Teacher(s)
Language
French
Learning outcomes
At the end of this learning unit, the student is able to : | |
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Content
The topics covered are:
1. Integrals
2. Functions of several variables
3. Concepts and tools of comparative statics: derivation of composite functions, implicit function theorem, first-degree approximations, homogeneous and homothetic functions, manipulations of systems of equations.
4. Multi-Variable Optimization
5. Constrained optimization
Beyond the rigorous presentation of mathematical concepts, the course will also address and discuss numerous economic applications (directly related to the second objective of the course): area calculations (distribution of income, consumer surplus), cross and partial elasticities, comparative static exercises, profit maximization of the competitive firm, the constrained consumer choice problem, etc.
1. Integrals
2. Functions of several variables
3. Concepts and tools of comparative statics: derivation of composite functions, implicit function theorem, first-degree approximations, homogeneous and homothetic functions, manipulations of systems of equations.
4. Multi-Variable Optimization
5. Constrained optimization
Beyond the rigorous presentation of mathematical concepts, the course will also address and discuss numerous economic applications (directly related to the second objective of the course): area calculations (distribution of income, consumer surplus), cross and partial elasticities, comparative static exercises, profit maximization of the competitive firm, the constrained consumer choice problem, etc.
Teaching methods
A) The lectures
The lectures consist of an exposition of concepts and explanatory mechanisms. They follow the general structure of the plan detailed above and therefore also quite closely that of the reference manual mentioned below. The different parts of the material may, however, succeed one another in a slightly different order than in the reference manual.
B) TA (Teaching Assistant) sessions
Students are divided into groups. The sessions require preparation of the students, who are responsible for preparing a selection of "core" exercices distributed on the course website at least one week before each work session. The TA session itself combines individual work (during which the assistant answers any questions) and interaction with the assistant on a series of more complex exercises.
C) Continuous Assessment Sessions
Throughout the course, students also regularly participate to short written tests aimed at evaluating an initial assimilation of the taught concepts. The corrected questions are handed to the students during the exercise sessions, and can be discussed with the assistants.
The lectures consist of an exposition of concepts and explanatory mechanisms. They follow the general structure of the plan detailed above and therefore also quite closely that of the reference manual mentioned below. The different parts of the material may, however, succeed one another in a slightly different order than in the reference manual.
B) TA (Teaching Assistant) sessions
Students are divided into groups. The sessions require preparation of the students, who are responsible for preparing a selection of "core" exercices distributed on the course website at least one week before each work session. The TA session itself combines individual work (during which the assistant answers any questions) and interaction with the assistant on a series of more complex exercises.
C) Continuous Assessment Sessions
Throughout the course, students also regularly participate to short written tests aimed at evaluating an initial assimilation of the taught concepts. The corrected questions are handed to the students during the exercise sessions, and can be discussed with the assistants.
Evaluation methods
The final grade will be an average of two grades, the weighting of which will be announced to the students at the beginning of the semester: a grade from the continuous assessment (which will however only be taken into account in the first session and if it allows the student's final mark to be increased) and a final examination grade. The final exam is written. It aims at verifying the acquisition of the theoretical knowledge and the understanding of the concepts presented in the course, as well as the acquisition of techniques to solve exercises and applications. In particular, the student will be asked to apply these techniques to real mathematical and economic problems.
Online resources
See moodle page of the course.
Bibliography
Ouvrage de référence: Sydsaeter, K., Hammond, P., Strom, A. et Carvajal, A., Mathématiques pour l’économie, 6e édition, Pearson, isbn : 978-1-292-35928-1
Faculty or entity
