Targeted level of study
BAC +3
ECTS
180 credits
Duration
3 years
Training structure
Faculty of Science
Language(s) of instruction
French
Presentation
Physics-Chemistry: L1 in the PCSI Portal (Physics, Chemistry, Engineering Sciences)
Areas of study:
Point, solid and fluid mechanics. Thermodynamics, statistical physics. Wave physics. Optics. Electromagnetism. Electromechanics. Quantum mechanics. Experimental physics.
Organic chemistry. Inorganic chemistry. Inorganic materials, characterizations. Atomistics. Reactivity. Solution chemistry and electrochemistry. Symmetry and spectroscopy. Experimental chemistry.
Mathematical tools, computer tools (python programming)
Languages and general culture Introduction to teaching professions
The advantages of the training
The PC license is a generalist license in Material Sciences based on both Physics and Chemistry. The knowledge base that it provides is sufficiently solid and broad for students to be able to pursue a Master's degree in MEEF, research masters or engineering schools. Thus, the Physics and Chemistry degree provides much more than a double skill. It opens up a whole range of disciplines at the interfaces of these two sciences, but also at the interfaces of many others that are at the heart of today's major societal concerns: biology, earth and environmental sciences, applied mathematics and computer science.
Objectives
The Physics and Chemistry Bachelor's degree is a generalist degree in the Sciences of Matter, aiming to provide a solid foundation of skills in the fields of Physics and Chemistry. It allows for a wide range of further studies, from professional licenses to doctorates, including masters and engineering schools, leading to professional integration at different levels, from senior technician to researcher or teacher-researcher, including engineering jobs, in the private or public sectors.
Know-how and skills
- Mobilize mathematical, computer science, physics and chemistry concepts to approach and solve problems at a high level of abstraction.
- Learn about scientific computing through numerical tools
- Identify and carry out independently the different steps of an experimental approach.
- Use the most common laboratory measuring devices in the fields of physics and chemistry
- Validate a model by comparing its predictions with experimental results and assess its validity limits.
- Identify sources of error to calculate the uncertainty of an experimental result.
- Identify and select various resources (bibliographic, web,...) to document a topic.
- Write a report of experiments or bibliographic research
- Present orally the results of a research or bibliographical study
Organization
Knowledge control
Final exam with a make-up session in most of the UE, continuous control sometimes, especially for the practical work
Program
Select a program
License 2
License 3
And then
Further studies
- Masters in Physics and Chemistry in Materials Engineering, Water, Life Sciences, Scientific Communication, Digital Physics, Biomedical Physics, Materials Chemistry, Pharmaceutical Health Chemistry, Microelectronics and Nanotechnologies, Nanoscience and Quantum Technologies, Sustainable Development...
- Master's degree in Teaching, Education and Training (MEEF) Physics and Chemistry.
- Engineering schools (admission by application)
- Professional licenses