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\begin{document}{\sc \Large Curriculum Vitae -- Tibault Reveyrand}
\begin{resume}
% === PICTURE ===
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% === PERSONAL INFO ===
\section{\mysidestyle Personal\\Information}
Tibault Reveyrand \\
Limoges, France\\
\faTv \space \href{http://www.microwave.fr}{www.microwave.fr} \\
\faTwitter \space \href{https://twitter.com/reveyrand/}{@reveyrand} \\
\faLinkedin \space \href{http://www.linkedin.com/in/reveyrand/}{www.linkedin.com/in/reveyrand} \\
\faYoutubePlay \space \href{https://www.youtube.com/c/tibaultreveyrand/}{www.youtube.com/c/tibaultreveyrand}
% === OBJECTIVE ===
\section{\mysidestyle Professional Objective}
Improve the efficiency of the microwave and RF designers and structures. I focus on nonlinear devices at circuits level (such as HEMTs transistors) and at system level (HPA, Switches). That purpose requires an original use of an advanced RF instrumentation associated to a strong knowledge in terms of measured devices modeling.
% === SKILLS ===
\section{\mysidestyle Skills}\vspace{2mm}
\begin{description}
\item[Operating systems:] DOS, Windows, Unix and Linux.
\item[Programming languages:] Pascal, 80x86 Assembler, C, C++, TCL/TK, JAVA, PHP, mySQL.
\item[Office softwares:] Microsoft Office, Open Office, LaTeX, DocBook.
\item[Scientific softwares] Comsys, Maple, Matlab, Mathematica, Scilab, Keysight's VEE and ADS, NI LabVIEW.
\item[Characterization tools:] Spectrum analyzers, scopes, AWG, VNA, LSNA, probe stations, high impedance probes. I have developed calibration procedures and automated calibration and measurements processes.
\item[System Level Modeling:] Amplifiers, modulators and mixers with splines, neural networks or Volterra expansions. Bilateral Modeling by PhD model.
\item[Circuit Level Modeling:] Linear, nonlinear and electrothermal models of HEMTs.
\item[Languages:] French, English.
\end{description}
% === CERTIFICATIONS ===
\section{\mysidestyle Certifications}
\textbf{National Instruments} Certified LabVIEW Associate Developer (CLAD) \hfill \textsl{July 2014-July 2016}\\
% === AWARDS ===
\section{\mysidestyle Awards}\vspace{4mm}
\begin{list2}
\item \textbf{Best Paper Award}, European Microwave Week - Galium Arsenide Application Symposium (GAAS), 2002 \\
\textsl{\footnotesize{T. Reveyrand, C. Maziere, J.M. N\'ebus, R. Qu\'er\'e, A. Mallet, L. Lapierre, J. Sombrin, ``A calibrated time domain envelope measurement system for the behavioral modeling of power amplifiers'', European Microwave Week, GAAS 2002, pp. 237-240, Milano, September 2002}}
\vspace{1mm}
\item \textbf{Best Student Paper Award}, Journ\'ees Nationales Micro-ondes (JNM), 2007 \\
\textsl{\footnotesize{
O. Jardel, F. De Groote, T. Reveyrand, C. Charbonniaud, J.P. Teyssier, R. Qu\'er\'e, D. Floriot, ``Mod\'elisation du drain-lag dans les mod\`eles \'electriques grand-signaux de transistors HEMTs AlGaN/GaN'', 15eme Journ\'ees Nationales Micro-ondes (JNM),3C1, Toulouse, Mai 2007.}}
\end{list2}
Up to 130 other refrences are available here : \\
\vspace{-8mm}
\href{http://www.microwave.fr/publications.html}{http://www.microwave.fr/publications.html}
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% === ORGANIZATIONS ===
\section{\mysidestyle Professional Organizations}%\vspace{2mm}
\textbf{The Institute of Electrical and Electronics Engineers (IEEE)}\\
Member of:
\begin{list2}
\item{``Microwave Theory and Techniques'' society \hfill \textsl{2007-present}}
\item{``Instrumentation and Measurement'' society \hfill \textsl{2007-present}}
\item{MTT-11 ``Microwave Measurements'' technical committee \hfill \textsl{2009-present}}
\item{IEEE MTT-S Technical Program Review Committee (TPRC) for IMS \hfill \textsl{2013-present}}
\item{Judge for IEEE MTT-S Graduate Fellowships \hfill \textsl{2014-present}}
\item{Chair for IEEE Denver Section Jt. Chapter, AP03/MTT17 \hfill \textsl{2015-2016}}
\end{list2}
\textbf{The European Microwave Association (EuMA)}\hfill \textsl{2009-2015}
\vfill
% === HISTORY ===
\section{\mysidestyle Employment History}\vspace{2mm}
\begin{description}
\item[Measurement Engineer (CNRS)]\small{XLIM \hfill \textsl{June 2016-Present}}\\
