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begin{document}

begin{center}
{LARGE textbf{name}}

address  textbullet
  address
\
phone  textbullet
  email
end{center}



hrule
vspace{-0.4em}
subsection*{Experience}

begin{itemize}
    parskip=0.1em

    item
    headerrow
        {textbf{UCLA REU}}
        {textbf{Los Angeles, CA}}
    \
    headerrow
        {emph{Research Assistant }}
        {emph{Summer 2014}}
    begin{itemize*}
        item Research in Microscopy and Image processing.
        item Led team to meet the research project deadline and wrote research paper on results.
        item Wrote algorithms in Matlab to improve upon state-of-the-art image segmentation techniques.
        item Published in Vol. 11 no. 3 June 2017 regular issue in Inverse Problems and Imaging (IPI).
    end{itemize*}

    item
    headerrow
        {textbf{Business Statistics Tutor for Dr. Robertas Gabrys at USC}}
        {textbf{Los Angeles, CA}}
    \
    headerrow
        {emph{Statistics Tutor}}
        {emph{2011 - 2013}}
    begin{itemize*}
        item Tutor students in statistical methods for business analysis; data exploration and description; sampling distributions; estimation; hypothesis; hypothesis testing; simple and multiple regression; model building, and computer applications.
    end{itemize*}

    item
    headerrow
        {textbf{Probability Theory Research for Dr. Quentin Berger}}
        {textbf{Los Angeles, CA}}
    \
    headerrow
        {emph{Research Assistant}}
        {emph{2012 - 2013}}
    begin{itemize*}
        item Wrote a Matlab program that calculated the pore fluid pressure and its evolution over time within a time fault zone.
        item The program consists of a 2-dimensional section plane of the fault showing the contacts between the two plates modeled using percolation theory.
        item Two types of fluid pressure were considered: the pore fluid pressure and the surface fluid pressure.
    end{itemize*}

    item
    headerrow
    {textbf{UBS Private Wealth Management}}
    {textbf{Los Angeles, CA}}
    \
    headerrow
    {emph{Financial Analyst Intern}}
    {emph{2011 - 2012}}
    begin{itemize*}
        item Worked directly under partner, Dan Gallagher Group ($185$B), specializing in the financial needs of wealthy individuals.
        item Evaluated portfolio structures, and suggested changes that included positions in fixed income, alternative investments, derivatives, and equities.
        item Networked with investment managers, research analysts, and money managers to obtain perspectives on financial markets and individual securities.
    end{itemize*}
end{itemize}


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vspace{-0.4em}
subsection*{Education}

begin{itemize}
    parskip=0.1em

    item
    headerrow
        {textbf{Florida State University}}
        {textbf{Tallahassee, Florida}}
    \
    headerrow
        {emph{Department of Mathematics, Masters in Financial Mathematics                    textbf{GPA: 3.6}}}
        {emph{2015-2017}}
    begin{itemize*}
        item Passed Measure Theory and Computational Mathematics Qualifying Exam.
        item Relevant coursework: Scientific Computing, Financial Engineering 1 and 2, Computational Mathematics 1 and 2, and Machine Learning.
    end{itemize*}

        item
        headerrow
        {textbf{University of Southern California}}
        {textbf{Los Angeles, CA}}
        \
        headerrow
        {emph{Bachelors of Science in Business Administration, and Mathematical Finance}}
        {emph{2011 - 2013}}


end{itemize}


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subsection*{Core Technical Skills}

begin{indentsection}{parindent}
hyphenpenalty=1000
begin{description*}
    item[Languages:]
     CPP, LaTeX,R, SAS, Matlab,Python, Bloomberg Certified
end{description*}
end{indentsection}

end{document}