Major in aeronautics

Open to all students of civil and mechanical engineering and electromechanical engineering, classes in this major review mechanical applications of aeronautics: aeronautic structures, vibrations, aerodynamics, dynamics of flight, etc. The learning process consists of advanced classes in the mechanics of fluids and solids, with particular attention paid to numerical methods. This major is complemented by majors in Energy, Dynamics, Robotics and Biomechanics as well as Design, Manufacturing and Materials Mechanics (regarding problems of energy in aeronautics, motorisation, dynamics and the importance of materials in the design and maintenance of airplanes).


 
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Mandatory Optional
Course not taught in 2021-2022 Periodic course not taught in 2021-2022
Periodic course taught in 2021-2022 Activity with prerequisites
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From 20 to 30 credits
Annual unit
  1 2

Mandatory Content:
Optional LGCIV2041 Numerical analysis of civil engineering structures   Luca Sgambi
20h+15h  5 credits q2 x x
Optional LMECA2195 Gasdynamics and reacting flows   Miltiadis Papalexandris
30h+30h  5 credits q2 x x
Optional LMECA2300 Advanced Numerical Methods   Philippe Chatelain
, Christophe Craeye (coord.)
, Vincent Legat
, Jean-François Remacle
30h+30h  5 credits q2 x x
Optional LMECA2323 Aerodynamics of external flows   Philippe Chatelain
, Grégoire Winckelmans
30h+30h  5 credits q2 x x
Optional LMECA2550 Aircraft propulsion systems.   Yves Marichal (compensates Philippe Chatelain)
30h+30h  5 credits q1 x x
Optional LMECA2520 Calculation of planar structures   Issam Doghri
30h+30h  5 credits q2 x x
Optional LMECA2660 Numerical methods in fluid mechanics   Grégoire Winckelmans
30h+30h  5 credits q2 x x
Optional LMECA2830 Aerospace dynamics.   Pierre Schrooyen (compensates Philippe Chatelain)
30h+30h  5 credits q1 x x
Optional LMECA2322 Fluid mechanics II   Philippe Chatelain
, Eric Deleersnijder
, Grégoire Winckelmans
30h+30h  5 credits q1 x x