\item[Lecturer]\small{University of Colorado, Boulder \hfill \textsl{January 2016-May 2016}}\\
ECEN 5014-003, ``Microwave Measurements and Calibration Fundamentals''
\vspace{2mm}
\item[Research Associate]\small{University of Colorado at Boulder \hfill \textsl{June 2013-May 2016}}\\
Achievements:
\begin{list2}
\item{LabVIEW software for a ``Do-it-yourself'' Large-Signal Network Analyzer (LSNA)}
\item{Time domain measurement setup in Scilab (VTD-SWAP)}
\item{Outphasing PA characterizations}
\item{Load-pull in time-domain}
\end{list2}
\vspace{2mm}
\item[Measurement Engineer (CNRS)]\small{XLIM \hfill \textsl{December 2007-May 2013}}\\
Achievements:
\begin{list2}
\item{Korrigan European Project activities (RTP N$^{\circ}$102.052 funded within the EUROPA framework in the CEPA2 priority area - ends early 2009) : GaN HEMTs circuits level modeling from european foundries (Thales / QinetiQ) for HPA, LNA and Switches}
\item{Time domain measurement setup (LSNA) development on Scilab-TCL/TK (GUI, calibration and measurement automation)}
\item{Development of HEMTs modeling tools (Scilab)}
\item{Contractual measurements such as load-pull, linearity, high impedance probe in both frequency (VNA) and time domain (LSNA)}
\end{list2}
\vspace{2mm}
\item[Research Associate - Visiting Scholar]\small{University of Colorado at Boulder \hfill \textsl{February 2012-July 2012}}\\
GaN HEMTs based rectifiers characterizations and analysis
\vspace{2mm}
\item[Research Engineer (CNRS)]\small{XLIM \hfill \textsl{May 2005-November 2007}}\\
Achievements:
\begin{list2}
\item{Frequency domain load-pull measurement setup (VNA in receiver mode with pulse capabilities) developpemnt with Scilab (calibration procedures, measurement automation, data processing)}
\item{Large signal caracterization of transistor (mainly european GaN in the framework of Korrigan}
\item{Korrigan WP3.3 workpackage leader in Korrigan. Developpement of a internet database (Php / mySQL) to let partners share data and informations}
\item{GaN HEMTs ``spice-like'' nonlinear models}
\end{list2}
\vspace{2mm}
\item[Research Engineer]\small{NMDG Engineering bvba \hfill \textsl{November 2004-February 2005}}\\
Implementation of the High Impedance Probe module (calibration and measurements) in the commercial LSNA Software (based on Mathematica)
\vspace{2mm}
\item[Postdoctoral scientist]\small{CNES (French Space Agency) \hfill \textsl{October 2003-September 2004}}\\
Development of characterization tools interfaces within the free open-source scientific package Scilab
\vspace{2mm}
\item[Postdoctoral scientist]\small{CNES (French Space Agency) \hfill \textsl{October 2002-September 2003}}\\
Achievements:
\begin{list2}
\item{Large Signal Network Analysis (LSNA) characterizations in time-domain}
\item{Development of a new LSNA module in order to investigate time domain waveforms at internal nodes of MMICs with high impedance probes (HIP) to validate circuits designs and to analyze nonlinear parametric stability}
\item{Large Signal Network Analysis (LSNA) characterizations in time-domain}
\end{list2}
\vspace{2mm}
\item[Researcher]\small{IRCOM / University of Limoges \hfill \textsl{October 1998-September 2002}}\\
Achievements:
\begin{list2}
\item{Development of the RF time-domain envelope measurement setup (hardware and software)}
\item{Development of the calibration procedure of the time-domain envelope measurement setup}
\item{Power amplifiers characterizations : Load-pull, IM3, NPR}
\item{Behavioral modeling of nonlinear devices with memory effects for system level}
\item{Development of a dynamic complex gain model with neural networks}
\end{list2}
\vspace{2mm}
\item[Lecturer]\small{University of Limoges \hfill \textsl{October 1998-September 2002}}\\
RF devices, analog/digital communication systems, signal processing, propagation waves...
\vspace{2mm}
\item[Postgraduate student]\small{IRCOM / University of Limoges \hfill \textsl{February 1998-July 1998}}\\
Circuits level simulations of IM3 and NPR in order to optimize the trade-off between linearity and efficiency
\end{description}
\section{\mysidestyle Education}
Ph.D in High Frequency Devices and Circuits - Electronic and Optoelectronic, April 2002 \\
University of Limoges (France)
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