Master STPE PT Géologie Numérique
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Students learn the fundamentals of subsurface computer-based modeling methods using mathematical and computer science concepts (geometry, topology, statistics, inverse methods).
They build their programing and software development skills to work in large-scale software teams. They develop programming skills for scientific computing using C++.
In complement to their base geoscience education, they also develop domain knowledge by working on case studies using examples of subsurface modeling.
These skills are complemented by a significant attention brought to an individial R&D project. These projects are generally (but not exclusively) proposed by the Research for Integrative Numerical Geology (RING) team (http://www.ring-team.org/), and lead to a presentation at the annual RING Meeting. Industry internships are also possible.
| Niveau d'accès | Bac+4 Bac+5 et plus |
|---|---|
| Localisation | Nancy et agglomération |
| Modalités d'études | Alternance Présentiel |
| Laboratoire(s) de recherche associé(s) | CRPG - Centre de Recherches Pétrographiques et Géochimiques GeoRessources - GeoRessources OTELo - Observatoire Terre et Environnement de Lorraine |
| Nom officiel | Master mention Sciences de la terre et des planètes, environnement parcours-type Géologie Numérique |
| Stage | Oui |
| Schools | ENSG |
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