Applied Mathematics
PSL host school
The Bachelor's in Applied Mathematics focuses on mathematics (particularly optimization probabilities and statistics) and is complemented by introductory courses in other areas of mathematics as well as elective courses in economics, finance, IT and other sciences. It is the first step in a curriculum that is very popular with a number of businesses in the service industry (financial markets, actuarial services, marketing, scoring, polling, big data. management, digital image processing, modeling and mathematical analysis, multimedia, etc.) but can also lead to advanced studies in applied mathematics and a doctoral thesis.
The first year (L1) of the Bachelor's degree in Mathematics and Computer Science offers a solid scientific training in mathematics and computer science, complemented by courses in economics and modern languages. The development and use of mathematics and computer science have become exponential and widespread in many technologies and sectors. The construction of decision-making, statistical analysis and data processing tools (in economics, ecology, medicine or finance, for example) relies on elaborate mathematical relationships, the fundamental principles and concepts of which are taught during the Mathematics and Computer Science degree.
Teaching objectives
- Acquire training focused on mathematics and complemented by optional courses in economics, finance, and computer science
- Acquire skills in high demand within many professions and activities in the service industry
- Offers the possibility to complete digital projects
The Bachelor’s Degree in Applied Mathematics aims to provide students with a strong foundation at undergraduate level in theoretical and numerical analysis, probability, and statistics, while also offering an opening toward other disciplines such as computer science, physics, and economics.
Program objectives
- Develop rigorous reasoning skills
- Acquire advanced knowledge in applied mathematics
- Gain perspective on the entire Bachelor’s curriculum by understanding the strong links between the different fields
- Be able to implement simulations and numerical method
→ More information about the Bachelor's degree Applied mathematics
Admission requirements for Bachelor year 1
→ Learn more about the admission requirements and enrollment for Year 1
Prerequisites for Year 1 (L1)
- Baccalaureate diploma in any category (category S recommended) or equivalent for international students
- Solid foundation in mathematics
- Good general knowledge
Selection process
Application to be completed on the Parcoursup platform
Prerequisites: Baccalaureat or equivalent for international students
Admission requirements for Bachelor year 3
Prerequisites and/or recommended diplomas to enter the program:
- Students who have passed the second year of the Bachelor's in Mathematics-Economics at Dauphine-PSL are automatically admitted.
- Students who have completed a BAC+2 degree (a two-year degree worth 120 ECTS) or an equivalent such as a DUT or BTS in a scientific field at Dauphine or another university or institution of higher education in France or Europe
- Students who have taken preparatory courses in scientific or economic fields
- Admission through the BECEAS competitive examination is possible for external applicants
Selection procedure
Online application via the MyCandidature platform.
Find all the information on the application page.
Tuition fees
More information aout tuition fees
School for registration: Dauphine - PSL
Diploma delivered: Institutional Bachelor’s degree conferred by Université PSL.
La licence de Mathématiques appliquées, a pour objectif de de transmettre de solides connaissances de niveau Licence en analyse théorique et numérique, en probabilités et en statistiques, tout en offrant une ouverture vers d’autres disciplines telles que l’informatique, la physique ou l’économie.
Objectifs de la formation
- Développer une rigueur dans le raisonnement
- Acquérir de nouvelles connaissances en mathématiques appliquées
- Prendre du recul sur l’ensemble du cursus de licence, en comprenant les liens étroits entre les différents domaines
- Être en mesure de mettre en œuvre des simulations et des méthodes numériques
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