\timeplace{Apr 2016 - Mar 2020}{Campus Biotech, Geneva, CH}
Development of a multiscale modeling framework to understand and optimize Ultrasound Neuromodulation.
\sectionspace
\runsubsection{Ski \& Snowboard Instructor}
\descript{| \href{http://www.esf.net}{Ecole du Ski Français}}
\timeplace{Jan 2013 - Present}{Monts Jura, FR}
5-years experience with private and collective lessons to both adults and kids, from beginners to competitors. State diploma training currently underway.
1-month experience as a middle school mathematics teacher (3 classes). Learned to build up my authority and to create a learning dynamics inside a class.
Designed a C++ application to extract relevant data from a \href{http://www3.emersonprocess.com/deltav/version13/}{\emph{DeltaV}} database and provide team leaders with a comprehensive overview of their project's evolution. Created VBA scripts used by collaborators to generate documentation.
\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 MATLAB framework (GUI, processing \& graphing tools, interaction with database, PDF generation) to analyse biomechanical data from clinical examinations. Used by lab members for daily reporting and scientific publications.\sectionspace
Computer modeling of nerve-electrode interfaces with the \href{http://www.zurichmedtech.com/sim4life/}{\emph{Sim4Life}} simulation platform to improve the development of upper-limb neuroprostheses.
Developed a computer-vision tool on the \href{https://www.cyberbotics.com/overview}{\emph{Webots}} simulator allowing a differential wheeled robot to detect and navigate through colored rectangular frames.
Numerical simulations of a novel 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}
% \mlovalbox{\textbf{C++} (\approx \emph{3000 hrs}): OOP \tbl{} IO streams \tbl{} Parsing \& serialization \tbl{} XML-quering \tbl{} Multithreading with \href{https://www.boost.org/}\emph{Boost} \tbl{} GUIs with \href{https://www.wxwidgets.org/}{\emph{wxWidgets}} \tbl{} 3D graphics in \href{https://www.opengl.org/}{\emph{OpenGL}}}
% \mlovalbox{\textbf{MATLAB} (\approx \emph{2000 hrs}): Scientific computing \tbl{} Digital signal processing \tbl{} Machine learning \tbl Interaction with SQL databases \tbl{} Complex GUIs}
% \mlovalbox{\textbf{Python} (\approx \emph{3000 hrs}): Scientific computing (\emph{NumPy}, \emph{SciPy}) \tbl{} Integration of stiff ODE systems \tbl{} GUIs with \emph{Tkinter} \tbl{} 3D animations with \emph{VPython} \tbl{} IO streams to Excel files \tbl{} Automatic emailing \tbl{} API interaction \tbl{} Documentation with \emph{Sphinx}}
% \mlovalbox{\textbf{Front-End Web} (\approx \emph{200 hrs}): Responsive web pages with \emph{Javascript}, \emph{HTML5}, \emph{CSS3} \& \href{http://getbootstrap.com/}{\emph{Bootstrap}} \tbl{} Charts \& animations with \href{https://d3js.org}{\emph{D3JS}}}