- Teaching coordinator: Jeremie Bettinelli
- Teaching coordinator: Nicolas Brigouleix
- Teaching coordinator: Ludovic Cesbron
- Teaching coordinator: François Golse
- Teaching coordinator: Carole Juppin
- Teaching coordinator: Gael Raoul

Category: Bachelor 1

- Teaching coordinator: Jeremie Bettinelli
- Teaching coordinator: Nicolas Brigouleix
- Teaching coordinator: Ludovic Cesbron
- Teaching coordinator: François Golse
- Teaching coordinator: Carole Juppin
- Teaching coordinator: Gael Raoul

Category: Bachelor 1

The first part of this course is focussed on the notion of Riemann integral. After introducing the notion of Riemann integrable function, we briefly discuss the basic properties of such functions. Next we present the classical methods for computing integrals (integration by parts, integration by substitution, integration of rational fractions, elementary abelian integrals…) Finally, we study the main notions and results on improper integrals.

The second part is dedicated to the study of ordinary differential equations, mainly first order linear differential equations and linear systems of ODEs, with a special focus on linear differential equations with constant coefficients.

The third part is devoted to the study of plane parametric curves. We will see their fundamental properties and how to sketch a plane curve. We will cover parametric curves in Cartesian coordinates and in polar coordinates.

The second part is dedicated to the study of ordinary differential equations, mainly first order linear differential equations and linear systems of ODEs, with a special focus on linear differential equations with constant coefficients.

The third part is devoted to the study of plane parametric curves. We will see their fundamental properties and how to sketch a plane curve. We will cover parametric curves in Cartesian coordinates and in polar coordinates.

- Teaching coordinator: Jeremie Bettinelli
- Teaching coordinator: Nicolas Brigouleix
- Teaching coordinator: Ludovic Cesbron
- Teaching coordinator: François Golse

Category: Bachelor 1

The first part of this course is focussed on the notion of Riemann integral. After introducing the notion of Riemann integrable function, we briefly discuss the basic properties of such functions. Next we present the classical methods for computing integrals (integration by parts, integration by substitution, integration of rational fractions, elementary abelian integrals…) Finally, we study the main notions and results on improper integrals.

The second part is dedicated to the study of ordinary differential equations, mainly first order linear differential equations and linear systems of ODEs, with a special focus on linear differential equations with constant coefficients.

The third part is devoted to the study of plane parametric curves. We will see their fundamental properties and how to sketch a plane curve. We will cover parametric curves in Cartesian coordinates and in polar coordinates.

The second part is dedicated to the study of ordinary differential equations, mainly first order linear differential equations and linear systems of ODEs, with a special focus on linear differential equations with constant coefficients.

The third part is devoted to the study of plane parametric curves. We will see their fundamental properties and how to sketch a plane curve. We will cover parametric curves in Cartesian coordinates and in polar coordinates.

- Teaching coordinator: Jeremie Bettinelli
- Teaching coordinator: Nicolas Brigouleix
- Teaching coordinator: Ludovic Cesbron
- Teaching coordinator: François Golse
- Teaching coordinator: Yichen Qin

Category: Bachelor 1