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Présentation

The objective of the integrated foundation degree (cycle préparatoire intégré) is to offer a 2-year training course to acquire new skills, new knowledge and the soft skills required by an ENISE specialist engineer. Our engineering students receive basic science training (mathematics and physics), as well as science and technology training in mechanical and civil engineering. Optional subjects start from the first semester. This enables each student to adjust their career objectives by concretely experiencing the available choice of specialties.

Student story video

Programme

Presentation

Each year is organised in 2 semesters of approximately 30 weekly hours of class and project design, organised in course units (UE: Unité d'Enseignement). Each course unit consists in lectures and tutorials - practicals or in smaller groups, with a tutor. 

ENISE Enseignement cycle préparatoire

Engineering students move up from one course year to the next by continuous assessment, for all 5 years, without any competitive examination being necessary to enter the Masters degree course.
Students step into the industrial world starting from the foundation degree, with lectures given by professionals, visits to businesses, etc, as well as a compulsory 8 to 12-week internship at the end of the second year.
Our engineering students receive personalised follow-up and one-to-one mentoring from their teachers. During the foundation degree, each engineering student has their own advisor.

ENISE Cycle préparatoire

 

  1. 1st year

    Semester 1

    Mathematics & IT CU (Course Unit) (7 ECTS)

    • General mathematics
    • General IT

    Physics Chemistry and Materials CU (7 ECTS)

    • Mechanics – Non-deformable Solid Mechanics
    • Physics- General Physics
    • Chemistry of materials

    Languages CU (4 ECTS)

    Humanities and Social Management CU (1 ECTS)

    Personal development CU (2 ECTS)
     

    Mechanical Systems Design Mechanical Engineering CU (1 ECTS)

    • Analysis and modelling of mechanisms

    Production Industrialisation Mechanical Engineering CU (2 ECTS)

    • Manufacturing processes

    Floor Infrastructures Environment Civil Engineering CU (1 ECTS)

    • Granular material 

    Structures and Envelopes Civil Engineering CU (1 ECTS)

    • Building heating

    Methods Organisation and Technologies Civil Engineering CU (1 ECTS)

    Optional subjects CU (3 ETCS)

  2. Semester 2

    IT & mathematics CU (7 ECTS)

    Physics Chemistry and Materials CU (7 ECTS)

    • Resistance of materials mechanics
    • Physics  - General Physics
    • Physics – Electronics Electromagnetism
    • Chemistry Materials Materials science

    Languages CU (3 ECTS)

    Humanities and Social Management CU (2 ECTS)

    Personal development CU (2 ECTS)

    Mechanical Systems Design Mechanical Engineering CU (1 ECTS)

    • Study and technological implementation of connections/liaisons

    Production Industrialisation Mechanical Engineering CU (2 ECTS)

    • Principles of Metrology

    Floor Infrastructures and Environment Civil Enhineering CU (1 ECTS)

    • Floor characterisation

    Structures and Envelopes Civil Engineering CU (1 ECTS)

    • Building acoustics

    UE GC Methods Planning et TechnologiesCivil Engineering CU (1 ECTS)

    • Public works: technology and planning

    UE Electifs (3 ECTS)

  3. 2nd year

    Semester 3

    Computational Mathematics CU (Course Unit) (6 ECTS)

    • General mathematics
    • Databases

    Physics/Chemistry of Materials CU (6 ECTS)

    • Mechanics - Resistance of materials 
    • Physics – Electronics & Electromagnetism 
    • Chemistry of Materials – Chemistry

    Languages CU (3 ECTS)

    Humanities and Social Science for Management CU (2 ECTS)

    Sustainable development CU (2 ECTS)

    Design of Mechanical Systems - Mechanical Engineering CU (1 ECTS)

    • Sequential system: description & representations

    Production & Industrialisation - Mechanical Engineering CU (2 ECTS)

    • Industrialisation

    Floors, Infrastructures & Environment - Civil Engineering CU (1 ECTS)

    • Floor classification

    Structures and Envelopes - Civil Engineering CU (1 ECTS)   

    • Composite materials

    Methods, Organisation and Technologies - Civil Engineering CU (1 ECTS)

    • Typology of structural works

    Optional subjects CU (3 ECTS)

    Project CU (2 ECTS)

  4. Semester 4

    Computational Mathematics CU (Course Unit) (5 ECTS)

    • General mathematics
    • Databases

    Physics/Chemistry of Materials CU (9 ECTS)

    • Mechanics of Non-deformable Solids
    • Mechanics – Resistance of Materials
    • Physics – Theory of automatic systems
    • Chemistry of Materials - Chemistry    
    • Chemistry of Materials - Materials Science

    Humanities and Social Science for Management CU (1 ECTS)

    Internship CU (10 ECTS)

    Floors, Infrastructures & Environment - Civil Engineering CU (1 ECTS)

    • Floor hydraulics

    Structures and Envelopes - Civil Engineering CU (1 ECTS)

    • Reinforced concrete

    Methods, Organisation and Technologies - Civil Engineering CU (1 ECTS)

    • Study of simple constructions with all trades involved

    Optional subjects CU (2 ECTS)

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