.jpeg?width=528&height=446&quality=80&format=webp)
Description
The specific skills developed in this course are:
Solve energy-related problems using the physicist's tools and methods
Model a physical system in order to establish an energy balance
Know the main methods of mass energy production and the associated physical mechanisms
Applying methods developed in physics to issues related to the energy transition
Apply numerical calculation methods to solve fluid mechanics problems
Requirement
Access to the “Physics and Energy Transition” course of the Physics Degree requires validation of the L2 Physics of Aix-Marseille University or a diploma deemed equivalent by the educational committee of the Degree.
Admission to L3 “Physics and energy transition” is also possible for students from CPGE, engineering schools, or IUT upon examination of the file.
RCOMMENDED PREREQUISITES
The “Physics and Energy Transition” course of the Physics Degree requires very good skills in fundamental and applied physics. A good level in mathematics is also necessary.
Structure
The semesters of each year of the Physics Degree are organized into three teaching blocks (knowledge and skills blocks), which bring together several courses: a block to learn how to analyze, model and solve physics problems, a block to learn how to choose and implement methods and tools from fundamental knowledge in physics and a block to develop one's professional project and enrich one's discipline with related knowledge. A block is spread over one year, within a block the courses can compensate for each other, but the blocks do not compensate for each other, thus guaranteeing the validation of both scientific and non-disciplinary skills.