Faculté des Sciences d'Aix Marseille Université - Home

Licence Sciences pour l'ingénieur, parcours : Signal images télécom et réseaux (SITeR)

Après une première année dans le portail scientifique Marie Curie et les deux dernières années de la licence pour l'ingénieur parcours Ingénierie mécanique (IM), le diplômé aura assimilé des méthodes et des outils permettant d’analyser et valider les solutions mécaniques retenues dans la conception d’un système pluri-technologique.

Pédagogie

  • AIMS

    The aims of the pathway are to train students capable of:
         - implementing organisational and communication practices to successfully complete their studies and enter professional life

         - mobilise fundamental concepts to design solutions based on digital sciences

        - identify and apply the experimental, mathematical and numerical methods and tools needed to solve a problem

  • TARGETED STUDENTS

    BTS, BUT, CPGE, L2 or L3 students in physics, mathematics, computer science, networks and telecommunications or engineering science.

  • FUNDAMENTAL PREREQUISITES

    Two years' higher education in physics, mathematics, computer science or engineering sciences (signal processing, image processing, networks and telecommunications).

  • FUNDAMENTAL PREREQUISITES

    Two years' higher education in engineering sciences (signal processing, image processing, networks and telecommunications).

  • LEARNING SITES

    • SCIENCES, Marseille St-Jérôme

  • KNOWLEDGE TO BE ACQUIRED

    The knowledge acquired will be in the fields of signal and image processing as well as networks and telecommunications, with a concentration (TSI or RT) in the 2nd semester of the 3rd year of the bachelor's degree.

  • PROFESSIONAL SKILLS TO BE ACQUIRED

    Organising and communicating:
    Implement organisational and communication practices to successfully complete studies and enter professional life

    Understand, analyse and validate in a multi-technological context:
    Mobilise fundamental concepts to design solutions based on digital sciences

    Identify and apply the methods and tools:
    Identify and apply the experimental, mathematical and numerical methods and tools required to solve a problem

  • INTERNSHIPS AND SUPERVISED PROJECTS

    The course contains a compulsory module in the form of a tutorial project;

    In addition to the work placements provided as part of their course of study, all students may carry out additional work placements during periods when their course of study is interrupted.

  • NSF DOMAINS

    • 326N Analyse informatique, conception d'architecture de réseaux (fr)
    • 326R Assistance informatique, maintenance de logiciels et réseaux (fr)
    • 326U Exploitation informatique (fr)
    • 326M Informatique, traitement de l'information (fr)
    • 115F Physique appliquée aux processus industriels ; Physique des matériaux ; Mesures physiques appliquées au contrôle industriel ; Sciences physiques pour l'ingénieur (fr)
    • 326T Programmation, mise en place de logiciels (fr)

  • LEARNING COURSES LIST

    Please follow this link...
    (descriptive official université courses website)

  • CONTACTS

    Pedagogical secretariat:

    • Hoda EL BAKRI, e-mail: hoda.EL-BAKRI@univ-amu.fr, tel: +33413945175, Aix-Marseille Université, Campus Etoile (St-Jérôme), ADMINISTRATION - AMPHITHEATRES, 52 Av. Escadrille Normandie Niémen, Marseille, 13013 

Inscription

  • ADMISSION CONDITIONS

    Hold a qualification or diploma equivalent to two years of higher education in a scientific field (two years of a Bachelor's degree, BUT, CPGE, BTS) specialising in physics, mathematics, computer science or engineering sciences (signal processing, image processing, networks and telecommunications).

    Automatic admission following completion of the L2 SPI programme at AMU, or on the basis of an application following other courses of study.

Responsable du parcours