• ECTS

    180 credits

  • Duration

    3 years

  • Training structure

    Faculty of Science

  • Language(s) of instruction

    French

Presentation

The CPES is a selective 3-year course leading to a Bachelor's degree, co-organized by a university and a high school. This training is multidisciplinary, of a very high scientific level, with an introduction to research from the first year.

The "Modeling and Numerical Science in Material Sciences" course aims to train specialists in physical and chemical sciences who have complementary skills in numerical methods (mathematics and computer science) in order to address the challenges of science in the age of big data and complex systems. 

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Training benefits

- High-level scientific training close to research and multidisciplinary
- Supervision by teachers of preparatory classes and teacher-researchers of the university
- The vast majority of courses in small groups during the first two years
- Numerous project-based courses aimed at developing autonomy and critical thinking; research-related projects or internships from the first year.

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Objectives

At the end of the three years of training, students continue on to a Master's degree with a double skill sought. The aim of the training is to provide them with the skills necessary to aim for opportunities, at the end of the Master's degree or a doctoral thesis, in the professions of public research or business R&D departments.

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Know-how and skills

The CPES provides students with a complete undergraduate education in physics or physics and chemistry. This skill is complemented by a background in mathematics and computer science focused on the modeling of natural phenomena, numerical simulation, analysis of large datasets, artificial intelligence and the programming of computer tools.

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Organization

Work-study arrangements

The CPES is not accessible in work-study training.

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Program

The CPES is the result of a partnership between the University of Montpellier (Faculty of Science) and the Lycée Joffre (teachers of preparatory classes). Students are supervised during the first two years by teachers from preparatory classes and teacher-researchers from the university, and divide their time between the two institutions (80% in high school and 20% at university in the first year, 50% on each side in the second year). In the third year, students are part of an existing Bachelor's degree in the Faculty of Science while maintaining a specific course allowing them to develop their complementary skills in mathematics and computer science.

Transversal courses in modern foreign language (English) and general culture, as well as an introduction to the major economic and geopolitical problems of the contemporary world (in the first year) are also offered.

Each year, a research discovery project or internship takes place at the end of the academic year. These courses allow students to discover the issues involved in the research professions, to participate in existing research projects and to implement the numerical and modeling methods taught throughout the training. In addition, part of the teaching is carried out in project-based learning and gives rise to independent or group work.

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Select a program

  • Chemistry S1 (Joffre)

    3 credits
  • Mathematics S1 (Joffre)

    5 credits
  • Physics S1 (Joffre)

    4 credits
  • Modern Language S1 (Joffre)

    2 credits
  • Contemporary world issues S1 (Joffre)

    2 credits
  • Computing S1 (Joffre)

    4 credits
  • CPES Computer Science S1

    2 credits
  • CPES Mathematics S1

    2 credits
  • Deepening CPES Sc subject S1

    4 credits
  • General Culture S1 (Joffre)

    2 credits
  • Physics S2 (Joffre)

    5 credits
  • Advanced CPES Mathematics S2

    2 credits
  • Chemistry S2 (Joffre)

    2 credits
  • Contemporary world issues S2 (Joffre)

    1 credits
  • CPES Sc Material S2 Project

    1 credits
  • Mathematics S2 (Joffre)

    5 credits
  • Deepening CPES Sc subject S2

    4 credits
  • Computing S2 (Joffre)

    4 credits
  • CPES Computer Science S2

    2 credits
  • General Culture S2 (Joffre)

    2 credits
  • Modern language S2 (Joffre)

    2 credits
  • Mathematics S3 (Joffre)

    2 credits
  • Oscillator Physics

    36h
  • Complements to general mathematics CPES S3

    2 credits
  • Advanced CPES Mathematics S3

    2 credits
  • Thermodynamics 2

    36h
  • Modeling in CPES chemistry

    2 credits
  • Computing S3 (Joffre)

    2 credits
  • Physics-Chemistry S3 (Joffre)

    6 credits
  • CPES Computer Science S3

    2 credits
  • Deepening CPES Sc subject S3

    4 credits
  • English CPES S3

    1 credits
  • General Culture S3 (Joffre)

    1 credits
  • General Culture S4 (Joffre)

    1 credits
  • CPES Computer Science S4

    2 credits
  • Mathematics S4 (Joffre)

    2 credits
  • Physics-Chemistry S4 (Joffre)

    6 credits
  • Atomistics & Reactivity

  • Advanced CPES Mathematics S4

    2 credits
  • CPES Sc Material S4 Project

    1 credits
  • Computer Physics

    36h
  • Conservation, dissemination and propagation CPES S4

    2 credits
  • IT S4 (Joffre)

