From 3ea2428ecdafeeb155effa1cc81d7d990ee78d9d Mon Sep 17 00:00:00 2001
From: Connor <connor@richardconnorjohnstone.com>
Date: Fri, 12 Jul 2019 19:37:21 -0600
Subject: [PATCH] Fleshed out current job some more

---
 main.tex | 33 +++++++++++++++++++--------------
 1 file changed, 19 insertions(+), 14 deletions(-)

diff --git a/main.tex b/main.tex
index 965522e..c42620f 100644
--- a/main.tex
+++ b/main.tex
@@ -508,10 +508,10 @@
   % Experience %
   %%%%%%%%%%%%%%
   
-  \node[below=0.6cm of item 3.south west,sectionTitle] (title 2)
+  \node[below=0.2cm of item 3.south west,sectionTitle] (title 2)
   {\cvSection{Recent Experience}};
   \node[left=\cvTimeDotSep of title 2,headerIcon] {\faBriefcase};
-  \node[below=0.6cm of item 3.south west,sectionTitle] (title 2 dummy) {\phantom{\cvSection{Education}}};
+  \node[below=0.2cm of item 3.south west,sectionTitle] (title 2 dummy) {\phantom{\cvSection{Education}}};
   \begin{scope}[on background layer]
     \draw[line width=2pt,cvColor] 
       let \p1=(title 2 dummy.south west), 
@@ -533,15 +533,20 @@
       {Palski And Associates}%
       {Colorado Springs, CO}%
       {Summer 2019}%
-      {Organized an effort to automate telescope observations to perform
-      satellite orbit state determination using purely visual information.
+      {Organized an effort to develop and build a package to automate telescope
+      observations to perform satellite orbit state determination using purely 
+      visual information in C++ utilizing many common libraries and frameworks 
+      (Eigen, OpenCV, Boost,etc.). \\
       Developed a program to determine range, azimuth, and elevation information
       from the observations and solve for state elements using Gooding's
-      approach to Lambert's problem.\\
-      Also developed flight-ready software for a variety of proximity/rendesvous
-      operations for a secondary observational cubesat during critical missions,
-      leveraging feature detection and recognition in point cloud, LIDAR, and
-      RGB image data.}};
+      approach to Lambert's problem, applying that software to a batch estimator
+      to accumulate and improve results.\\
+      Also developed flight-ready software in C++ for a variety of 
+      proximity/rendesvous operations for a secondary observational cubesat 
+      during critical missions,leveraging feature detection and recognition in 
+      point cloud, LIDAR, and RGB image data, as well as a handful of
+      convenience scripts written in Python. Learned about common development
+      workflows involving Agile methodology, git, Amazon Web Services, etc.}};
   \node[
     left=\cvTimeDotSep of item 1 header,
     timedot] 
@@ -609,10 +614,10 @@
   %  Research  %
   %%%%%%%%%%%%%%
   
-  \node[below=0.6cm of item 3.south west,sectionTitle] (title 3)
+  \node[below=0.2cm of item 3.south west,sectionTitle] (title 3)
   {\cvSection{Research}};
   \node[left=\cvTimeDotSep of title 3,headerIcon] {\faFlask};
-  \node[below=0.6cm of item 3.south west,sectionTitle] (title 3 dummy) 
+  \node[below=0.2cm of item 3.south west,sectionTitle] (title 3 dummy) 
   {\phantom{\cvSection{Research}}};
   \begin{scope}[on background layer]
     \draw[line width=2pt,cvColor] 
@@ -680,10 +685,10 @@
   % Skills %
   %%%%%%%%%%
   
-  \node[below=0.6cm of item 2.south west,sectionTitle] (title 4) 
+  \node[below=0.2cm of item 2.south west,sectionTitle] (title 4) 
   {\cvSection{Honors, Certifications, Licenses}};
   \node[left=\cvTimeDotSep of title 4,headerIcon] {\faStar};
-  \node[below=0.6cm of item 2.south west,sectionTitle] (title 4 dummy) 
+  \node[below=0.2cm of item 2.south west,sectionTitle] (title 4 dummy) 
   {\phantom{\cvSection{Research}}};
   \begin{scope}[on background layer]
     \draw[line width=2pt,cvColor] 
@@ -693,7 +698,7 @@
   \end{scope}
   
 \matrix[matrix of nodes,
-        below=0.6cm of title 4.south west,
+        below=0.2cm of title 4.south west,
         anchor=north west,
         column sep=6pt,
         row sep=6pt,