GSI - Information and Communications Systems Engineering


L'option GSI en quelques mots 

Set up in 1998 at the start of the internet boom, the GSI option trains engineers able to build computing systems.To stay robust and agile, information systems, which are now an essential component of business strategy, must evolve and adapt. And to stay competitive, new products must embed high added value computing components. GSI engineers have expert skills in the concepts and technologies making it possible to meet these two challenges, offering global solutions that are safe, reliable, robust, innovative, easy to integrate and upgradable.


Détail du contenu de la formation 

The 2-year program consists of an academic portion lasting three semesters, including an internship abroad, followed by an industrial project in a company during the final semestre. Generally speaking, the program focuses on developing IT projects, with an emphasis on situation scenarios. More than half of the instruction is in the form of hands-on work or mini-projects, and 60% of the teachers come from outside the School (two-thirds are business professionals and one-third are researchers from INRIA).

The scientific and technical curriculum focusses on three main topics.

  • Software engineering to facilitate the production and reuse of software components:
    • Software development (from model-driven development to aspect-oriented programming), software quality (from testing to agile development methods), etc.
  • Integration infrastructures to garantee interoperability between distributed software components :
    • Distributed systems, middleware, service-oriented architecture, Web 2.0, object-relational mapping, etc.
  • Mobile information systems to provideknowledge on the convergence of the physical and digitalworlds:
    Mobility, embedded systems, ad hoc networks, pervasive computing systems, etc.

Finally, the option project is an opportunity to consolidate the knowledge: At the request of a business, the students work as a team to develop a software solution, from the needs analysis phase through to delivery of the product.

Credits Year 1 Year 2
S1 S2 S1 S2
Scientific and technical courses
UV Génie Logiciel - ST312GL 7
UV Informatique nomade - ST321IN 8
UV Infrastructure d'intégration - ST221II 8
UV Ingénierie du logiciel - ST112IL 8
UV Langages et traducteurs - ST212LT 8
UV Projet d'option - ST421GI 8
UV Systèmes et réseaux - ST111SR 7
Social sciences and management (choose one)
From concept to design - SSG11CD 7
Stories from firms and industrial economics - SSG11H2E 7 7
UV Conception et Usages - SSG11CU 7 7
UV De l'Innovation au marché - SSG11IM 7
UV Management des situations organisées : dynamique sociale et enjeux stratégiques - SSG21AI 8
UV Organisation et marchés - SSG11OM 7 7
UV langues vivantes et international
English + Second foreign language (Elective) - LVI11-LV12 8 8
Scientific and technical project
Scientific and Technical project - PRI1OS 8 8
Training for corporate world
UV Projet de fin d'études - FEM22PE 20
Generic methods for engineers
UV Méthodes Génériques pour l Ingénieur - MGI1 7
Training for corporate world (additial credits)
Sports activities (additional credits)
UV Activités Sportives (crédits supplémentaires) - ASP11-ASP12 1 1
DEFI ( additional credits, elective )
DEFI (student centered process of reflection on competencies and professional objectives) - DEF1-DEF2

Study path option

AII
GE
GIPAD
GOPL
GSE
GSI
NTSE
OMTI
QSF
STAR