diff --git a/CV.sublime-project b/CV.sublime-project index 2f901d7..1a77811 100644 --- a/CV.sublime-project +++ b/CV.sublime-project @@ -1,36 +1,30 @@ { - "build_systems": - [ - { - "file_regex": "^[ ]*File \"(...*?)\", line ([0-9]*)", - "name": "Anaconda Python Builder", - "selector": "source.python", - "shell_cmd": "\"C:\\ProgramData\\Anaconda3\\python.exe\" -u \"$file\"" - } - ], "folders": [ { "file_exclude_patterns": [ "*.sublime-workspace", "*.out", "*.log", "*.aux", + "*.bcf", + "*.run.xml", "*.synctex.gz", + "*.synctex.gz(busy)", "*.pdf", "*.bbl", "*.blg", "*.gitignore", "xetex.def" ], "folder_exclude_patterns": [ "images", "fonts" ], "path": "." } ], "translate_tabs_to_spaces": true } diff --git a/Lemaire_Theo_CV_EN.pdf b/Lemaire_Theo_CV_EN.pdf index ddaa92e..ad5fedb 100644 Binary files a/Lemaire_Theo_CV_EN.pdf and b/Lemaire_Theo_CV_EN.pdf differ diff --git a/Lemaire_Theo_CV_EN.tex b/Lemaire_Theo_CV_EN.tex index de53d19..f557590 100644 --- a/Lemaire_Theo_CV_EN.tex +++ b/Lemaire_Theo_CV_EN.tex @@ -1,176 +1,132 @@ %!TEX program = xelatex \documentclass[a4paper]{cv} - +\englishtrue \begin{document} -\pagecolor{bg} %---------------------------------------------------------------------------------------- % TITLE SECTION %---------------------------------------------------------------------------------------- \begin{center} \name{Théo Lemaire}\\ \vspace{5pt} -\tag{Bioengineer \& Versatile Programmer}\\ -\address{Rue des Maraîchers 46}{1205 Genève}{CH}\ \ \ \email{theo.lemaire1@gmail.com}\ \ \ \mobilephone{+41 79 629 39 05}\ \ \ \linkedin{https://ch.linkedin.com/in/theolemaire}{theolemaire} +\tag{Engineer \tbl{} Neuroscientist \tbl{} Versatile Programmer}\\ +\details \end{center} - %---------------------------------------------------------------------------------------- % LEFT COLUMN %---------------------------------------------------------------------------------------- \hspaceleft\begin{minipage}[t]{0.6\textwidth} -\section{\texorpdfstring{\faBriefcase}\ \ Experience}\sectionline +\experience -\runsubsection{Ph.D. in Neuroengineering} +\runsubsection{Ph.D. in Computational Neuroscience} \descript{| \href{http:// tne.epfl.ch/}{TNE Lab, EPFL}} \timeplace{Apr 2016 - Present}{Campus Biotech, Geneva, CH} Developing computational models to understand and optimize \emph{Ultrasound Neuromodulation} at sub-cellular, cellular and anatomical scales. -\weblink{https://tnewebnice.epfl.ch/viewer/}{Web app} \sectionspace \runsubsection{Ski \& Snowboard Instructor} \descript{| \href{http://www.esf.net}{Ecole du Ski Français}} \timeplace{Jan 2013 - Present}{Monts Jura, FR} -Teaching private and collective lessons to skiers of all levels and ages. In charge of local competition group since 2016. State diploma training currently underway. +Teaching private and collective lessons to skiers of all levels and ages. Managed a group of 15 racers for 4 years. State diploma training currently underway. \sectionspace \runsubsection{Mathematics Teacher} \descript{| \href{http://www.jda-gex.org/college}{Institution Jeanne d'Arc}} \timeplace{Nov 2015 - Dec 2015}{Gex, FR} Managed 3 classes (ca. 75 students, ranging 10-15 years old). \sectionspace \runsubsection{Software Engineer Intern} \descript{| \href{http://www.zenithtechnologies.com/}{Zenith Technologies}} \timeplace{Apr 2013 – Aug 2013}{Cork, IRL} -Designed a \emph{C++} application to extract relevant data from a database and provide team leaders with a comprehensive overview of their project's evolution. Created \emph{VBA} scripts used by collaborators to generate documentation. +Designed a \emph{C++} application