Analytical, Physical and Theoretical Chemistry (CAPT) Program
The Analytical, Physical and Theoretical Chemistry (CAPT) program brings together particular teaching units that provide the necessary theoretical and experimental knowledge to interpret and implement a wide range of phenomena involving the atomic and molecular realities of the material world.
Overview
CAPT is fully integrated into the field of chemistry, where it benefits from valuable exchanges with other preparatory (molecular chemistry and materials) and engineering (chemical engineering) areas of the field. While dealing with the same topics as physics and biology, the CAPT program considers them in a manner that reflects its singularity when it comes to modeling (theoretical chemistry), studying (physical chemistry) and characterizing (analytical chemistry).
Specializations in this field and its interfaces
CAPT graduates have skills that depend on the combination of UEs they choose. All graduates take the majority of their UEs in the CAPT field, but some specializations require UEs from other fields.
| Specialization profile | On completion of this specialization, students will be able to... |
|---|---|
| Analytical chemistry | Master theoretical concepts and experimental methods for isolating, characterizing and quantifying chemical substances. |
| Durability and corrosion of materials | Master the theoretical concepts and experimental methods for improving the service life of materials. |
| Electrochemistry | Master theoretical concepts and experimental methods to design and optimize electrochemical devices. |
| Formulation | Master theoretical concepts and experimental methods to design and develop formulated systems. |
| Molecular modeling and applications | Model molecular systems or materials to interpret and predict their behavior. |
| Spectroscopies | Master theoretical concepts and experimental methods in the field of spectroscopy. |
| Surfaces, interfaces, thin films | Master theoretical concepts and experimental techniques to characterize and interpret physico-chemical phenomena at interfaces and design functional surfaces. |
Contacts
Responsable administrative
- Céline Philippon
