Finished for now I think
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@@ -120,13 +120,13 @@
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\noindent\fbox{%
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\begin{minipage}[t][9in]{2.35in}
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\vspace{5pt}
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\href{mailto:c@rcjohnstone.com}{\faEnvelope \hspace{10pt} c@rcjohnstone.com}
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\hspace{1.25pt}\href{mailto:c@rcjohnstone.com}{\faEnvelope \hspace{10pt} c@rcjohnstone.com}
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\href{https://rcjohnstone.com}{\faWifi \hspace{10pt} rcjohnstone.com}
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\href{https://rcjohnstone.com}{\faWifi \hspace{9.25pt} rcjohnstone.com}
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\href{https://gitlab.rcjohnstone.com}{\faGitlab \hspace{10pt} gitlab.rcjohnstone.com}
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\hspace{1.25pt}\href{https://gitlab.rcjohnstone.com}{\faGitlab \hspace{10pt} gitlab.rcjohnstone.com}
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\href{https://www.linkedin.com/in/rconnorjohnstone/}{\faLinkedin \hspace{10pt} rconnorjohnstone}
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\hspace{1.5pt}\href{https://www.linkedin.com/in/rconnorjohnstone/}{\faLinkedin \hspace{10pt} rconnorjohnstone}
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\vspace{10pt}
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@@ -147,10 +147,10 @@
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Matlab \fullstar\fullstar\emptystar\emptystar \\
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CSS \fullstar\fullstar\emptystar\emptystar \\
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Haskell \fullstar\fullstar\emptystar\emptystar \\
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Bash \fullstar\fullstar\emptystar\emptystar
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Bash \fullstar\fullstar\emptystar\emptystar \\
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FORTRAN \fullstar\fullstar\emptystar\emptystar
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\end{flushright}
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\end{multicols}
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\vspace{-5pt}
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\ruleline{Languages}
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\vspace{-25pt}
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@@ -161,7 +161,6 @@
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Italian (B2)
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\end{center}
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\end{multicols}
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\vspace{-5pt}
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\ruleline{Technologies}
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\vspace{-25pt}
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@@ -175,18 +174,6 @@
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Kubernetes \fullstar\fullstar\emptystar\emptystar
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\end{flushright}
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\end{multicols}
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\vspace{-5pt}
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\ruleline{Guidance Software}
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\vspace{-25pt}
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\begin{multicols}{2}
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\begin{center}
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\footnotesize
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GMAT \\
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STK
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\end{center}
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\end{multicols}
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\vspace{-5pt}
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\ruleline{Other}
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\vspace{-25pt}
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@@ -195,11 +182,12 @@
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\footnotesize
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Git \\
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Vim \\
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GNU/Linux \\
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CI/CD \\
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Microsoft Office365 \\
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Agile
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\end{center}
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\end{multicols}
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\vspace{-5pt}
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\ruleline{Skills}
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@@ -248,7 +236,73 @@
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\hspace{-5pt}
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% MAIN CONTENT ---------------------------------------------------------------
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\noindent\fbox{%
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\begin{minipage}[t][9in]{\dimexpr\textwidth-2\fboxsep-2.35in\relax}
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Test text
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\begin{minipage}[t][9in]{\dimexpr\textwidth-4\fboxsep-2.35in\relax}
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\vspace{-10pt}
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\subsection*{\textbf{Education}}
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\vspace{-18pt}
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\hrulefill \\
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Master's of Science -- \textbf{Aerospace Engineering} -- University of Colorado at Boulder \\
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\textit{Focus Area: Astrodynamics} \\
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\vspace{-5pt}
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Bachelor's of Science -- \textbf{Mechanical Engineering} -- University of Kentucky \\
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Bachelor's of Science -- \textbf{Physics} -- University of Kentucky \\
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\textit{Magna Cum Laude, Patterson Scholar, Math Minor} \\
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\vspace{-20pt}
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\subsection*{\textbf{Experience}}
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\vspace{-18pt}
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\hrulefill \\
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\textbf{Orion Space Solutions} -- Aerospace Software Engineer -- \textit{Louisville, CO} \\
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Developed astrodynamics software and satellite control algorithms for multiple cube-sat projects
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in LEO and VLEO (under 300km altitude). Also developed and debugged attitude and determination
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software code for use in the validation of on-orbit ADCS systems.
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Architected, led and contributed to numerous space-weather models of the thermosphere and
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ionosphere. During this effort, I led the push to operationalize scientific code in Fortran and
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IDL into a modern RESTful architecture of containerized micro-services, often beginning by
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breaking down complicated scientific models into requisite components and leading a team to
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develop the core components in modern Rust and Python-based API containers.
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\vspace{5pt}
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\textbf{Maxar Space Infrastructure} -- Satellite Flight Software Engineer -- \textit{Westminster, CO} \\
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Developed several embedded algorithms onboard the RTOS flight software for the OSAM-1 satellite
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re-fueling mission, including mission-critical Fault Detection and Recovery algorithms, as well
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as operational solar array code. During this time, I also led a large push for the modernization
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of Maxar SI's software development life cycle, including the inclusion of modern VCS and CI/CD
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best practices.
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\vspace{5pt}
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\textbf{Palski and Associates} -- Associate Systems Engineer -- \textit{Colorado Springs, CO} \\
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Maintained and improved both front and back end of a web application, written in Angular and
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deployed through AWS, that provides satellite commanding simulations for the US Air Force in
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conjunction with an educational training program designed to train upcoming satellite operators.
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Also spent several months working on a development initiative to leverage hardware and
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computer-vision tools to create a realistic laboratory simulation of common rendesvous and
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proximity satellite operations using a 1/32 scale model of an operational satellite as well as
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several months developing the tools to perform satellite observations and orbit determination
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using imagery generated from our in-house telescope.
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\subsection*{\textbf{Research}}
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\vspace{-18pt}
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\hrulefill \\
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\textbf{University of Kentucky} -- Active/Passive Magnetic Shielding -- \textit{Lexington, KY} \\
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Spent two years working on a project that utilized the passive magnetic field shielding
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capabilities of µ-metal material and combined it with an active shielding concept utilizing a
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Helmholtz-coil design.
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\vspace{5pt}
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\textbf{University of Kentucky} -- IEC Plasma Generation -- \textit{Lexington, KY} \\
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As a Senior Capstone design project I led a team of Mechanical Engineering students to create an
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inertial-electrostatically confined plasma generated in a vaccuum environment using a Paaschen
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discharge event. Demonstrated applications in high voltage circuitry design and spectrographic
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analysis of plasma in a spacecraft propulsion capacity
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\end{minipage}}
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\end{document}
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