Plaquette de la formation
- Langue du parcours :Anglais
- ECTS :120
- Volume horaire TPTDCICM
- Formation initialeFormation continue
- ApprentissageContrat de professionnalisation
- Stage : durée (en semaines):16
Objectifs du programme
Objectives of this year program are to train students in physics, biology, chemistry, and maths, with practicals.
The focus is targeted on biological functions and translations between scientific fields.
The focus is targeted on biological functions and translations between scientific fields.
- Topics: Systems biology, Cell physics, Developmental biology, Statistical mechanics, Collective effects, Experimental physics, Chemical biology.
- Practicals: Molecular biology, Cell biology, Developmental biology, Numerical simulations, Machine shop, Microfabrication and microfluidics, Electronics, Imaging.
Compétences à acquérir
Students who will graduate from this program will have a deep understanding of living matter and its complexity.
With basics at the beginning of the year in biology, physics, maths, chemistry, and the students from any scientific backgrounds will be prepared to follow lectures by 20 lecturers from Europe in this integrated course.
Each week, a master meeting will allow to debate ideas in lectures and in the field. Introductions to scientific writing and patents will be given throughout the year.
With basics at the beginning of the year in biology, physics, maths, chemistry, and the students from any scientific backgrounds will be prepared to follow lectures by 20 lecturers from Europe in this integrated course.
Each week, a master meeting will allow to debate ideas in lectures and in the field. Introductions to scientific writing and patents will be given throughout the year.
Contact(s)
Daniel Riveline
Modalités d'inscription
- Retrouvez l'ensemble des informations relatives à votre admission et inscription (conditions, délais, tarifs), sur le site de l'université de Strasbourg.
Poursuite d'étude
- This program prepares for doctoral studies in France and abroad.
Programme des enseignements
Physique cellulaire (PC)
- CMCITDTPTE
UE 1 - Semestre 1 - Quantum Mechanics and Statistical Mechanics - 9 ECTS
UE 2 - Semestre 1 - Computer programming and Current research in physics - 6 ECTS
UE 3 - Semestre 1 - Experimental Physics I - 6 ECTS
UE 4 - Semestre 1 - Elective course (2 to choose among) - 6 ECTS
- Mécanique des milieux continus
- Astrophysical objects and their observations
- Group Theory
- Ionizing radiation and detection methods
- General relativity
- Physique statistique avancée & Introduction à l’analyse complexe
- Variational principles and analytical mechanics
- Advanced quantum mechanics
- Project
- Photonics for quantum science and technology
- Soft Condensed Matter
UE 5 - Semestre 1 - Free course - 3 ECTS
UE facultative (au-delà de 30 ECTS validés) - Bases de mécanique quantique et physique statistique - 3 ECTS
UE Facultatives ITI HiFunMat M1S1Physique
- CMCITDTPTE
UE 1 - Semestre 2 - Nuclear Physics and Elementary Particles - Solid State physics - 9 ECTS
UE 2 - Semestre 2 - Computer programming and Numerical simulations - 3 ECTS
UE 3 – Semestre 2 - Laboratory physics - 12 ECTS
UE 4 - Semestre 2 - Elective course (1 to choose among) - 3 ECTS
UE 5 - Semestre 2 - Free course - 3 ECTS
UE 6 - Semestre 2 - Optional - 3 ECTS
UE Facultatives ITI HiFunMat M1S2Physique
- CMCITDTPTE
UE 1 - Semestre 3 - Physique à l’échelle de la cellule et physique statistique hors équilibre - 6 ECTS
UE 2 - Semestre 3 - Biologie cellulaire, biologie des systèmes - 6 ECTS
UE 3 - Semestre 3 - Chimie pour le vivant - 3 ECTS
UE 4 - Semestre 3 - Mathématiques pour le vivant - 3 ECTS
UE 5 - Travaux pratiques pour le vivant (4 au choix) - 9 ECTS
UE 6 - Rédaction d'article scientifique - 3 ECTS
UE Facultative au-delà de 30 ECTS validés (1 au choix)