\documentclass[6pt,a4paper,sans,utf8,narrow]{moderncv}
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% Macro para calcular la edad
\usepackage{datenumber,fp}
\newcounter{nacimiento}
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\setmydatenumber{nacimiento}{1987}{07}{23}
\setmydatenumber{fecha}{\the\year}{\the\month}{\the\day}
\FPsub\edad{\thefecha}{\thenacimiento}
\FPdiv\edad{\edad}{365.2425}
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% Datos personales
\name{Felipe Nicolás}{Diniello}
\address{Eindhoven - Netherlands}
\email{felipediniello@pm.me}
\extrainfo{%
Phone No.: +31 6 2727 4135\\
%DNI: 33.187.131\\
Age: \edad{} y.o.}


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% Documento
\begin{document}
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\makecvtitle


\section{Current Job}
\subsection{Globant}
\cventry{2017 - 2022}{IoT Studio}{Buenos Aires, Argentina}{}{}{
	\textbf{Position:} IoT Edge Engineer (SME.)\\
	\textbf{Team size:} 4 SW and FW engineers \\
	\textbf{Duties:}  \\
 	Felipe excecuted as a Team Leader, and was in charge of the solution Architecture and definition of the whole flow of the process and different build Stages of a Linux based distribution for a device. As part of the automation process he took in charge the individual Firmware images build process and replaced the Eclipe environment dependencies and migrated onto a containerized cross toolchain able to integrate with Jenkins.
	\textit{Used tools:}
	\begin{itemize}
%		\item Azure IoT: Hub, Edge and Provisioning Service
		\item Git, GitHub and Gitflow
%		\item FreeRTOS
		\item Jenkins for CI/CD
		\item Docker
    		\item Microcontrollers and SoC (ARM and Blackfin)
		\item Embedded Linux OS (Yocto and Buildroot)
%    		\item Wireless Communications: ZigBee, BLE, RFID.
%    		\item Communication protocols: MQTT, REST APIs or TCP/IP
		\item C/C++, Makefile, CMake and crosscompiling.
	\end{itemize}
}

\section{Technical Skills}
\cventry{}{Programing}{}{}{}{
	\begin{itemize}
		\item Advanced knowledge on \textbf{C/C++}. OOP, Templates y Design Pattern implementation. 
		\item Intermediate knowledge on \textbf{Rust} programming language.
%		\item Experience with following C/C++ libraries:
%		\begin{itemize}
%			\item \textbf{Qt 5.4} for basic GUI and data plotting.
%			\item \textbf{OpenCV} for Image processing or matrix operations. 
%		\end{itemize}
		\item Experience with \textbf{VHDL} for \textbf{FPGAs}
		\item Experience with Crosscompilations and build systems such as \textbf{Make} and \textbf{GCC toolchain}
		\item Experience with \textbf{Matlab} for:
		\begin{itemize}
			\item Systems Simulations and Control Systems
			\item HIL Systems Simulations (Hardware In the Loop)
		\end{itemize}
		\item UNIX shell and BASH tools for scripting (sed, awk, grep, etc).
	\end{itemize}
}

\cventry{}{CAD Tools}{}{}{}{
	\begin{itemize}
		\item Experience with PCB design tools: \textbf{Altium} and \textbf{KiCAD}
		\item Advanced experience with parametric 3D CAD \textbf{FreeCAD}
		\item Experience with 3D printing: \textbf{Cura}.
	\end{itemize}
}

\section{Qualifications}
	\cventry{2019}{Electronic Engineer}{Universidad Tecnológica Nacional - FRBA}{Buenos Aires}{}{}
\subsection{Languages}
	\cventry{}{Spanish}{native}{}{}{}
	\cventry{}{English}{advanced}{}{}{}
	\cventry{}{French}{basic}{}{}{}

\newpage
\section{Prior Experience}
\subsection{CITEDEF, Defense Department}
\cventry{2016 - March 2017}{Scholarship}{Digital Technics Lab.}{Applied Electronics Department}{Villa Martelli - Buenos Aires}{
	\textbf{Project:} Argentinian Air Target - Ground Segment \\
	\textbf{Objectives:} Develop a low cost resynchronization platform for telemetric payloads coming from an Unmanned Aerial Vehicle.\\
	\textbf{Keywords:} FPGA, VHDL, DSP, HIL, Simulation.\\
}

\subsection{Facultad Regional Buenos Aires - Tenaris}
\cventry{2014 - 2018}{Intern}{Science, Technology and Production Secretary}{UTN-FRBA}{}{
\textbf{Project:} Field-Joint-Coating \\
\textbf{Objectives:} Develop an electronic system capable of heating large copper weaves with a temperature profile to weld plastic surfaces. \\
\textbf{Keywords:} PID Controller, Power Electronics, DSP, Electronic Front End.
}

\subsection{CITEDEF, Defense Department}
\cventry{2011 - 2013}{Intern}{Pyrotechnics Lab.}{Applied Chemistry Department}{}{
\textbf{Project:} TINoC (Tornillo Iniciador Normalizado Codificado) [Translates to: Normalized Codified Fire-Started]\\
\textbf{Objectives:} Develop a safe communication protocol for a microcontroller to trigger the initiazion sequence for solid-fuel rockets only after the correct code is entered.\\
\textbf{Keywords:} ARM, C, Crosscompilation, Linux	
}

\section{College Activity}
\subsection{Teaching}
\cventry{2017 - 2019}{Auxiliary}{Control Systems}{Facultad Regional Buenos Aires - UTN}{}{
\textbf{Head professor:} Sp. Emilio Ciccolella \\
\textbf{Subjects:} Systems modeling, Controllers design, Modern Control.
}
\cventry{2014 - 2018}{Auxiliary}{Programming I}{Facultad Regional Buenos Aires - UTN}{}{
\textbf{Head professor:} Eng. Mariana Prieto Canalejo \\
\textbf{Subjects:} C programming language under GNU/Linux environments.
}

\subsection{Awards and Special Mentions}
\cventry{2010}{Projects Fair}{UTN-FRBA}{}{}{
\textbf{Project:} Three Axis CNC Controller\\
\textbf{Category:} Assignments \\
\textbf{Award:} Third Place\\
}
\cventry{2017}{Innovar Fair}{Ministry for Science and Technology}{}{}{
\textbf{Project:} Autonomous Navigation Platform \\	
\textbf{Category:} Innovative Product and Design\\
}

\end{document}
