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Added more links and updated some links.

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@ -139,7 +139,7 @@ Some code can be found on my profile website at \href{https://www.othoulrich.com
{
\textit{Cloudy} - Plasma photoionization simulations developed at the University of Kentucky.\\
\textit{LAMMPS} - Open source software for molecular dynamics simulations.\\
\textit{psdlag} - Fourier analysis using a max-likelihood optimization to overcome gappy data.\\
\textit{clag} - Fourier analysis using a max-likelihood optimization to overcome gappy data.\\
}
\vspace{\parskip}
\end{minipage}
@ -181,7 +181,7 @@ Notable computing clusters used throughout my projects.
\noindent\begin{minipage}{\textwidth}
\job
{Present -}{2021}
{Signal Advisors}
{\href{https://www.signaladvisors.com/}{Signal Advisors}}
{}
{Site Reliability Engineer}
{
@ -336,11 +336,12 @@ Notable computing clusters used throughout my projects.
\item{Using \href{https://othoulrich.com/science/clag_analysis-origbins-3471A.html}{Jupyter (python)} and frequency-domain techniques developed in C++, \href{https://clas.wayne.edu/physics/reu_reports/ulrich.pdf}{characterized the reverberation of NGC 5548 emissions} by the power spectral densities in the optical and UV lightcurves and their \href{https://othoulrich.com/science/final.pdf}{frequency-dependent time lags.}}
\item{Solved the problem of gappy data in the lightcurves by using a statistical frequency-domain approach developed by Dr. Abdu Zoghbi, University of Michigan, provided as the \textit{psdlag} code. Wrote MPI routines to run these analyses in parallel on our computing cluster, saving hours of time per dataset.}
\item{Solved the problem of gappy data in the lightcurves by using a statistical frequency-domain approach developed by Dr. Abdu Zoghbi, University of Michigan, provided as the \textit{clag} code. Wrote MPI routines to run these analyses in parallel on our computing cluster, saving hours of time per dataset.}
\item{Recovered the transfer functions for each set of wavelengths by optimizing test functions in the frequency domain across all datasets, then compared against current accretion disk model predictions.}
\item{Work credited on paper \href{https://iopscience.iop.org/article/10.3847/1538-4357/ac3913}{Frequency-resolved Lags in UV/Optical Continuum Reverberation Mapping} wherein we demonstrate the strength of our method and the need for additional spectral reverberation components in standard models.}
\end{itemize-noindent}
}
@ -378,7 +379,7 @@ Notable computing clusters used throughout my projects.
\item{Designed molecular dynamics simulations using \textit{LAMMPS}, and the Carbon-Carbon screened environment-dependent reactive empirical bond order potential function devised by the Materials Simulation Laboratory, to \href{https://meetings.aps.org/Meeting/MAR15/Session/D4.9}{test the mechanical properties, i.e. tensile strengths and stress-strain curves, of misoriented graphene bicrystals.}}
\item{Automated \href{https://code.adamo.app/otho/lammps-graphene/src/branch/master/scripts/populate_units_from_bicrystal_samples.sh}{bicrystal generation}, molecular dynamics tests, and statistical analyses, and ran them across our two available computing clusters to reduce the need for human input to once per day.}
\item{Automated \href{https://code.othoulrich.com/science/lammps-graphene/src/branch/master/scripts/populate_units_from_bicrystal_samples.sh}{bicrystal generation}, molecular dynamics tests, and statistical analyses, and ran them across our two available computing clusters to reduce the need for human input to once per day.}
\end{itemize-noindent}
}
@ -461,7 +462,7 @@ Notable computing clusters used throughout my projects.
\item{\textbf{O. Ulrich}, ``Quantifying the Diffuse Continuum Contribution of BLR Clouds to AGN Continuum Inter-band Delays,'' Astrophysics Seminar Series, Dept. of Physics \& Astronomy, University of Kentucky, August 30, 2018.}
\item{\textbf{O. Ulrich}, ``Emission Line Equivalent Widths for AGN Modeling,'' Walking the Line, Arizona State University, Spring 2018.}
\item{\textbf{O. Ulrich}, \href{https://ui.adsabs.harvard.edu/abs/2018wtl..confE...9U/abstract}{``Emission Line Equivalent Widths for AGN Modeling,''} Walking the Line, Arizona State University, Spring 2018.}
\item{M. Goad, D. Lawther, K. Korista, \textbf{O. Ulrich}, M. Vestergaard, ``Quantifying the diffuse continuum contribution from BLR gas: a modeling approach,'' Atlanta meeting of the Space Telescope Optical Reveberation Mapping (STORM) group, Fall 2017.}
@ -507,7 +508,7 @@ Notable computing clusters used throughout my projects.
\item{Practiced creating dynamic pipelines to automate system, application, network, and development operations, with an emphasis on saving time and adding efficiency to the decision-making process.}
\item{\href{https://code.othoulrich.com/explore}{Significant programming experience}, with strength in many languages and libraries, and emphases on the \href{https://othoulrich.com/examples/backup.sh}{automation of system tasks}, modeling, and on \href{https://code.othoulrich.com/otho/adamocomp/-/blob/master/broker.sh}{scripting} to \href{https://code.othoulrich.com/science/lammps-graphene/src/branch/master/scripts/bicrystal/stage3.sh}{analyze} and justify \href{https://code.othoulrich.com/science/cloudy-agn/src/branch/master/src/create_fort_files.cpp}{large and inconsistent datasets}.}
\item{\href{https://code.othoulrich.com/explore}{Significant programming experience}, with strength in many languages and libraries, and emphases on the \href{https://othoulrich.com/examples/backup.sh}{automation of system tasks}, modeling, and on \href{https://code.othoulrich.com/Otho/adamocomp/src/branch/master/broker.sh}{scripting} to \href{https://code.othoulrich.com/science/lammps-graphene/src/branch/master/scripts/bicrystal/stage3.sh}{analyze} and justify \href{https://code.othoulrich.com/science/cloudy-agn/src/branch/master/src/create_fort_files.cpp}{large and inconsistent datasets}.}
\item{Ability to automate provisioning systems for cloud and other virtual environments, e.g. VMWare-hosted systems and the Google Cloud Platform.}
@ -529,11 +530,11 @@ Notable computing clusters used throughout my projects.
\item{Practical and theoretical experience with electronics.}
\item{Working knowledge of physics codes and \href{https://code.othoulrich.com/science/clag-agn/src/branch/master/scripts/tophat_fft.pl}{signal analysis codes}, especially \textit{Cloudy}, \textit{LAMMPS}, and \textit{psdlag}.}
\item{Working knowledge of physics codes and \href{https://code.othoulrich.com/science/clag-agn/src/branch/master/scripts/tophat_fft.pl}{signal analysis codes}, especially \textit{Cloudy}, \textit{LAMMPS}, and \textit{clag}.}
\item{Practiced with many document-preparation paradigms including \href{https://code.othoulrich.com/Otho/cv/src/branch/master/document.tex}{LaTeX}, Libre Office, Google Docs, Microsoft Office, with familiarity of \href{https://othoulrich.com/science/utf8report.txt}{Unicode}, markup, and markdown.}
\item{Developed public speaking presence with practice including 8 years of training, classroom, lecture hall experience, and invited talks.}
\item{Developed public speaking presence with practice including over a decade of training, classroom, and presentation experience.}
\end{itemize-noindent}
\vspace{\parskip}