ECTS
120 credits
Duration
2 years
Training structure
Faculty of Science
Language(s) of instruction
French
Presentation
Theoretical chemistry and molecular modeling play an increasingly important role in chemistry, biochemistry, physics and materials science. This discipline of chemistry provides conceptual tools, qualitative models and quantitative data that allow theoretical chemists to contribute to the development of innovative and tailor-made chemical systems.
100 %
Success rate
Objectives
The aim of the Theoretical Chemistry and Modeling program is to provide students with a rigorous training in theoretical and computational chemistry in order to join the academic world or the R&D teams of large industrial groups. It offers a double competence in computer science and theoretical chemistry through the learning of a programming language and formal algebra tools.
Know-how and skills
Disciplinary Skills:
- Define and implement a numerical modeling strategy from an experimental problem in chemistry, or at the borders with physics and biochemistry (M)
- Exploit and analyze results from calculations based on the main methods of theoretical chemistry (E)
- Develop modeling and simulation tools, particularly for chemistry, through the mastery of computer tools, various numerical methods, and at least one programming language (M)
Cross-Cutting Skills:
- Participate in business meetings in English
- Design, conduct and manage a project independently
- Integrate into a professional environment
Organization
Internships, tutored projects
Internship | Mandatory |
---|
Tutored projects in M1 and M2
- 1 compulsory internship in M1, minimum 2 months
- 1 compulsory internship in M2, minimum 5 months
Program
This course offers a partly shared teaching within the framework of the French Theoretical Chemistry Network (RFCT) with speakers from the different university centers of the South-West Pole (Bordeaux, Montpellier, Pau and Toulouse).
Select a program
M1 - Theoretical chemistry and modeling
Statistical Mechanics (UE Toulouse 3)
4 creditsQuantum Mechanics I
4 creditsLiquid NMR spectroscopy and X-ray diffraction
2 creditsCHOICE 1
2 creditsYour choice: 1 of 2
Advanced inorganic materials
2 creditsThermodynamics and phase equilibria
2 credits
Chemometrics, statistical data analysis, experimental design
2 creditsOrganometallic chemistry and heteroelement chemistry
2 creditsMethodology of materials characterization
2 creditsCHOICE 2
2 creditsYour choice: 1 of 1
Crystallography I
2 credits
Coordination and organic chemistry
2 creditsProfessional projects - project follow-up
8 credits
Molecular Modeling (UE Toulouse 3)
2 creditsInternship 2-4 months
10 creditsQuantum Mechanics II
5 creditsMaterials with remarkable electronic properties
4 creditsTheoretical Spectroscopy
3 creditsCommunication and professional insertion
2 creditsElectronic and optical properties
2 creditsCoordination chemistry of the elements f
2 credits
M2 - Theoretical chemistry and modeling
Project management - Corporate law
4 creditsTheoretical organometallic reactivity
3 creditsModeling and Reactivity
6 creditsMethodology of Quantum Chemistry
3 creditsModeling of materials with specific properties
4 creditsNumerical methods for theoretical chemistry
4 creditsAdvanced English
2 creditsAtomistic simulations
4 credits
Internship 5-6 months
30 credits
Admission
Conditions of access
Applications are made on the following platforms:
- French & European students: follow the "My Master" procedure from the website: https: //www.monmaster.gouv.fr/
- For the M2, the student will have to submit his or her application via the e-candidat application on the website of the Faculty of Sciences of the University of Montpellier.
- International students from outside the EU: follow the "Studies in France" procedure: https: //pastel.diplomatie.gouv.fr/etudesenfrance/dyn/public/authentification/login.html
Target audience
Recruitment level(s): Bac + 3
Education required: the recommended degrees for admission to the Master 1 program are Chemistry-Physics, Chemistry or Physical Sciences.
For direct entry into Master 2 :
Ideally: Master's degree in Chemistry or in Physical and Chemical Sciences, with a strong component in theoretical chemistry and modeling.
Files examined with attention: a less adapted training, but completed by knowledge in modeling (via initial training or in the form of an internship) and accompanied by a strong motivation.
Capacity
5 in M1 and M2
Necessary pre-requisites
The Theoretical Chemistry and Modeling program is primarily intended for students with a general degree in Chemistry-Physics or Chemistry. Students with a general bachelor's degree in science can apply by submitting an application file.
Recommended prerequisites
Hold a Bachelor's degree with a major in Chemistry-Physics or Chemistry.
And then
Further studies
D., most often in the field of chemical modeling (quantum chemistry, molecular or solid modeling and dynamics, theoretical physical chemistry, etc.). Numerous opportunities to pursue a doctorate are available in France and abroad.
Continuing your studies abroad
D., most often in the field of chemical modeling (quantum chemistry, molecular or solid modeling and dynamics, theoretical physical chemistry, etc.).
Professional integration
Graduates enter the field of modeling and simulation (engineer in studies, research and development, chemical engineer in molecular modeling, etc.).
Other occupations accessible to graduates of this course: Programmer Analyst, Software Developer.