Nos tutelles


 

Rechercher




Accueil > Coin des étudiants > Formations

Master Exploring Life and Environment

publié le , mis à jour le

EVE aims to offer a solid education in physical instrumentation and methods for the study of living systems and of the environment.

The presence in Grenoble of several special large research instruments, such as the European Synchrotron Radiation Facility (ESRF) and the neutron facility of the Laue-Langevin Institute (ILL), state-of-the-art analytical and material characterization research tools in electronic microscopy, mass spectroscopy, as well important facilities in modern biology like the Institute of Neurosciences (GIN) or Albert Bonniot Institute (IAB) makes it uniquely suited to offer a research-oriented, 2nd-year master program like EVE.

The core program of EVE includes 3 courses : structural and dynamical biology, statistical data analysis and numerical simulation, optics and biological systems. Depending on their interests and career objectives, students are then free to chose 5 other courses between Physics of Living Systems , Physics of Complex Fluids , Cell Biology , Magnetic resonance imaging , optical spectroscopy , image processing , biomedical imaging. It’s not just training physicists able to develop instrumentation, but also experimental physicists training to understand, explore and modelise complex matter like the living matter.

IMPORTANT

Enrollment in the EVE Research Master :

1) "Phelma" engineering students who would want to follow EVE courses as part of their 3rd-year curriculum should contact :

Judith Peters

2) All others can follow the instructions on the dedicated UGA web page

The Core Curriculum

21 ECTS for the d’enseignements within the core curriculum except the internship (credited for 24 ECTS)

  • Structural and dynamical biology (6 ECTS) : Catherine BOUGAULT and Dominique HOUSSET
  • Statistical Analysis and Simulations (6 ECTS) : Judith PETERS, Vincent FAVRE-NICOLIN
  • Optical spectroscopy (3 ECTS) : Erik Kerstel
  • Research Development Project (3 ECTS) : Erik Kerstel
  • English (if B2 is not acquired) or a cross-TU (3 ECTS)

Courses of choice

make your choice of 15 ECTS credits among the following TU :

  • Cell signaling (3 ECTS) : Franz BRUCKERT
  • Physics of Living Matter (3 ECTS) : Irina MIHALCESCU
  • Optics of Biological systems (3ECTS) : Martial BALLAND
  • Magnetic Resonance Imaging (3 ECTS) : Jan WARNKING
  • Complex fluids and non-crystalline matter (3 ECTS) : Philippe PEYLA and Catherine QUILLIET
  • Physics of detector (3 ECTS) : Christophe Sage
  • Image analysis (3 ECTS) : Alice CAPLIER
  • Biomedical Imaging (3 ECTS) : Françoise PEYRIN
  • Climate and Antropogenic Impact –PSTE538A - 6 ECTS
  • Physical Hydrology – PSTE538C - 3 ECTS