Curso de laboratorio dirigido a desarrollar destrezas de experimentación. Se realizarán experimentos en las siguientes áreas: movimiento vibratorio, ondas, electricidad estática, corriente continua y alterna, leyes de Kirchhoff, óptica geométrica y óptica física.

Basic concepts of aircraft theory of flight including the four forces of flight, Bernoulli’s Principle and subsonic flow, lift and Newton’s Third Law, major components of an airplane, axes of an aircraft, aircraft stability, static and dynamic stability, longitudinal stability, lateral stability, directional stability, Dutch roll, flight control surfaces, flight controls and the lateral axis, flight controls and the longitudinal axis, flight controls and the vertical axis, tabs, supplemental lift modifying devices, theory of turn, influence factor that affect flight like stall, flight envelope and structural limitations, high speed aerodynamics, comprehensibility effects, the speed of sound, subsonic, transonic and supersonic flight, shock waves, high speed airfoils, aerodynamic heating, helicopter aerodynamics, helicopter structures and airfoils, helicopter axes of flight, helicopters in flight, weight shift control, flexible wing aircraft aerodynamics, powered parachute aerodynamics.

Curso de laboratorio dirigido a desarrollar destrezas de experimentación. Se realizarán experimentos en las siguientes aéreas: mediciones, vectores, estática, cinemática rectilínea y rotacional; dinámica. Conservación de momentum y energía y propiedades térmicas de la materia.