# Teaching

##### 2020/2021

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##### 2019/2020 - Sciences & Technologies, Bordeaux University

**Lecture/Exercise sessions, 2nd year Mathematics for engineers**(32h): Generalized integrals, Laplace and Fourier transforms. Supervision: Ahmed Noussair.

##### 2018/2019 - Sciences & Technologies, Bordeaux University

**Lecture/Exercise sessions, 1st year Mathematics**(36h): Sequences and series convergence, equivalence relations. Supervision: Guillaume Ricotta.

### As a Teaching assistant

I was a teacher within the Math-Info UFR of Paris Descartes University during the year **2016/2017**.

##### 1st year of Licence

**Lecture/Exercise sessions, 1st year Mathematics**(24h): Integration. Supervision: Annie Raoult.

##### 2nd year of Licence

**Exercise sessions, Algebra**(96h): Vector spaces ; Linear applications ; Endomorphism reduction ; Euclidean spaces ; Linear differential systems with constant coefficients. Supervision: Rachid Lounès.**Exercise sessions, Analysis**(48h): Sequences and series of functions, power series, Fourier series ; Many-variable functions, integrals with parameters. Supervision: Marc Briant.

##### 3rd year of Licence

**Exercice and practical sessions of Numerical analysis (Scilab)**(24h): Solving technics for numerical problems (theory, algorithmic, programming) ; Matrix decomposition (LU, Choleski), iterative methods. Supervision: Georges Koepfler.

### As a PhD student

I was a teacher in the Physical Measures department of Orsay IUT from **2013/2014 to 2015/2016**.

##### 1st year

**Exercise sessions, Mathematics**(87h): Analysis, trigonometry, complex numbers. Geometry, differential equations. Supervision: Maximilien Lagron.**Practical sessions, Algorithmic (Python)**(56h): Tests, loops, functions, input/output. Supervision: Sabine Marduel.**Lecture and practical sessions (Excel), Data analysis**(6h): Statistical tools for uncertainty measure (mean, standard deviation, linear regression). Supervision: Thierry Guilbaud.

##### 2nd year

**Exercice sessions, Harmonic analysis and Statistics**(16.5h): Basic probability & statistics. Signal representation, Fourier series decomposition. Supervision: Florence Alberge.**Exercice sessions, Mathematics for physics**(33h): Generalized integrals, linear algebra, endomorphisms, surface integrals. Supervision: Maximilien Lagron.