Master in Aerospace Engineering

- Know the engines - Know the aerodynamics - Identify the airplane instruments - Navigation planning - Acquire the basic concepts of thermodynamics. - Know the thermodynamic criteria to work with temperature. - Know the basic mechanisms of heat transmission. - Know the principle of increase in entropy. - Acquire the three principles of thermodynamics. - Describe what aerodynamics is and the most basic related concepts. - Establish the difference between the main aerodynamic forces. - Establish the difference between a compressible and incompressible flow and relate them to bodies immersed in fluids. - Explain the aerodynamics that mainly affects the wing part of an aircraft. - Describe the main high-lift devices that aircraft can use to influence lift. - Explain how space vehicles and rocket vehicles act in the atmosphere. - Know the basic concepts of statistics, its functions and the measurement of data. - Correctly interpret statistical graphs and scientific notation. - Define the types of statistics as well as their variables, differentiate the types of events and the sampling method to be used. - Understand probability distributions and their types and use the necessary tools for their application. - Describe the Central Limit Theorem and its proof and know its development throughout history. - Contrast hypotheses using the appropriate specific method and define the parameters to identify them. - Understand linear regressions and their choice depending on the type of variable, as well as select the most appropriate variables for the construction of a regression model and its subsequent validation and interpretation. - Define and classify the different propulsion systems. - Understand the terms that affect propulsion systems. - Describe the types of rocket engines and the elements that make them up. - Understand the operation of thermal propulsion engines. - Differentiate the types of fuel to be used in a propulsion system. - Explain how electric motors work. - Know the types of electro-thermal motors. - Develop the applications of the different propulsion engines. - Define the aircraft. - Classify aerospace vehicles. - Know the use of metallic materials in aircraft. - Explain the behavior of non-metallic materials in space. - Understand the concept of space debris. - Apply current European regulations.