to extract relevant data from a database and provide team leaders with a comprehensive overview of their project's evolution. \sectionspace \runsubsection{Kinesiology Lab Intern} \descript{| \href{http://www.hug-ge.ch/chirurgie-orthopedique-traumatologie-appareil/laboratoire-cinesiologie}{Geneva University Hospitals}} \timeplace{Aug 2012 - Jan 2013}{Geneva, CH} -Developed a \emph{MATLAB} framework (UI, processing \& graphing tools, interaction with hospital database, automated reporting) to analyse biomechanical data from clinical exams. Used by lab members for daily reporting and scientific publications.\sectionspace +Developed a \emph{MATLAB} framework to analyze biomechanical data from clinical exams, used by lab members for daily reporting and scientific publications.\sectionspace -\section{\texorpdfstring{\faClipboard} \ \ Academic Projects}\sectionline +\projects \runsubsection{Master’s thesis in Neuroprosthetics} \descript{| \href{http://tne.epfl.ch/}{TNE Lab, EPFL}} -Assessed the preformances of different types of implantable electrodes within a peripheral nerve, using FEM models of electromagnetic propagation (\href{http://www.zurichmedtech.com/sim4life/}{\emph{Sim4Life}} platform) coupled to morphological neuron models (\href{https://neuron.yale.edu/neuron/}{\emph{NEURON} simulator}). +Developed multiscale computational models to predict the performances of different types of stimulation electrodes implanted in a peripheral nerve. \sectionspace \runsubsection{Project in Biorobotics} \descript{| \href{http://biorob.epfl.ch/}{BIOROB Lab, EPFL}} Developed the image processing pipeline and navigation strategy for a differential wheeled robot to complete a slalom course through rectangular gates. \sectionspace \runsubsection{Project in Digital Humanities} \descript{| \href{http://dhlab.epfl.ch/}{DH Lab, EPFL}} -Developed an innovative spatio-temporal epidemics model to study the propagation of the Plague in the city of Venice during Middle-Age.\weblink{http://veniceatlas.epfl.ch/atlas/experience/simulation/the-plague/}{Venice Atlas} +Developed a spatio-temporal epidemics model to study the propagation of the Plague in the city of Venice during Middle-Age.\weblink{http://veniceatlas.epfl.ch/atlas/experience/simulation/the-plague/}{Venice Atlas} \sectionspace -\section{\texorpdfstring{\faWrench}\ \ Technical Skills}\sectionline +\techskills \def\arraystretch{1.5} \begin{tabular}{R{0.21\textwidth} L{0.7\textwidth}} \cvskill{python.pdf}{Python} & Computing \& analysis stack (\emph{numpy} - \emph{scipy} - \emph{pandas} - \emph{matplotlib}) \tbl{} Machine learning (\emph{scikit-learn}) \tbl{} PDE systems \& FEM models \tbl{} Multi-threading/processing \tbl{} Neural simulations in \href{https://neuron.yale.edu/neuron/}{\emph{NEURON}} \tbl{} \emph{Jupyter notebooks} \tbl{} Automation tasks \tbl{}Interaction with APIs\\ \cvskill{gears.pdf}{\CC} & Object-oriented programming \tbl{} IO streams \tbl{} XML-quering \tbl{} GUIs \tbl{} Multi-threading (\href{https://www.boost.org/}{\emph{Boost}}) \tbl{} 3D graphics (\href{https://www.opengl.org/}{\emph{OpenGL}}) \tbl{} mathematical libraries (\href{http://fftw.org/}{FFTW} , \href{http://eigen.tuxfamily.org/index.php?title=Main_Page}{Eigen})\\ \cvskill{matlab.pdf}{Matlab} & Scientific computing \tbl{} Machine learning \tbl{} GUIs \tbl{} SQL queries\\ \cvskill{frontend.pdf}{Front-end web} & Responsive web pages (\emph{Javascript} - \emph{HTML} - \emph{CSS} - \href{http://getbootstrap.com/}{\emph{Bootstrap}}) \tbl{} Interactive visualizations (\href{https://d3js.org}{\emph{D3JS}} - \href{https://plot.ly/}{\emph{Plotly}}) \tbl{} Interactive