Online Training

Master in Aerospace Engineering

Name: Master in Aerospace Engineering en Brasil
Brand: STRUCTURALIA
SKU: 218784-2501
Availability: InStock

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1500 hours

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Spanish

Aerospace engineering is the engineering specialization 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 transportation is one of the fastest and safest modes of transportation. Aerospace vehicles have very advanced technology that allows the vehicle to maintain flight and adapt to possible external phenomena that may alter it, whether navigation controls, propulsion systems, or aerodynamic advances. with the present Master in Aerospace Engineering you will receive adequate training to be able to understand all the technologies that surround aerospace vehicles. Aeronautical manufacturing, aviation, aircraft design and other related areas are some of the most promising career opportunities for engineering students looking for a master's program with which they can complete their studies and specialize in a sector with great potential for development in the medium and long term. If this is your case, contact Euroinnova and request information about our master's studies with which you can specialize in this field of engineering. The entire training program takes place on our virtual campus, so studying engineering now becomes more convenient than ever.

Instituciones educativas

1.895€

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Details to take into account

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Multilingual support

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Digital certificate included

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Assistant Phia

Objectives

- 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.

Content

Career opportunities

With this master's degree program in engineering, students will be able to obtain the necessary knowledge to complete their university degree studies and access a job in the following areas: Aeronautics / Physics / Thermodynamics / Expert in thermal balance / Aerodynamicist

What it prepares you for

The present Master in Aerospace Engineering will prepare you to know everything related to the Aerospace industry, acquiring, among others, specialized training in aerodynamics, propulsion systems, aerospace vehicles and concepts of aeronautics and thermodynamics. This is a master's degree program with which you can study engineering in relation to aircraft design, aeronautical manufacturing, aviation, etc. Contact us and a euroinnova training advisor will be able to resolve your queries and offer you complementary information about this and other master's degrees and complementary training programs that may be useful to you.

The present Master in Aerospace Engineering is aimed at all those people in the field of aeronautics who want to train in the subject and expand their knowledge in a world in constant evolution. This is a master's program aimed at undergraduate engineering students and other related subjects who are interested in studying aeronautical engineering, aviation, aircraft design, etc. If this is your case, request more information about the master's programs available at euroinnova in this category, and get access through our campus to the one that best suits your needs. Don't wait any longer and complete your studies as soon as possible.

Our training is 100% online, which allows students to self-regulate their study and adapt it to their own needs. We are committed to personalized and autonomous teaching, with an approach based on critical thinking and constructivism.

We have a highly specialized teaching team that will accompany you throughout the entire teaching-learning process. This will allow you to personalize your training even more, since we adapt to your pace and needs.

You will have access to our learning platform, MyLXP, from any device and at any time of the day, allowing you to decide how and when to study. All of this is possible thanks to our Educa LXP (Learning Experience Platform) methodology, an environment designed to boost your educational progress, encourage innovation and offer a personalized learning experience adapted to each need.