Basic courses


  • A1 - Introduction to complex algebraic surfaces (E. Floris): syllabus A1
  • A2 - An introduction to hyperbolic and translation surfaces (C. Boissy): syllabus A2
  • A3 - Introduction to representation theory (F. Deloup): syllabus A3
  • A4 - Uncertainty principles and null-controllability (P. Alphonse): syllabus A4
  • A5 - Sobolev spaces & Elliptic equations (X. Lamy, M. Maris): syllabus A5
  • A6 - An introduction to the theoretical and numerical analysis of scalar conservation laws (T. Crin-Barat and C. Negulescu): syllabus A6
  • A7 - Convergence of Probability Measures and Introduction to Optimal Transport (M. Pain): syllabus A7
  • A8 - Stochastic calculus (S. Cohen): syllabus A8
  • A9 - Asymptotic statistics (C. Lalanne, P. Neuvial): syllabus A9
  • A10 - Approximation of PDEs (G. Haine, D. Matignon, S. Pernet and M. Salaün): syllabus A10
  • A11 - Advanced statistical methods (B. Bobbia and F. Simatos): syllabus A11
  • A12 - MINT "inverted class" An Invitation to Arithmetic Geometry (J. Gillibert): syllabus A12
  • A13 - MINT course at ISAE on Controlled Dynamical Systems: Structured Modelling and Numerical Methods (A. Brugnoli, M. Fournié, G. Haine, D. Matignon and C. Poussot-Vassal): syllabus A13
  • A14 - An introduction to nonlinear partial differential equations (F. Filbet): syllabus A14

    • Advanced courses


  • B1 - Affine Surfaces, Homogeneous Vector Fields and Germs Tangent to the Identity (X. Buff): syllabus B1
  • B2 - Rational surfaces and transformation groups (S. Lamy): syllabus B2
  • B3 - Introduction to micromagnetics (R. Ignat): syllabus B3
  • B4 - Regularization of Ill-posed Inverse Problems and Applications (P. Maréchal): syllabus B4
  • B5 - Random walks and graphs (B. Mallein): syllabus B5
  • B6 - Robust Optimization and Statistical Learning (F. Iutzeler): syllabus B6

    • Reading seminars


  • C1 - Geometric group theory (S. Geninska and M. Wolff): syllabus C1
  • C2 - I - Unique continuation for elliptic partial differential equations. II - Introduction to reaction-diffusion equations (J. Dardé and G. Faye): syllabus C2
  • C3 - Entropy and Large Deviations (C. Pellegrini): syllabus C3