UI components (\href{https://reactjs.org}{\emph{React.js}} - \href{https://dash.plot.ly/}{\emph{Dash}}) \\ \cvskill{msword.pdf}{MS Office} & Word - Excel - Powerpoint \tbl{} Automation with Python / VBA\\ \end{tabular} \vspace{5pt} -\centering{ - \cvskill{git.pdf}{Git} \tbl{} - \cvskill{illustrator.pdf}{Illustrator} \tbl{} - \cvskill{blank.pdf}{\hspace{-5pt}\LaTeX} \tbl{} - \cvskill{labview.pdf}{LabVIEW} -} +\otherskills \end{minipage} \hsepcol %---------------------------------------------------------------------------------------- % RIGHT COLUMN %---------------------------------------------------------------------------------------- \begin{minipage}[t]{0.33\textwidth} -\section{\texorpdfstring{\faGraduationCap} \ \ Education}\sectionline - -\subsection{MSc in Bioengineering} -\subsection{Minor in Neuroprosthetics} -\descript{\href{http://www.epfl.ch}{EPF Lausanne}} -\timeplace{Sept 2013 - Sept 2015}{Lausanne, CH} -GPA: 5.34 / 6.0 -\sectionspace - -\subsection{BSc in Life Sciences \& Technologies} -\descript{\href{http://www.epfl.ch}{EPF Lausanne}} -\timeplace{Sept 2009 -July 2012}{Lausanne, CH} -GPA: 4.92 / 6.0 -\sectionspace - -\subsection{Scientific baccalaureate} -\descript{Lycée Int. Ferney Voltaire} -\timeplace{Sept 2006 - July 2009}{Ferney, FR} -GPA: 18.71 / 20.0 -\sectionspace +\education -\section{\texorpdfstring{\faBook} \ \ Coursework}\sectionline +\coursework \subsection{Graduate} Sensorimotor neuroprosthetics\\ Flexible bioelectronics\\ Image processing \tbl{} Machine learning\\ Dynamical systems \tbl{} Biomechanics\\ Gait analysis \& modeling\\ Computational motor control\\ Bioinformatics \tbl{} Systems biology\\ Digital humanities \sectionspace \subsection{Undergraduate} Analysis \tbl{} Algebra \tbl{} Physics\\ Chemistry \tbl{} Organic chemistry\\ Cellular biology \tbl{} Molecular biology\\ Numerical analysis \tbl{} Statistics\\ Electronics \tbl{} Signal processing\\ Programming (C | C++ | Matlab)\\ Development biology \tbl{} Microbiology\\ Physiology \tbl{} Genetics \tbl{} Genomics\\ Fluid dynamics \tbl{} Transport phenomena\\ Biothermodynamics \tbl{} Neuroscience \sectionspace -\section{\texorpdfstring{\faComments} \ \ Languages}\sectionline +\languages -\noindent\begin{tabular}{@{}ll} -\textbf{French} & \fivecircles \\ -\textbf{English} & \fivecircles \\ -\textbf{German} & \threecircles \\ -\textbf{Russian} & \onecircle \\ -\end{tabular} -\sectionspace - -\section{\texorpdfstring{\faHeart}\ \ Hobbies}\sectionline - -\noindent\begin{tabular}{@{}c@{}c@{}c@{}c@{}} -\glyph{atom.pdf}{Science} & \glyph{taekwondo.pdf}{Taekwondo} & \glyph{football.pdf}{Football} & \glyph{television.pdf}{TV Shows}\\ -\glyph{skiing.pdf}{Skiing} & \glyph{mountains.pdf}{Hiking} & \glyph{cycling.pdf}{Cycling} & \glyph{travel.pdf}{Travels} -\end{tabular} +\hobbies \end{minipage} - -% Publications -% \section{\texorpdfstring{\faFileText}\ \ Publications}\sectionline -% \bibliographystyle{plain} -% \nobibliography{mypublications} -% \begin{itemize} -% \item \bibentry{lemaire_2018} -% \end{itemize} +%---------------------------------------------------------------------------------------- +% VERSO +%---------------------------------------------------------------------------------------- +\publications \end{document} \ No newline at end of file diff --git a/Lemaire_Theo_CV_FR.pdf b/Lemaire_Theo_CV_FR.pdf index 1550b00..a3809f3 100644 Binary files a/Lemaire_Theo_CV_FR.pdf and b/Lemaire_Theo_CV_FR.pdf differ diff --git a/Lemaire_Theo_CV_FR.tex b/Lemaire_Theo_CV_FR.tex index 6fd3722..d03d95c 100644 --- a/Lemaire_Theo_CV_FR.tex +++ b/Lemaire_Theo_CV_FR.tex @@ -1,166 +1,132 @@ %!TEX program = xelatex \documentclass[a4paper]{cv} +\englishfalse \begin{document} -\pagecolor{bg} %---------------------------------------------------------------------------------------- % TITLE SECTION %---------------------------------------------------------------------------------------- - \begin{center} \name{Théo Lemaire}\\ \vspace{5pt} -\tag{Bioingénieur \& programmeur versatile}\\ -\vspace{-5pt} -\address{Rue des Maraîchers 46}{1205 Genève}{CH}\ \ \ \email{theo.lemaire1@gmail.com}\ \ \ \mobilephone{+41 79 629 39 05}\ \ \ \linkedin{https://ch.linkedin.com/in/theolemaire}{theolemaire} +\tag{Ingénieur \tbl{} Neuroscientifique \tbl{} Programmeur versatile}\\ +\details \end{center} - %---------------------------------------------------------------------------------------- % LEFT COLUMN %---------------------------------------------------------------------------------------- \hspaceleft\begin{minipage}[t]{0.6\textwidth} -\section{\texorpdfstring{\faBriefcase}\ \ Expérience}\sectionline +\experience -\runsubsection{Doctorat en Neuroingénierie} +\runsubsection{Doctorat en Neurosciences computationnelles} \descript{| \href{http://www.http://tne.epfl.ch/}{TNE Lab, Campus Biotech}} \timeplace{Depuis Avr 2016}{Geneva, CH} -Dvpt. de modèles computationnels pour comprendre et optimiser la \emph{Neuromodulation par Ultrasons} aux échelles cellulaire et anatomique. \weblink{https://tnewebnice.epfl.ch/viewer/}{Web app} +Dvpt. de modèles computationnels pour comprendre et optimiser la \emph{Neuromodulation par Ultrasons} aux échelles cellulaire et anatomique. \sectionspace \runsubsection{Moniteur de Ski Alpin} \descript{| \href{http://www.esf.net}{Ecole du Ski Français}} \timeplace{Depuis Janv 2013}{Monts Jura, FR} -Leçons privées et collectives aux skieurs de tous âges et tous niveaux. En charge d'un groupe compétition depuis 2016. Formation au diplôme d’état en cours. +Leçons privées et collectives aux skieurs de tous âges et tous niveaux. En charge d'un groupe compétition pendant 4 ans. Formation au diplôme d’état en cours. \sectionspace \runsubsection{Professeur de Mathématiques} \descript{| \href{http://www.jda-gex.org/college}{Institution Jeanne d'Arc}} \timeplace{Nov 2015 - Déc 2015}{Gex, FR} Enseignement à 3 classes de collège (environ 75 élèves, entre 10 et 15 ans). \sectionspace \runsubsection{Stagiaire Ingénieur Software} \descript{| \href{http://www.zenithtechnologies.com/}{Zenith Technologies}} \timeplace{Avr – Août 2013}{Cork, IRL} -Dvpt. d'un programme \emph{C++} extrayant des informations d'une base de données pour fournir aux chefs d’équipe un aperçu global de l'évolution de leur projet. Création de scripts \emph{VBA} utilisés au quotidien pour générer de la documentation.\sectionspace +Dvpt. d'un programme \emph{C++} extrayant des informations d'une base de données pour fournir aux chefs d’équipe un aperçu global de l'évolution de leur projet. +\sectionspace \runsubsection{Stagiaire en Cinésiologie} \descript{| \href{http://www.hug-ge.ch/chirurgie-orthopedique-traumatologie-appareil/laboratoire-cinesiologie}{Hôpitaux Universitaires de Genève}} \timeplace{Août 2012 - Janv 2013}{Genève, CH} -Dvpt. d'une application \emph{Matlab} (UI, outils de traitement \& visualisation, interaction avec la base de données de l'hôpital, ...) pour analyser les données biomécaniques d’examens cliniques. Utilisé pour les rapports et publications scientifiques. +Dvpt. d'une application \emph{Matlab} pour analyser les données biomécaniques d’examens cliniques, utilisée pour les rapports et publications