coding_resume.tex

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\begin{document}

\begin{center}
{\LARGE \textbf{Roland Allen Sanford} }\\
{\Large Computational Scientist}\\
\end{center}
\begin{minipage}[t]{0.2\linewidth}   
\begin{flushright}
		\textbf{\textit{Contact Information}}\\
		2930 Gaines Basin Rd\\
		Albion, NY 14411\\
		\paragraph{}
		585.590.7489\\
		ras9841\at rit.edu\\
		\paragraph{}
		\textbf{\textit{Websites}}\\
		\hspace{.1cm}\vcenteredinclude{linkedin-icon} \hfill in/rasanford\\
		\vspace{.1cm}
		\hspace{.1cm}\vcenteredinclude{github-icon} \hfill /ras9841\\
		\paragraph{}
		\textbf{\textit{Language Ability}} \\
		\vspace{.25cm}
		\begin{tabular}{r | r r}
		\sqr{high}\sqr{high}\sqr{high}& &MATLAB \\
		\sqr{high}\sqr{high}\sqr{high}& &Python\\
		\sqr{high}\sqr{high}\sqr{high}& &Java \\
		\sqr{med}\sqr{med}& & C++ \\
		\sqr{med}\sqr{med}& & Julia \\
		\sqr{low}& & JavaScript\\
		\sqr{low}& & Bash\\
		\sqr{low}&\sqr{none}\sqr{none}& C \\
		\end{tabular}
		\paragraph{}
		\textbf{\textit{Additional Skills}}\\
		\vspace{.25cm}
		\begin{tabular}{r | r r}
			\sqr{high}\sqr{high}\sqr{high} & &Backpacking \\
			\sqr{high}\sqr{high}\sqr{high} & &Hiking\\
			\sqr{low} & & Broomball \\
			 & \sqr{bad} & Bowling \\
		\end{tabular}
\end{flushright}
\end{minipage}
\hspace{0.025\linewidth}
\begin{minipage}[t]{0.7\linewidth}
\rsection{Objective}\\
Leverage my 3+ years developing high-performance software, writing technical documentation, and collaborating with industry professionals into a Summer 2017 software engineering internship at \company. \vspace{.25cm} \\ 
\rsection{Education}\\
\textbf{Rochester Institute of Technology (RIT)}\hfill Graduation: May 2018 \\Rochester, NY 14623\hfill GPA: 3.47/4.00 \\
\textit{Masters of Science}: Applied and  Computational Mathematics\\
\textit{Bachelors of Science}: Double major in Physics and Computational Mathematics \vspace{.25cm}\\ 
\rsection{Employment}\\
\job{Cardiac Imaging Developer}{Rochester Institute of Technology}{Feb 2015}{Present}
\begin{itemize}
	\dash Created a MATLAB pipeline that constructs to-scale models of a patient's heart and torso, computes the electrical potentials on the heart's surface, and determines the qualitative location of the cardiac arrhythmia.
	\dash Conducted patient analysis in collaboration with electrophysiologists at Johns Hopkins Hospital resulting in the successful treatment rate of 92\%.  
	\dash Informing the design of a 120-electrode vest using a genetic algorithm. The fitness function is being optimized to improve signal quality from specified regions of the heart.  
\end{itemize}
\job{Contact Lenses Research Assistant}{Rochester Institute of Technology}{Jan 2015}{Present}
\begin{itemize}
	\dash Modeled the progression of a soft contact lens and a human eye towards equilibrium in a C++ simulation to inform the design of contact lenses.
	\dash Currently working to improve the simulation accuracy and develop a graphic interface to be used by engineers.
\end{itemize}
\job{Web Developer}{Alden Optical}{Aug 2015}{Jan 2016}
\begin{itemize}
	\dash Developed a responsive web application in JavaScript that visualizes the effects of changing contact lens design parameters to be used as a marketing tool.  
	\dash Utilized the D3 and jQuery libraries to display design changes in real-time.
\end{itemize} 
 \vspace{0cm} 
\rsection{Projects}\\
\job{Modeling Cancer Cells}{Rochester Institute of Technology}{Aug 2016}{Present}
\begin{itemize}
	\dash Built upon an existing Julia code base to allow the simulations of healthy and cancerous breast cells in a three-dimensional confinement. 
	\dash Currently working to increase the simulation throughput by increasing the numerical accuracy and refactoring the code into a parallelizable form.
\end{itemize}
\proj{Heating with Andriod}{UBHack}{Oct 2015} 
\begin{itemize} 
	\dash Constructed a heater out of black-painted aluminum cans and two computer fans controlled by an Andriod application.
	\dash Used a Bluetooth protocol to communicate between the Android device and an Arduino that controlled the fan speed. 
\end{itemize}
\end{minipage}
\end{document}