Aerospace

Aerospace

Program description

This program combines the traditional organization of an engineering school (two-year integrated preparatory cycle + a three-year engineering cycle) with the American university model : 

  • An integrated preparatory cycle of two years allowing the student to acquire the basic knowledge required for the engineering sciences (Mathematics, Physics, Chemistry, Industrial Design...)

  • A three-year engineering cycle leading to an engineering degree. Students doing mobility at one of the partners and preparing for the Master's degree, will also obtain the Master of Science from the partner GIT or MSU.

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Computational Fluid Dynamics, Turbulent Flows, Flight Control Design, Aeroacoustics, Propulsion, Nondestructive Evaluation NDE, Satellites 

System Dynamics, Machine Design, Intermediate Electronic Circuits, Thermal laboratory, Combustion Engines, Aerospace engines performance, Structures analysis, Energy Systems Design, Mechanical Systems Design, Introduction to Vibrations and Controls, Signals and Systems, Engineering Economy, Flight dynamics, Quality Engineering, Professional development seminar 

Mechanics of Materials, Fluid Mechanics, Engineering Analysis, Thermodynamics, Introduction to Aerospace Engineering, Introduction to Electronic Circuits, Heat Transfer, Materials for Mech Eng Design, Mechanics of Machinery, Experimental measurements &techniques, Aerodynamics, Introduction to Social sciences, Technical Writing. 

Engineering Mechanics, Calculus, Modeling and Manufacturing, Physics, Calculus., Intro to Linear Algebra, General Economics, Thermodynamics, Differential Equations, Industrial management. 

Freshman Seminar, English Composition, Calculus, Fund. of Chemistry, American Civilisation, Wellness, Physics, Computer programming

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