Coursework
(L = Listener)UPenn (L)
- Spring 2012 : Statistical Learning Theory and Sequential Prediction, Computer and Network Security
- Fall 2011 : Stochastic Calculus, Advanced Topics in Programming Languages, The Algorithmic Foundations of Data Privacy
- Spring 2011 : Compilers and Interpreters
- Fall 2010 : Lie Groups and Lie Algebras I
- Spring 2010 : Probabilistic Combinatorial Optimization, Optimal Design of Wireless Networks, Theory of Computation
- Fall 2009 : Principles of Embedded Computation,
- Spring 2009 : Algebra II, Algebraic Topology I, Software Foundations, Hybrid Systems
- Fall 2008 : Algebra I, Riemannian Geometry I
MIT
- Spring 2007 : Symplectic geometry (L) ; Air Traffic Control (L)
- Fall 2007 : Geometry of Manifolds (L)
- Spring 2007 : Algebraic Geometry II ; Statistical Learning Theory
- Fall 2006 : Algebraic Geometry I ; Empirical Processes and Uniform Central Limit Theorems
- Spring 2006 : Algebraic Techniques and Semidefinite Optimization ; Game Theory ; Large-Scale Decision Making (L) ; Queueing Systems (L)
- Fall 2005 : Mathematical Statistics ; Commutative Algebra ; Advanced Stochastic Processes (L)
- Spring 2005 : Multivariable Control Systems ; Randomized Algorithms ; Nonlinear Programming (L)
- Fall 2004 : Dynamic Programming ; Optimization Methods
University of Michigan
- Winter 2003 : Information and Coding Theory ; Mathematics for Fluid Dynamics ; Advanced MEMS Technology (L)
- Fall 2002 : Deterministic and Stochastic Optimal Control ; Mixed-Signal Integrated Circuits ; Digital Integrated Circuits
- Winter 2002 : Advanced Signal Processing ; Nonlinear Systems and Control ; Analog Integrated Circuits ; Theory of Elastic Stability (L)
- Fall 2001 : Monolithic Amplifier Circuits ; Finite Elements ; MEMS ; Wavelets and Time-Frequency Distributions (L)
Polytechnique
- Winter 2001 : Physics of Semiconductors ; Digital Circuits ; Microcontroller Programming ; Introductory Business Law
- Fall 2000 : Signal Processing ; Networks and Queuing Theory ; Dynamical Systems and Optimal Control ; Contemporary Art
- Winter 2000 : Distributions and Fourier Analysis ; Optimization ; Statistical Physics ; Fluid Mechanics ; Political Philosophy ; Art History
- Fall 2000 : Integral and Differential Calculus (intro measure theory) ; Probability Theory ; Algorithms ; Quantum Mechanics ; Continuum Mechanics ; Molecular Biology ; Intro Macro- and Micro- Economic Analysis ; Philosophy
Engineering Schools Exam Preparation (1996-1998)
- Mathematics : calculus and real analysis, abstract and linear algebra, geometry...
- Physics : solid mechanics, dynamics, fields, circuits, chemistry...
- Computer Science : introduction to algorithms and complexity