2024-2025 (UFR SJEPG)
Microeconomics 2 (Bachelor degree, Year 1, Tutorials): Technology of production, producer costs, isoquant, isocosts, budget set, consumer choice, preferences, utility function, demand functions, elasticity
Statistics and probabilities (Bachelor degree, Year 2, Tutorials): Classic probability distributions (discrete and continous, densities, cumulative functions, expectancy, variance), joint and marginal distribution
Microeconomics 4 (Bachelor degree, Year 3, Tutorials): Exchange economy, Walras demand, Pareto utility, Edgeworth box, general equilibrium, top trading cycle algorithm, Gale-Shapley algorithm
Mathematics for economics and managers (Bachelor degree, Year 2, Tutorials): Matrix computations, trace and determinant, linear and non linear system, calculus of real functions of 2 or 3 variables, Schwarz theorem, local and global extrema, hessian matrix, sign of a matrix, optimization (without or with linear constraint).
2023-2024 (UFR SJEPG)
Introduction to microeconomics (Bachelor degree, Year 1, Tutorials): Perfect competition, surplus, technology of production, producer costs, isoquant, isocosts.
Mathematics for economics and managers (Bachelor degree, Year 2, Tutorials): Matrix computations, differential calculus, optimization
Remedial in microeconomics (Bachelor degree, Year 3, Lectures and Tutorials): Exchange economy, Walras demand, Pareto utility, Edgeworth box, general equilibrium, top trading cycle algorithm
2022-2023 (UFR SJEPG)
Statistics and probabilities (Bachelor degree, Year 2, Tutorials): Classic probability distributions (discrete and continous, densities, cumulative functions, expectancy, variance), joint and marginal distribution
Inferential statistics (Bachelor degree, Year 2, Tutorials): quantile for normal and Student distributions, inference of a parameter, central limit theorem, confidence interval, hypothesis tests
Microeconomics (Bachelor degree, Year 1, Tutorials): Utility function, budget set, consumer choice, demand functions, elasticity
2021-2022 (UFR SJEPG)
Institutions (Master course, Year 5, Lectures)