    2 credits
  • Deepening CPES Sc subject S4

    3 credits
  • English CPES S4

    1 credits

Licence 3 CPES Modélisation et numérique en sciences de la matière Chemistry

See the complete page of this course

  • Thermodynamics - micro and macroscopic aspects

    4 credits
  • Inorganic Materials - Synthesis and Characterization Part 1

    3 credits
  • English S5

    2 credits
  • Deepening CPES Computer Science S5

    3 credits
  • CPES S5 Electrodynamics

    4 credits
  • Math Tools S5

    6 credits54h
  • Deepening CPES Sc subject S5

    4 credits
  • Analytical Mechanics CPES S5

    4 credits
  • Organic chemistry

    2 credits
  • Statistical Physics

    5 credits45h
  • Theoretical bases in spectroscopy

    4 credits
  • Hydrodynamics

    3 credits27h
  • Deepening CPES Computer Science S6

    3 credits
  • CPES Sc Material S6 Project

    5 credits
  • Quantum Mechanics

    5 credits45h
  • Physics and Experimental Chemistry CPES S6

    3 credits

Licence 3 CPES Modélisation et numérique en sciences de la matière Physics Chemistry

See the complete page of this course

  • Thermodynamics - micro and macroscopic aspects

    4 credits
  • Inorganic Materials - Synthesis and Characterization Part 1

    3 credits
  • English S5

    2 credits
  • Deepening CPES Computer Science S5

    3 credits
  • CPES S5 Electrodynamics

    4 credits
  • Math Tools S5

    6 credits54h
  • Deepening CPES Sc subject S5

    4 credits
  • Analytical Mechanics CPES S5

    4 credits
  • Organic chemistry

    2 credits
  • Statistical Physics

    5 credits45h
  • Theoretical bases in spectroscopy

    4 credits
  • Hydrodynamics

    3 credits27h
  • Deepening CPES Computer Science S6

    3 credits
  • CPES Sc Material S6 Project

    5 credits
  • Quantum Mechanics

    5 credits45h
  • Physics and Experimental Chemistry CPES S6

    3 credits

Licence 3 CPES Modélisation et numérique en sciences de la matière Physics

See the complete page of this course

  • Thermodynamics - micro and macroscopic aspects

    4 credits
  • English S5

    2 credits
  • Deepening CPES Computer Science S5

    3 credits
  • CPES S5 Electrodynamics

    4 credits
  • Math Tools S5

    6 credits54h
  • Analytical and Quantum Mechanics

    7 credits63h
  • Deepening CPES Sc subject S5

    4 credits
  • Organic chemistry

    2 credits
  • Statistical Physics

    5 credits45h
  • Theoretical bases in spectroscopy

    4 credits
  • Hydrodynamics

    3 credits27h
  • Deepening CPES Computer Science S6

    3 credits
  • CPES Sc Material S6 Project

    5 credits
  • Quantum Mechanics

    5 credits45h
  • Physics and Experimental Chemistry CPES S6

    3 credits

Admission

Access conditions

For entry into the first year of the course:
• Bachelor's degree or equivalent
• Minimum B2 level of French
• For French baccalaureate holders or future baccalaureate holders or from the European Union, the European Economic Area (EEA), the Swiss Confederation, Monaco or Andorra: application via the Parcoursup platform
• For candidates of foreign nationality, who do not hold or are not preparing for a French baccalaureate or a European baccalaureate and who are not nationals of the European Union, the European Economic Area (EEA), the Swiss Confederation, Monaco or Andorra and who reside in one of the countries with a Campus France area: apply on the Campus France website of your country of residence.
• For other candidates who do not meet the criteria described in the two previous points: application via Parcoursup.

Applications for entry into L2 or L3 CPES for external students are made via the e-candidate platform.

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How to register

Registrations are made after acceptance via the Parcoursup procedure or via the Etudes en France platform of Campus France, depending on the public concerned.  Enrolment in L2 or L3 of external students is done after acceptance via the e-candidate procedure.

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Target audience

The course is aimed at motivated baccalaureate holders, interested in the applications of mathematics and computer science to experimental sciences, ready to invest in a training close to research and original. The program is looking for a variety of profiles, and pays particular attention to social and geographical diversity, especially scholarship holders.

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Tuition fees

Tuition fees include a contribution to student and campus life (CVEC) and registration fees, at the same level as those charged for enrolling in a Bachelor's degree in a public university. French higher education scholarship holders are exempt from the tuition fee part.

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Necessary prerequisites

The CPES is aimed at baccalaureate holders who have followed scientific training during their secondary studies. Have completed a specialty in mathematics and physics-chemistry and highly recommended. On the other hand, it is not necessary to have taken computer science courses.

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And then

Further studies

The objective of the CPES is to lead students to pursue a research-oriented Master's degree (a degree that can then be followed by a doctoral thesis), with a multidisciplinary component.

Within the University of Montpellier, Bachelor's degree graduates from the CPES can naturally turn to the multidisciplinary Master's degrees or those with a strong digital component, for example the Computational Physics, Life Physics, Astrophysics, Cosmos-Fields-Particles courses of the Master's degree in Physics, the Master's degree in Science and Digital Technology for Health, the Theoretical Chemistry and Modeling course of the Master's degree in Chemistry, the Master's degree in Energy, etc. (non-exhaustive list). Many other Master's degrees outside Montpellier or abroad are looking for multidisciplinary profiles such as those of CPES graduates.

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Bridges and reorientation

It is still possible during the course of the course (end of the first semester of L1, end of L1, end of L2) to join the Bachelor's degree in Physics or the Bachelor's degree in Physics-Chemistry.

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Professional integration

As an undergraduate university course, the CPES is not intended to offer professional integration at the end of the 3 years of training, it must take place after two additional years (Master's years), i.e. at bac +5.

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