connor/resume
Public Access
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

Fleshed out current job some more

Browse Source
This commit is contained in:
Connor
2019-07-12 19:37:21 -06:00
parent c4eee2e2c5
commit 3ea2428ecd
1 changed files with 19 additions and 14 deletions
Download Patch File Download Diff File Expand all files Collapse all files

33
main.tex
View File

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