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Engineering in Geomatics & Topography

Geomatics is the contraction of “Geography” and “Computer”.

The evolution of geographic information technologies since the 80s has led to significant changes in the use of mapping for land management.

Changes to software made accessible to potential users, the methods and tools called “Geomatics“.

Teaching Geomatics is multidisciplinary and provides access to four  major families:

Acquisition of geographical data

These are all technologies to produce geographic information via measurements (positioning, aerial or satellite imaging …) to characterize their quality and reliability.

Computers and information technology

The nature and variety of geographic data are very important in volume of information’s. The effective and quick use becomes possible with computer technologies.

Application areas

Geographical data and GIS intended to be used by professionals in various economic sectors: Geomatics should respond to their needs by adopting their view while remaining accessible to these public non-specialists. Geomatics is a meeting between an expert to understand the challenges of an application domain and a non-specialist professional.

Sphere decision

The meeting of geographical data, information technology and a business application area are Geomatics an invaluable tool to support decision-making (What strategy to develop the territory / What plan? Action to handle a disaster? / Where to implement a business structure to ensure its success?)
 The Geomatics tool is thus addressed directly to decision makers through its intuitive proposed approach and its easy use.
 Geomatics is a tool of governance where the application of new technologies for the development of territories interaction of several ministries.

Curriculum Presentation

The engineering training program in Geomatics and Topography is based on a set of technologies to model, represent and analyze the territory to make virtual representations.
 These technologies include: geo localization, space imagery, databases, GIS (Geographic Information System), decision systems and web technologies.
 The fields of application are extremely numerous and range from traditional occupations through the whole range of new technologies using social networks and using mobile technologies:
  • Geography; topography; navigation;
  • Planning and Urban Development;
  • Meteorology;
  • Flight simulators, navigation;
  • Remote sensing,
  • Geomarketing; hydrography; Marine biology;
  • Forestry; agriculture;
  • Public Safety;
  • Emergency Measures;
  • Transport;
  • Mining,

Professionals working in the area of geomatics and its software :

  •  Expert in Geomtics
  •  Project Manager
  •  Engineer: Geographic Information System,
  •  GIS Administrator,
  •  Cartography specialist
  •  Data processing manager
  •  Spatial databases

4EME ANNEE

  • INFORMATIQUE DEVELOPPEMENT
  • AMENAGEMENT DU TERRITOIRE
  • APPLICATIONS DE LA TOPOGRAPHIE
  • CADASTRE ET TRAVAUX SPECIAUX
  • SYSTEME D’INFORMATION GEOGRAPHIQUE SIG AVANCE I
  • MODELISATION ET ANALYSE DE L’INFORMATION SPATIO- TEMPORELLE I
  • LANGUES ET TECHNIQUES DE COMMUNICATION
  • PFA II (45H) PROJET TOPOGRAPHIE CARTOGRAPHIE

5EME ANNEE

SEMESTRE I

PROJETS METIERS :

  • Projet Spatiocarte
  • Projet Orthophoto
  • Projet lotissement
  • Projet GPS RTK applique au cadastre

ETUDES SYSTEMIQUES :

  • Infrastructures, aménagement et gestion urbaine
  • Urbistique
  • Morphométrie et risque naturel
  • Eau, ville et environnement (EVE)

LANGUE ET PROJETS :

  • Anglais de la spécialité
  • Concepts managériaux de la profession
  • Projet de synthèse : Géomantique et Topographie

SEMESTRE II

Projet de Fin d’Etudes -PFE (450h)

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