Master in Aerospace Engineering

Aerospace engineering is the specialization of engineering that focuses on the study of aircraft, and therefore encompasses other areas of aviation such as current aeronautical engineering, related to the design of systems that fly in the atmosphere, as well as astronautical engineering. Air transport is from the fastest and fastest transport. Aerospace vehicles have a very advanced technology that allow the vehicle to maintain flight and adapt to possible external phenomena that can alter it, whether navigation controls, propulsion systems, or aerodynamic advances. With this Master in Aerospace Engineering will receive adequate training in order to understand all the technologies that surround aerospace vehicles. Aeronautical manufacturing, aviation, aircraft design and other related areas are some of the most promising professional exits for engineering students who seek a master's program with which to complete their studies and specialize in a sector with great medium and long -term development potential. If this is your case, contact Euroinnova and request information from our master's studies with which you specialize in this field of engineering. The entire training program is carried out on our virtual campus, so studying engineering now becomes more comfortable than ever.

- Know the engines - Know the aerodynamics - Identify the instruments of the plane - Navigation planning - Acquire the basic concepts of thermodynamics. - Know the thermodynamic criteria to work with temperature. - Know the basic heat transmission mechanisms. - Know the principle of increasing entropy. - Acquire the three principles of thermodynamics. - Describe what aerodynamics and related most basic concepts are. - Establish the difference between the main aerodynamic forces. - Establish the difference between a compressible and incompressible flow and relate them to the bodies immersed in fluids. - Explain the aerodynamics that affect mainly on the part of the wings of an aircraft. - Describe the main hypersustrating devices that can use aircraft to influence support. - Explain how space vehicles and rocket vehicles act in the atmosphere. - Know the basic concepts of statistics, their functions and data measurement. - To 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 application. - Describe the central theorem of the limit and its demonstration 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 compose them. - Understand the functioning of thermal propulsion engines. - Differentiate fuel types to be used in a propulsion system. - Explain how electric engines work. - Know the typologies of electro-thermal engines. - Develop the applications of the different propulsion engines. - Define aircraft. - Classify aerospace vehicles. - Know the use of metal materials in aircraft. - Explain the behavior of non -metallic materials in space. - Understand the concept of space garbage. - Apply current European regulations.

With this Master in Engineering program, students can obtain the necessary knowledge to complete their university degree studies and access a job in the following fields: aeronautics / physical / thermodynamics / expert in thermal / aerodynamist equilibrium

Aerospace engineering is the specialization of engineering that focuses on the study of aircraft, and therefore encompasses other areas of aviation such as current aeronautical engineering, related to the design of systems that fly in the atmosphere, as well as astronautical engineering. Air transport is from the fastest and fastest transport. Aerospace vehicles have a very advanced technology that allow the vehicle to maintain flight and adapt to possible external phenomena that can alter it, whether navigation controls, propulsion systems, or aerodynamic advances. With this Master in Aerospace Engineering will receive adequate training in order to understand all the technologies that surround aerospace vehicles. Aeronautical manufacturing, aviation, aircraft design and other related areas are some of the most promising professional exits for engineering students who seek a master's program with which to complete their studies and specialize in a sector with great medium and long -term development potential. If this is your case, contact Euroinnova and request information from our master's studies with which you specialize in this field of engineering. The entire training program is carried out on our virtual campus, so studying engineering now becomes more comfortable than ever.

Aerospace engineering is the specialization of engineering that focuses on the study of aircraft, and therefore encompasses other areas of aviation such as current aeronautical engineering, related to the design of systems that fly in the atmosphere, as well as astronautical engineering. Air transport is from the fastest and fastest transport. Aerospace vehicles have a very advanced technology that allow the vehicle to maintain flight and adapt to possible external phenomena that can alter it, whether navigation controls, propulsion systems, or aerodynamic advances. With this Master in Aerospace Engineering will receive adequate training in order to understand all the technologies that surround aerospace vehicles. Aeronautical manufacturing, aviation, aircraft design and other related areas are some of the most promising professional exits for engineering students who seek a master's program with which to complete their studies and specialize in a sector with great medium and long -term development potential. If this is your case, contact Euroinnova and request information from our master's studies with which you specialize in this field of engineering. The entire training program is carried out on our virtual campus, so studying engineering now becomes more comfortable than ever.

This training is not included in the scope of official regulated training (Infant Education, Primary Education, Secondary Education, Official Professional Training FP, Baccalaureate, University Degree, Official University Master and PhD). It is therefore a complementary and/or specialization training, aimed at acquiring certain skills, skills or aptitudes of a professional nature, being able to be barely as merit in workbags and/or opposition competitions, always within the complementary training section and/or continuous training being always essential to review the specific requirements of the public labor stock of the public labor stock market.