scientifiques. \sectionspace -\section{\texorpdfstring{\faLineChart} \ \ Projets académiques}\sectionline +\projects \runsubsection{Projet de Master en Neuroprothèses} -\descript{TNE Lab, EPFL} -Modélisation numérique de différents types d'éléctrodes dans un nerf périphérique, couplant des modèles FEM de propagation éléctromagnétique (plateforme \href{http://www.zurichmedtech.com/sim4life/}{\emph{Sim4Life}}) à des modèles de fibres nerveuses (simulateur \href{https://neuron.yale.edu/neuron/}{\emph{NEURON}}). +\descript{| \href{http://tne.epfl.ch/}{TNE Lab, EPFL}} +Dvpt. de modèles computationnels afin de prédire les performances de différents types d'électrode de stimulation implantées dans un nerf périphérique. \sectionspace \runsubsection{Projet de Biorobotique} -\descript{BIOROB Lab, EPFL} +\descript{| \href{http://dhlab.epfl.ch/}{DH Lab, EPFL}} Dvpt. d'un outil de vision par ordinateur et d'une stratégie de navigation permettant à un robot d'évoluer en slalom à travers des portes rectangulaires. \sectionspace \runsubsection{Projet en Humanités Digitales} \descript{DH Lab, EPFL} Dvpt. d'un nouveau modèle épidémique spatio-temporel pour étudier la propagation de la peste à Venise au moyen-âge. \weblink{http://veniceatlas.epfl.ch/atlas/experience/simulation/the-plague/}{Venice Atlas} \sectionspace -\section{\texorpdfstring{\faWrench}\ \ Compétences techniques}\sectionline +\techskills \def\arraystretch{1.5} \begin{tabular}{R{0.21\textwidth} L{0.7\textwidth}} \cvskill{python.pdf}{Python} & Outils de calcul \& analyse (\emph{numpy} - \emph{scipy} - \emph{pandas} - \emph{matplotlib}) \tbl{} Machine learning (\emph{scikit-learn}) \tbl{} Systèmes EDP \& modèles FEM \tbl{} Multi-threading/processing \tbl{} Simulations \href{https://neuron.yale.edu/neuron/}{\emph{NEURON}} \tbl{} \emph{Jupyter notebooks} \tbl{} Tâches d'automatisation \tbl{}Interaction avec APIs\\ \cvskill{gears.pdf}{\CC} & Programmation orientée objet \tbl{} Flux IO \tbl{} Requêtes XML \tbl{} GUIs \tbl{} Multi-threading (\href{https://www.boost.org/}{\emph{Boost}}) \tbl{} Graphiques 3D (\href{https://www.opengl.org/}{\emph{OpenGL}}) \tbl{} librairies mathématiques (\href{http://fftw.org/}{FFTW} , \href{http://eigen.tuxfamily.org/index.php?title=Main_Page}{Eigen})\\ \cvskill{matlab.pdf}{Matlab} & Calcul scientifique \tbl{} Machine learning \tbl{} UIs \tbl{} Requêtes SQL\\ \cvskill{frontend.pdf}{Front-end web} & Pages web adaptives (\emph{Javascript} - \emph{HTML} - \emph{CSS} - \href{http://getbootstrap.com/}{\emph{Bootstrap}}) \tbl{} Visualisations interactives (\href{https://d3js.org}{\emph{D3JS}} - \href{https://plot.ly/}{\emph{Plotly}}) \tbl{} Composants UI interactifs (\href{https://reactjs.org}{\emph{React.js}} - \href{https://dash.plot.ly/}{\emph{Dash}}) \\ \cvskill{msword.pdf}{MS Office} & Word - Excel - Powerpoint \tbl{} Automatisation avec Python / VBA\\ \end{tabular} \vspace{5pt} -\centering{ - \cvskill{git.pdf}{Git} \tbl{} - \cvskill{illustrator.pdf}{Illustrator} \tbl{} - \cvskill{blank.pdf}{\hspace{-5pt}\LaTeX} \tbl{} - \cvskill{labview.pdf}{LabVIEW} -} +\otherskills \end{minipage} \hsepcol %---------------------------------------------------------------------------------------- % RIGHT COLUMN %---------------------------------------------------------------------------------------- \begin{minipage}[t]{0.33\textwidth} -\section{\texorpdfstring{\faGraduationCap} \ \ Formation}\sectionline - -\subsection{Master en Bioingénierie avec Mineur en Neuroprothèses} -\descript{\href{http://www.epfl.ch}{EPF Lausanne}} -\timeplace{Sept 2013 - Sept 2015}{Lausanne, CH} -Moyenne: 5.34 / 6.0 -\sectionspace - -\subsection{Bachelor en Sciences \& Technologies du Vivant} -\descript{\href{http://www.epfl.ch}{EPF Lausanne}} -\timeplace{Sept 2009 - Juil 2012}{Lausanne, CH} -Moyenne: 4.92 / 6.0 -\sectionspace - -\subsection{Baccalauréat scientifique} -\descript{Lycée Int. Ferney Voltaire} -\timeplace{Sept 2006 - Juil 2009}{Ferney, FR} -moyenne: 18.71 / 20.0 -\sectionspace +\education -\section{\texorpdfstring{\faBook} \ \ Cours Suivis}\sectionline +\coursework \subsection{Graduate} Neuroprosthèses sensorimotrices\\ Bioelectronique flexible\\ Traitement d'image \tbl{} Machine learning\\ Systèmes dynamiques \tbl{} Bioméchanique\\ Analyse \& modélisation de la marche\\ Control moteur computationel\\ Bioinformatique \tbl{} Biologie des systèmes\\ Humanités Digitales \sectionspace \subsection{Undergraduate} Analyse \tbl{} Algèbre \tbl{} Physique\\ Chimie \tbl{} Chimie organique\\ Biologie cellulaire \tbl{} Biologie moléculaire\\ Analyse numérique \tbl{} Statistiques\\ Electronique \tbl{} Traitement du signal\\ Programmation (C | C++ | Matlab)\\ Biologie du dvpt \tbl{} Microbiologie\\ Physiologie \tbl{} Génétique \tbl{} Génomique\\ Dynamique des fluides \tbl{} Transport\\ Biothermodynamique \tbl{} Neuroscience \sectionspace -\section{\texorpdfstring{\faComments} \ \ Langues}\sectionline - -\noindent\begin{tabular}{@{}ll} -\textbf{Français} & \fivecircles \\ -\textbf{Anglais} & \fivecircles \\ -\textbf{Allemand} & \threecircles \\ -\textbf{Russe} & \onecircle \\ -\end{tabular} -\sectionspace - -\section{\texorpdfstring{\faThumbsUp}\ \ Hobbies}\sectionline +\languages -\noindent\begin{tabular}{@{}c@{}c@{}c@{}c@{}} -\glyph{atom.pdf}{Science} & \glyph{taekwondo.pdf}{Taekwondo} & \glyph{football.pdf}{Football} & \glyph{television.pdf}{Séries TV}\\ -\glyph{skiing.pdf}{Ski} & \glyph{mountains.pdf}{Randonnée} & \glyph{cycling.pdf}{Vélo} & \glyph{travel.pdf}{Voyages}\\ -\end{tabular} +\hobbies \end{minipage} +%---------------------------------------------------------------------------------------- +% VERSO +%---------------------------------------------------------------------------------------- +\publications \end{document} \ No newline at end of file diff --git a/cv.cls b/cv.cls index 4156718..7c01dd8 100644 --- 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\ \ifenglish technical Skills \else compétences techniques \fi}\sectionline} + +\newcommand{\gpa}{ + \ifenglish GPA: \else Moyenne: \fi +} + +\newcommand{\education}{ + \section{\texorpdfstring{\faGraduationCap} \ \ \ifenglish education \else formation \fi}\sectionline + + \subsection{\ifenglish MSc in Bioengineering \else Master en Bioingénierie \fi} + \subsection{\ifenglish Minor in Neuroprosthetics \else Mineur en Neuroprothèses \fi} + \descript{\href{http://www.epfl.ch}{EPF Lausanne}} + \timeplace{Sept 2013 - Sept 2015}{Lausanne, CH} + \gpa5.34 / 6.0 + \sectionspace + + \subsection{\ifenglish BSc in Life Sciences \& Technologies\else Bachelor en Sciences \& Technologies du Vivant \fi} + \descript{\href{http://www.epfl.ch}{EPF Lausanne}} + \timeplace{Sept 2009 -July 2012}{Lausanne, CH} + \gpa4.92 / 6.0 + \sectionspace + + \subsection{\ifenglish Scientific baccalaureate \else Baccalauréat scientifique \fi} + \descript{Lycée Int. Ferney Voltaire} + \timeplace{Sept 2006 - July 2009}{Ferney, FR} + \gpa18.71 / 20.0 + \sectionspace +} + +\newcommand{\coursework}{ + \section{\texorpdfstring{\faBook} \ \ \ifenglish coursework \else cours suivis \fi}\sectionline} + +\newcommand{\languages}{ + \section{\texorpdfstring{\faComments} \ \ \ifenglish languages \else langues \fi}\sectionline + + \noindent\begin{tabular}{@{}ll} + \textbf{\ifenglish French \else Français \fi} & \fivecircles \\ + \textbf{\ifenglish English \else Anglais \fi} & \fivecircles \\ + \textbf{\ifenglish German \else Allemand \fi} & \threecircles \\ + \textbf{\ifenglish Russian \else Russe \fi} & \onecircle \\ + \end{tabular} + \sectionspace +} + +\newcommand{\hobbies}{ + \section{\texorpdfstring{\faHeart}\ \ hobbies}\sectionline + + \noindent\begin{tabular}{@{}c@{}c@{}c@{}c@{}} + \glyph{atom.pdf}{Science} & + \glyph{taekwondo.pdf}{Taekwondo} & + \glyph{football.pdf}{Football} & + \glyph{television.pdf}{\ifenglish TV Shows \else Séries TV \fi}\\ + \glyph{skiing.pdf}{\ifenglish Skiing \else Ski \fi} & + \glyph{mountains.pdf}{\ifenglish Hiking \else Randonnée \fi} & + \glyph{cycling.pdf}{\ifenglish Cycling \else Vélo \fi} & + \glyph{travel.pdf}{\ifenglish Travels \else Voyages \fi} + \end{tabular} +} + +\newcommand{\publications}{ + \section{\texorpdfstring{\faFileText}\ \ publications}\sectionline + \nobibliography{mypublications} + \begin{itemize} + \item \bibentry{lemaire_understanding_2019} \weblink{https://tnewebnice.epfl.ch/viewer/}{Web app} + \end{itemize} +} + +\newcommand{\projects}{ + \section{\texorpdfstring{\faClipboard} \ \ \ifenglish academic projects \else projets académiques \fi}\sectionline} + +\newcommand{\otherskills}{ + \centering{ + \cvskill{git.pdf}{Git} \tbl{} + \cvskill{illustrator.pdf}{Illustrator} \tbl{} + \cvskill{blank.pdf}{\hspace{-5pt}\LaTeX} \tbl{} + \cvskill{labview.pdf}{LabVIEW} + } +} + + %---------------------------------------------------------------------------------------- % TABLES %---------------------------------------------------------------------------------------- \newcolumntype{L}[1]{>{\raggedright\let\newline\\\arraybackslash\hspace{0pt}}m{#1}} \newcolumntype{C}[1]{>{\centering\let\newline\\\arraybackslash\hspace{0pt}}m{#1}} \newcolumntype{R}[1]{>{\raggedleft\let\newline\\\arraybackslash\hspace{0pt}}m{#1}} %---------------------------------------------------------------------------------------- -% STAR RATINGS +% CIRCLE RATINGS %---------------------------------------------------------------------------------------- -\newcommand{\halfstar}{\faStarHalfFull\ \faStarO\ \faStarO\ \faStarO\ \faStarO} -\newcommand{\onestar}{\faStar\ \faStarO\ \faStarO\ \faStarO\ \faStarO} -\newcommand{\onestarhalf}{\faStar\ \faStarHalfFull\ \faStarO\ \faStarO\ \faStarO} -\newcommand{\twostars}{\faStar\ \faStar\ \faStarO\ \faStarO\ \faStarO} -\newcommand{\twostarshalf}{\faStar\ \faStar\ \faStarHalfFull\ \faStarO \faStarO} -\newcommand{\threestars}{\faStar\ \faStar\ \faStar\ \faStarO\ \faStarO} -\newcommand{\threestarshalf}{\faStar\ \faStar\ \faStar\ \faStarHalfFull\ \faStarO} -\newcommand{\fourstars}{\faStar\ \faStar\ \faStar\ \faStar\ \faStarO} -\newcommand{\fourstarshalf}{\faStar\ \faStar\ \faStar\ \faStar\ \faStarHalfFull} -\newcommand{\fivestars}{\faStar\ \faStar\ \faStar\ \faStar\ \faStar} - - \newcommand{\onecircle}{\faCircle\ \faCircleO\ \faCircleO\ \faCircleO\ \faCircleO} \newcommand{\twocircles}{\faCircle\ \faCircle\ \faCircleO\ \faCircleO\ \faCircleO} \newcommand{\threecircles}{\faCircle\ \faCircle\ \faCircle\ \faCircleO\ \faCircleO} \newcommand{\fourcircles}{\faCircle\ \faCircle\ \faCircle\ \faCircle\ \faCircleO} \newcommand{\fivecircles}{\faCircle\ \faCircle\ \faCircle\ \faCircle\ \faCircle} %---------------------------------------------------------------------------------------- % ICONS %---------------------------------------------------------------------------------------- \newcommand*\glyph[2]{ % glyphicon with text below \tikz \node [minimum size=0.6cm, text=white,label=below:{#2}, path picture={\node at (path picture bounding box.center){ \color{blue1} \includegraphics[width=0.5cm,height=0.5cm,keepaspectratio]{{#1}} };}]{};} \newcommand*\cglyph[2]{ % glyphicon in circle with text below \tikz \node [circle, draw, minimum size=0.8cm, text=white,label=below:{#2}, path picture={\node at (path picture bounding box.center){ \includegraphics[width=0.5cm,height=0.5cm,keepaspectratio]{{#1}} };}]{};} \newcommand*\flag[1] { % country flag \includegraphics[width=.3cm]{{#1}}} diff --git a/mypublications.bib b/mypublications.bib new file mode 100644 index 0000000..0554b2e --- /dev/null +++ b/mypublications.bib @@ -0,0 +1,14 @@ + +@article{lemaire_understanding_2019, + title = {Understanding ultrasound neuromodulation using a computationally efficient and interpretable model of intramembrane cavitation}, + copyright = {All rights reserved}, + issn = {1741-2552}, + url = {http://iopscience.iop.org/10.1088/1741-2552/ab1685}, + doi = {10.1088/1741-2552/ab1685}, + abstract = {Objective. Low-intensity focused ultrasound stimulation (LIFUS) emerges as an attracting technology for noninvasive modulation of neural circuits, yet the underlying action mechanisms remain unclear. The neuronal intramembrane cavitation excitation (NICE) model suggests that LIFUS excites neurons through a complex interplay between microsecond-scale mechanical oscillations of so-called sonophores in the plasma membrane and the development of a millisecond-scale electrical response. This model predicts cell-type-specific responses that correlate indirectly with experimental data, but it is computationally expensive and difficult to interpret, which hinders its potential validation. Here, we introduce a multi-Scale Optimized Neuronal Intramembrane Cavitation (SONIC) model to achieve fast, accurate simulations and confer interpretability in terms of effective electrical response. Approach. The NICE system is recast in terms of smoothly evolving differential variables affected by cycle averaged internal variables that are a function of sonophore size and charge density, stimulus frequency and pressure amplitude. Problem separation allows to precompute lookup tables for these functions, which are interpolated at runtime to compute coarse-grained, electrophysiologically interpretable and spatially distributed predictions of neural responses. Main Results. The SONIC model accelerates computation by more than three orders of magnitude, accurately captures millisecond-scale electrical responses of various cortical and thalamic neurons and offers an increased interpretability to the effects of ultrasonic stimuli in terms of effective membrane dynamics. Using this model, we explain how different spiking behaviors can be achieved in cortical neurons by varying LIFUS parameters, and interpret predictions of spike amplitude and firing rate in light of the effective electrical system. We demonstrate the substantial influence of sonophore size on excitation thresholds, and use a nanoscale spatially extended SONIC model to suggest that partial sonophore membrane coverage has a limited impact on neuronal excitability. Significance. By providing an electrophysiologically interpretable description, the SONIC model clarifies cell-type-specific LIFUS neuromodulation according to the intramembrane cavitation hypothesis.}, + language = {en}, + urldate = {2019-04-06}, + journal = {Journal of Neural Engineering}, + author = {Lemaire, Théo and Neufeld, Esra and Kuster, Niels and Micera, Silvestro}, + year = {2019} +} \ No newline at end of file