update with short sections

listOfExperiences.tex

@@ -1,5 +1,5 @@
 
-\textbf{{Sandia National Laboratories $\>$$\>$$\>$  Principal Member of Technical Staff $\>$$\>$$\>$July 2024 - present}} 
+\textbf{{Sandia National Laboratories $\>$$\>$$\>$  Principal Member of Technical Staff $\>$$\>$$\>$Jul 2024 - present}} 
 \begin{itemize}
 
 	\item Owner of Kokkos Software Ecosystem's Kokkos Tools (now part of the Linux Foundation) which provides profiling and debugging capabilities for Kokkos programs (for performance portable parallel programs) as well as sophisticated auto-tuning and performance analysis capabilities.
@@ -14,7 +14,8 @@
 \title{Senior Member of Technical Staff}
 \employer{Sandia National Laboratories}
 
-\textbf{{Sandia National Laboratories $\>$$\>$$\>$ Senior Member of Technical Staff $\>$$\>$$\>$August 2022 - July 2024}} 
+\textbf{{Sandia National Laboratories $\>$$\>$$\>$ Senior Member of Technical Staff $\>$$\>$$\>$Aug 2022 - Jul 2024}} 
+
 
 \begin{itemize}
 \item Developing and testing features in the US DoE's LLVM's OpenMP implementation. 
@@ -29,7 +30,7 @@
 \location{Upton, New York, USA}
 \title{Computational Scientist} 
 \employer{Brookhaven National Laboratory} 
-\textbf{{Brookhaven National Laboratory $\>$$\>$$\>$$\>$Computational Scientist$\>$$\>$$\>$$\>$May 2019 - August 2022}}
+\textbf{{Brookhaven National Laboratory $\>$$\>$$\>$$\>$Computational Scientist$\>$$\>$$\>$$\>$May 2019 - Aug 2022}}
 \begin{itemize}
    \item Contributed to developing an LLVM OpenMP implementation, specifically the OpenMP implementation's compiler and its runtime, targetted for Department of Energy's upcoming Exascale Supercomputer platforms. 
    \item Designed and implemented OpenMP task-to-multiGPU scheduling strategies to improve within-node load balancing of applications running on supercomputers having multiple GPUs per node.
@@ -45,7 +46,7 @@
 \location{Champaign, Illinois, USA}
 \title{Software Developer}
 \employer{Charmworks, Inc.}
-\textbf{Charmworks, Inc. $\>$$\>$$\>$$\>$Software Developer$\>$$\>$$\>$$\>$June 2018 - April 2019}
+\textbf{Charmworks, Inc. $\>$$\>$$\>$$\>$Software Developer$\>$$\>$$\>$$\>$Jun 2018 - Apr 2019}
 %\begin{position}
 \vspace{0.0in}
 \begin{itemize}
@@ -61,7 +62,7 @@
 \end{itemize}
 %\end{position}
 
-\textbf{University of Southern California / ISI $\>$$\>$$\>$$\>$Computer Scientist$\>$$\>$$\>$$\>$December 2016 - June 2018}
+\textbf{University of Southern California / ISI $\>$$\>$$\>$$\>$Computer Scientist$\>$$\>$$\>$$\>$Dec 2016 - Jun 2018}
 \vspace*{-0.0in} 
 \begin{itemize}
 \item Worked with postdoc from LLNL on a proposal to study

resume-1pager.tex

@@ -47,25 +47,20 @@ \section{Experience}
 \vspace{0.2in} 
 \input{listOfExperiencesShort} 
 
-%\section{Research Overview} 
-%I have worked on low-overhead dynamic scheduling strategies for
-%performance tuning MPI+OpenMP codes on multi-core processors. The
-%techniques have been applied to dense matrix factorization codes,
-%specifically Communication-avoiding LU and Communication-avoiding
-%QR. I have applied the strategies to regular mesh computations and
-%Lattice-Boltzmann simulations, and most recently, n-body
-%simulations. The scheduling strategies developed can be beneficial to
-%mitigate the amplification problem, a problem shown to cause serious
-%performance bottlenecks for bulk-synchronous and loosely synchronous
-%MPI applications running on next-generation supercomputers or a
-%cloud-based infrastructure.
-
-\section{Highlights of Publications}
+\section{Publications}
 \vspace{0.1in}
 \input{listOfPubsHighlights}
 
+\section{Projects}
+\vspace{0.1in}
+\input{listOfProjectsShort}
+
 % \section{Products Developed} 
 
+\section{Skills} 
+\vspace{0.1in}
+\input{listofSkillsShort} 
+
 %\section{Membership in Societies}
 %\vspace*{-0.01in}
 %\input{listOfSocieties}