I made a new class for CVs/resumes that gives a clean, consistent look and is easy to use.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % I wanted a more consistent way of creating CVs/resumes, % so I made a few environments for adding content. % There's , , and . % They take certain arguments, such as start and end dates, % which are automatically placed into position on the % document. Use a separate instance of each for each item % on your CV. % Publications are rendered with \fullcite, which pulls % bibtex items from references.bib. % % Published by Hannah W Richards % Creative Commons CC BY 4.0 License % Originally published September 2019 % Revised March 2020 % Revised November 2020 % % hannah.willow.richards@gmail.com % Please use this template as you wish, and feel free to % send me an email if you were able to put it to good use! % I always like to hear from people. If you modify and % republish the template, please attribute me. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \documentclass \usepackage[top=0.75in, left=1.0in, right=1.0in, bottom=1.25in] \usepackage % You can place bibtex citatinos for your publications in the references.bib file, which is called here. You can download bibtex citations for your publications so that you don't have to type all the information in for each one. \addbibresource \begin \begin % \textit\\ \textit\\ <\Large \textbf\par> Pronouns: she or they\\ email@email.com\\ (123) 456-7890 \end \vspace \rule \vspace % The education environment is used like: % % \begin % % Extra details of degree. % % \end \textbf\\ \begin Summa cum laude\\ Minors in Linguistics and Mathematics\\ \end \vspace % The research_exp environment is used like: % % \begin % % Description of research. % % \end \textbf\\ \begin \begin \item I trained convolutional neural networks (CNNs) for recognizing neutrinoless double beta decay signals against background events. I found that they had higher accuracy than conventional methods, such as binary decision trees, in my preliminary results. \item I administered two Linux GPU computing servers. My duties included managing user accounts, data, hardware, and software on these systems. \item I worked on statistically interpreting an event-by-event classifier (e.g., a CNN) to calculate the sensitivity of the method and confidence intervals. \item I gained experience working with photomultiplier tubes and digitizers for a muon detection project. \end \end \begin \begin \item I searched for candidates for neutrino detector materials based on their charged--current interaction energy thresholds. \item I found two isotopes, $^$Ta and $^$Gd, that have desirable properties. I ran preliminary calculations for interaction cross sections and event rates, greenlighting further study. \end \end \begin \begin \item Using double and triple coincidence counting, I measured the frequency at which $^$Cf spontaneously fissions into certain isotopes. I performed these measurements for two separate element pairs: tellurium--palladium and strontium--neodymium. \item I tabulated my results into yields matrices, finding that the most common number of neutrons evaporated during these decays was 3 or 4, with immeasurably small yields above 5 neutrons. This is evidence that a previously studied case, that of barium--molybdenum, is unique since it has an unusually high probability of evaporating between 7 and 10 neutrons. \end \end \vspace % The employment environment is used like: % % \begin % % Description of employment. % % \end \textbf\\ \begin I worked as an undergraduate teaching assistant in introductory physics courses from the spring of my freshman year until my senior year. I assisted with labs, proctored exams, and presented extra credit problems for the classes. \end \vspace % Pull in your citations from references.bib, referring to them by their catchy names. \begin<> \textbf \begin \item \fullcite \item \fullcite \end \vspace \textbf\\ \begin \item \fullcite \item \fullcite \item \fullcite \item \fullcite \end \vspace \textbf\\ \textit\\ PMTs, digitizers, breadboarding\\ \vspace \textit\\ TensorFlow/Keras, Linux shell, Python, \LaTeX, C/C++, ROOT, Fortran\\ Winner of UA's Large Hadron Collider Machine Learning Hackathon (2019) \vspace \textbf \begin \item Goldwater Scholarship (2019) \item Outstanding First Year Physics Student (2017) \item Computer--Based Honors Program Fellowship (2016) \item University of Alabama Presidential Scholarship (2016) \end \end \end
