Sciences 2nd Year - Space

    44 ECTS - 570 hours

     

    Mathematics and probabilities - 110 hours

    • Functions with several variables
    • Vectoral analysis
    • Power series and Fourier series
    • Laplace transform and Fourier transform
    • Conics
    • Real-valued random variables
    • Discrete and continuous usual laws
    • Central limit theorem and approximations

    Algorithms and programming - 50 hours 

    • Introduction to object oriented programming
    • Project in C++ language
    • Advanced Excel

    Strength of materials - 35 hours

    • Traction / compression / torsion / bending
    • Strain and stress
    • Mechanical behaviour
    • Beam analysis and dimensioning

    Materials - 40 hours 

    • Physical and mechanical properties
    • Different types of materials
    • Crystallography

    Technology of mechanisms - 45 hours 

    • Chain dimensions
    • Specifications analysis
    • CAO (SOLIDWORKS

    Systems Mechanics - 35 hours 

    • Dynamics of systems

    Fluid Mechanics - 20 hours 

    • Fluid kinetics
    • Dynamics of ideal and viscous fl uids
    • Head loss

    Thermodynamics - 20 hours 

    • Second principlee
    • State change
    • Application to combustion machines

    Thermochemistry - 20 hours 

    • Study of combustion characteristics
    • Free enthalpy
    • Redox
    • Single, alkali and hydrogen fuel cells

    Systems command and modelling - 45 hours 

    • MSystems modeling (equations and transfer functions)
    • Elementary command loop
    • Systems frequency studies
    • Matlab application

    Electronics - 80 hours 

    • Periodic signals
    • Functional approach (amplifiers and filters)
    • Frequency responses
    • Functional aspects of converters
    • Inverters, converters and continuous current machines

    Theory of waves - 35 hours 

    • Propagation and superposition phenomena
    • Maxwell equations
    • Applications to acoustic waves and electromagnetic waves in a vacuum

    Experimental practical work - 20 hours