The nuvita.cls LaTeX document class is not based on any
of the standard (article, book, report) LaTeX document classes.
Instead, it is an entirely new (and rather simple) document class on
its own. It uses five basic environments to define the sections of
the curriculum vitae:
\begin{psection}{Section Name}...\end{psection}
\begin{tsection}{Section Name}...\end{tsection}
\begin{isection}{Section Name}...\end{isection}
\begin{esection}{Section Name}...\end{esection}
\begin{dsection}{Section Name}...\end{dsection}
\begin{education}...\end{education}
\begin{employment}...\end{employment}
\begin{publications}...\end{publications}
The personal information is entered in the preamble of the document
and printed with a \makepreamble command.
A typical curriculum vitae looks like this:
\documentclass[12pt]{nuvita} % Options: 10pt, 11pt, 12pt
\name{John Doe}
\info{Born January 1, 1950\\
married, four children}
% Professional address
\profaddress{Department of Mathematics\\
Northwestern University\\
Evanston, IL 60208\\
(847) 491-8020}
% Home address
\homeaddress{1000 Street Ave\\
Citytown, IL 12345-6789\\
(847) 491-0000}
\begin{document}
% The information entered in the preamble is printed at this point.
\makepreamble
\begin{education}
1970 & BS & Alcorcon College\\
1975 & PhD & Vallecas State University
\end{education}
\begin{employment}
\item[1975--1978] Lecturer, Castellana College.
\item[1978--1980] Assistant Professor, State University of Villaconejos.
\item[1980--1985] Associate Professor, University of Carabanchel Bajo
at Vallecas.
\item[1985--pres.] Full Professor, Northwestern University.
\end{employment}
% Courses taught
\begin{taught}
\tabularitem[1985]{B14-2 & Calculus \\
B17-0 & Sequences and Series, Linear Algebra \\
C37-2 & Introduction to Modern Algebra}
\tabularitem[1986]{B14-2 & Calculus \\
B17-0 & Sequences and Series, Linear Algebra \\
C37-2 & Introduction to Modern Algebra}
\tabularitem[1987]{B14-2 & Calculus \\
B17-0 & Sequences and Series, Linear Algebra \\
C37-2 & Introduction to Modern Algebra}
\tabularitem[1988]{B14-2 & Calculus \\
B17-0 & Sequences and Series, Linear Algebra \\
C37-2 & Introduction to Modern Algebra}
\end{taught}
\begin{publications}
\item Cardinality of the smallest ordinal whose existence implies the
inconsistency of Set Theory, \emph{Large Cardinals Magazine}.
\item An infinite counterexample to Fermat's Last Theorem,
\emph{Journal of Non-Standard Computational Analytic Number Theory}.
\item A discrete information-based model of computation over the
integers, \emph{Journal of Modern Computation Theory}.
\end{publications}
\end{document}
The final result looks like this: