventry{2013}
         {A Brief Overview of Persistent Homology and its Applications}
      {Chicago Area SIAM Student Conference, University of Illinois at Chicago}
      {Graduate student talk}
      {}
{}

      \cventry{2015}
         {Eigenfaces: using linear algebra to recognize faces}
      {Undergraduate Math Club, Wheaton College}
      {Undergraduate student talk}
      {}
{}

      \cventry{2015}
         {How to Send Secret Messages (RSA)}
      {'Math and Snacks,' University of Illinois at Chicago}
      {Undergraduate student talk}
      {}
{}

      \cventry{2014}
         {Hybrid Images and Fourier Analysis}
      {Undergraduate Math Club, University of Illinois at Chicago}
      {Undergraduate student talk}
      {}
{}

      \cventry{2014}
         {Elliptic Curves, Projective Geometry, and Python}
      {Stanford Pre-Collegiate Studies}
      {High school talk}
      {}
{}

      \cventry{2013}
         {Classic Nintendo Games are NP-Hard}
      {Undergraduate Math Club, University of Illinois at Chicago}
      {Undergraduate student talk}
      {}
{}

      \cventry{2012}
         {PageRank and the Billion-Dollar Eigenvector}
      {Undergraduate Math Club, University of Illinois at Chicago}
      {Undergraduate student talk}
      {}
{}

      \cventry{2011}
         {Eigenfaces: Linear Algebra for Facial Recognition}
      {Undergraduate Math Club, University of Illinois at Chicago}
      {Undergraduate student talk}
      {}
{}

      \cventry{2011 - Present}
         {Guest lectures to high school students}
      {Various locations}
      {High school talk}
      {}
{}


   \section{Posters}
         \cventry{2015}
         {Information Monitoring in Routing Networks}
      {}
      {SIAM Workshop on Network Science}
      {}
      {}


   \section{Teaching}
         \cventry{Calculus 1}
         {TA}
      {University of Illinois at Chicago}
      {Fall 2011, Fall 2013, Fall 2015}
      {}
      {Led a discussion session twice weekly}

      \cventry{Differential Equations}
         {TA}
      {University of Illinois at Chicago}
      {Spring 2016}
      {}
      {Led a discussion session once weekly}

      \cventry{Introduction to Mathematical Computer Science}
         {TA}
      {University of Illinois at Chicago}
      {Spring 2012, Fall 2012, Spring 2013}
      {}
      {Wrote a grading robot for all labs and projects}


   \section{Other}
         \cventry{Blog}
         {\href{http://jeremykun.com}{\textcolor{MidnightBlue}{\underline{\textbf{Math Intersect Programming}}}}}
      {}
      {In-depth presentation of technical topics with full implementations in code. As of February 2017: 236 published posts, 2000 word average post length, over 3.5 million page views since June 2011}
      {}
      {}



\end{document}
