Teaching

Calculus (first-year computer-science students, 50h): equations and inequations, functions, sequences, limits, asymptotic analysis.
Probability (first-year mathematics students, 50h): sets and functions, sums and products, combinatorics, conditional probabilities, common probability distributions.
Applied Linear Algebra (third-year applied-mathematics students, 10h): linear programming, matrix decomposition, singular value decomposition, two-phase simplex method.
Linear Algebra (second-year mathematics students, 35h): Euclidean spaces, Gram-Schmidt process, morphisms of Euclidean spaces, symmetries and projections, binary quadratic forms, symmetric matrices and orthogonal diagonalisation.
Algebra (first-year computer-science students, 50h): systems of linear equations, real polynomials, \(\mathbb{R}^n\) algebra and vector spaces.

Calculus (first year computer science students, 50h): equations and inequations, functions, sequences, limits, asymptotic analysis.

Approfondissement en Mathématiques (first-year mathematics students, 30h): induction, logic, sets, complex numbers, differential equations.
"Colles" in Approfondissement en Mathématiques (first-year mathematics students, 10h): induction, logic, sets, complex numbers, differential equations.
Linear Algebra (second-year mathematics students, 15h): Euclidean spaces, Gram-Schmidt process, morphisms of Euclidean spaces, symmetries and projections.