Sciences 4th Year - Space

    20 ECTS - 210 hours

     

    Finite elements method - 35 hours

    • Variational formulation and meshing
    • Structure discretization
    • The various families of finite elements in structure calculation
    • Calculation of elementary matrices, assembly and calculation of the solution to a static problem

    Continuum mechanics - 25 hours 

    • General hypotheses of continuum mechanics
    • Theory of elasticity, viscoelasticity and thermoelasticity
    • Introduction to damage, rupture and fatigue
    • Elastic problem solving methods

    Structural dynamics - 25 hours

    • Introduction to dynamic and acoustic phenomena
    • Theoretical and experimental modal analysis
    • Linear acoustics, acoustic modes and acoustic impedance

    Energy conversion and transfer - 20 hours 

    • Mass and energy balances in open systems
    • Conversion of thermochemical energy into heat energy
    • Conversion of thermochemical energy into mechanical - electrical energy

    Hydraulic systems - 15 hours 

    • Architecture design of hydraulic systems
    • Modelling of head loss
    • Power dimensioning
    • Introduction to networks and components

    Multi-physical modeling - 25 hours 

    • Coupling of mechanical, electrical, thermal and hydraulic models
    • Multi-physical modeling tools

    Architecture and communication - 20 hours 

    • Basic concepts of software architectures
    • Task scheduling
    • Synchronization and inter-task communication

    Real-time command - 10 hours 

    • Control of discrete-time systems
    • Introduction to sequential systems
    • Real-time prototyping

    Modelling and Control of electrical actuators - 20 hours 

    • Inverse model
    • Modelling control of asynchronous and synchronous machines

    Experimental practical work - 20 hours 

    Sciences 4th Year - Rail

    20 ECTS - 210 hours

     

    Finite elements method - 35 hours

    • Variational formulation and meshing
    • Structure discretization
    • The various families of finite elements in structure calculation
    • Calculation of elementary matrices, assembly and calculation of the solution to a static problem

    Continuum mechanics - 25 hours 

    • General hypotheses of continuum mechanics
    • Theory of elasticity, viscoelasticity and thermoelasticity
    • Introduction to damage, rupture and fatigue
    • Elastic problem solving methods

    Structural dynamics - 25 hours

    • Introduction to dynamic and acoustic phenomena
    • Theoretical and experimental modal analysis
    • Linear acoustics, acoustic modes and acoustic impedance

    Energy conversion and transfer - 20 hours 

    • Mass and energy balances in open systems
    • Conversion of thermochemical energy into heat energy
    • Conversion of thermochemical energy into mechanical - electrical energy

    Hydraulic systems - 15 hours 

    • Architecture design of hydraulic systems
    • Modelling of head loss
    • Power dimensioning
    • Introduction to networks and components

    Multi-physical modeling - 25 hours 

    • Coupling of mechanical, electrical, thermal and hydraulic models
    • Multi-physical modeling tools

    Architecture and communication - 20 hours 

    • Basic concepts of software architectures
    • Task scheduling
    • Synchronization and inter-task communication

    Real-time command - 10 hours 

    • Control of discrete-time systems
    • Introduction to sequential systems
    • Real-time prototyping

    Modelling and Control of electrical actuators - 20 hours 

    • Inverse model
    • Modelling control of asynchronous and synchronous machines

    Experimental practical work - 20 hours 

    Sciences 4th Year - Automotive

    20 ECTS - 210 hours

     

    Finite elements method - 35 hours

    • Variational formulation and meshing
    • Structure discretization
    • The various families of finite elements in structure calculation
    • Calculation of elementary matrices, assembly and calculation of the solution to a static problem

    Continuum mechanics - 25 hours 

    • General hypotheses of continuum mechanics
    • Theory of elasticity, viscoelasticity and thermoelasticity
    • Introduction to damage, rupture and fatigue
    • Elastic problem solving methods

    Structural dynamics - 25 hours

    • Introduction to dynamic and acoustic phenomena
    • Theoretical and experimental modal analysis
    • Linear acoustics, acoustic modes and acoustic impedance

    Energy conversion and transfer - 20 hours 

    • Mass and energy balances in open systems
    • Conversion of thermochemical energy into heat energy
    • Conversion of thermochemical energy into mechanical - electrical energy

    Hydraulic systems - 15 hours 

    • Architecture design of hydraulic systems
    • Modelling of head loss
    • Power dimensioning
    • Introduction to networks and components

    Multi-physical modeling - 25 hours 

    • Coupling of mechanical, electrical, thermal and hydraulic models
    • Multi-physical modeling tools

    Architecture and communication - 20 hours 

    • Basic concepts of software architectures
    • Task scheduling
    • Synchronization and inter-task communication

    Real-time command - 10 hours 

    • Control of discrete-time systems
    • Introduction to sequential systems
    • Real-time prototyping

    Modelling and Control of electrical actuators - 20 hours 

    • Inverse model
    • Modelling control of asynchronous and synchronous machines

    Experimental practical work - 20 hours 

    Sciences 4th Year - Aeronautics

    20 ECTS - 210 hours

     

    Finite elements method - 35 hours

    • Variational formulation and meshing
    • Structure discretization
    • The various families of finite elements in structure calculation
    • Calculation of elementary matrices, assembly and calculation of the solution to a static problem

    Continuum mechanics - 25 hours 

    • General hypotheses of continuum mechanics
    • Theory of elasticity, viscoelasticity and thermoelasticity
    • Introduction to damage, rupture and fatigue
    • Elastic problem solving methods

    Structural dynamics - 25 hours

    • Introduction to dynamic and acoustic phenomena
    • Theoretical and experimental modal analysis
    • Linear acoustics, acoustic modes and acoustic impedance

    Energy conversion and transfer - 20 hours 

    • Mass and energy balances in open systems
    • Conversion of thermochemical energy into heat energy
    • Conversion of thermochemical energy into mechanical - electrical energy

    Hydraulic systems - 15 hours 

    • Architecture design of hydraulic systems
    • Modelling of head loss
    • Power dimensioning
    • Introduction to networks and components

    Multi-physical modeling - 25 hours 

    • Coupling of mechanical, electrical, thermal and hydraulic models
    • Multi-physical modeling tools

    Architecture and communication - 20 hours 

    • Basic concepts of software architectures
    • Task scheduling
    • Synchronization and inter-task communication

    Real-time command - 10 hours 

    • Control of discrete-time systems
    • Introduction to sequential systems
    • Real-time prototyping

    Modelling and Control of electrical actuators - 20 hours 

    • Inverse model
    • Modelling control of asynchronous and synchronous machines

    Experimental practical work - 20 hours 

    Human sciences and Engineering culture 4th Year - Space

    10 ECTS - 90 hours
     

    Quality

    • Introduction to quality
    • *
    • Process model and control graph
    • Certification and customer relations

    Applied statistics

    • Statistical inference (sampling and estimation)
    • Statistical process control
    • Experimentation

    Production management

    • Introduction to industrial company organization and environment
    • Production planning (flows, stock management, needs calculation)
    • Introduction to lean management

    Project managementt

    • Social behaviour in the company
    • Managing international projects
    • Structuring a project into tasks and phases
    • Business plan

    Company management, economy and strategy

    • Serious game

    Construction of a Professional and Personal Project

    • Formalization of the professional project
    • The network

    Modern Language 2

    • (optional)

    Job search and technical English

     

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