Masters in Aerospace Engineering

Aerospace Engineering is concerned with atmospheric and space flight. Experts argue that it is one of the youngest fields of engineering since reliable flying machines could become a possibility only in the 19th century.

Aerospace science is broadly classified into aeronautics and astronautics. Aeronautics deals with the design, development, testing, and maintenance of aircraft that operates within the Earth’s atmosphere. The most common examples are airplanes and helicopters, jets, gliders, autogyros, etc. Astronautics, on the other hand, is concerned with spacecraft, rockets, space systems, and their components.

Over the last few decades, the space race has become fiercer with many developing countries joining in. Besides this, the competition for cheaper technology for air-transport and for amassing the latest technology for aerial-warfare has also become sharper. As a result, governments, space research agencies, private manufacturers, and space transporters have been on a hunt to recruit the best aeroscience talent. It has also led to the emergence of specialized areas within aerospace science. Sub-fields and allied disciplines of Aerospace Engineering like Aeroacoustics, Avionics, Climate Science and Cryogenic Engineering, etc. are gaining momentum and creating a huge demand for Master of Engineering in Aerospace Engineering.  

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Even though the work of Aerospace Engineers is much more particular unlike those of Chemical, Mechanical or Civil Engineers, whose skills have wider applications, employment opportunities for them are still rising. According to the 2018 data of the United States Department of Labour, the rise in employment rate stood at 3.4%. The maximum percentage rise in the employment rate until 2026 is expected to be 6%. Globally, the growth rates in the Aerospace and Defense sector have been better than those in Commercial Aerospace (2018 study by Deloitte, Global aerospace, and defense industry financial performance). The US has been the most favorable location for Aerospace manufacturing, followed by Canada, Singapore, Switzerland, and the United Kingdom.

The most common Masters in Aerospace Engineering requirements include the following:
 
Students who have completed a Bachelor’s degree in Aerospace Engineering or Mechanical Engineering eligible for admission to a Master’s degree in Aerospace Engineering (make sure that the degree is accredited). That does not mean that other science graduates cannot apply for a Master degree in Aerospace Engineering. However, fundamental courses in engineering and mathematics are a must at the undergraduate level. Some institutions might ask the students to take a few leveling courses before they can begin their Master’s program. Professional experience gives an extra edge to the application.

Other Requirements

TOEFL / IELTS: Nearly 50% of the top 100 universities in the world are in the English speaking world, so TOEFL and IELTS scores are very important for applying. Many others offer instruction in English and ask for TOEFL or IELTS scores before admission. Students should check the score that the university or department or program demands.
GRE: Even where GRE is not an eligibility criterion for admission to an aerospace program, it might still boost the chances of getting admission. Minimum GRE and average GRE are two different criteria. Verbal, Quantitative, and Writing scores are weighted differently by some universities. Planetary Science and Atmospheric Science are the main test subjects for Aerospace degree programs.
Undergraduate GPA: Usually, a GPA of 3.0 is a must. Some universities might consider the GPA exclusive of the extracurricular courses. Students are also advised to check the minimum number of credits that go in calculating the GPA score.
Letters of Recommendation and Statement of Purpose: Most of the top Universities of the world require Letters of recommendation and Statement of Purpose for better assessment of applications. Not all universities might ask for LOR and SOP but they are counted as Masters in Aerospace Engineering admission requirements.
It shall be noted that these are the most common Masters in Aerospace Engineering admission requirements and by no means an exhaustive list. Students should always look for a complete list of requirements and different eligibility scores of particular programs for each university.

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Cost of Master’s in Aerospace Engineering?

The Masters in Aerospace Engineering fees ranges from 25,000USD to 50,000USD for the total tenure of the course. It varies depending on the type of institute, private costs more than the public institutions. The average tuition fee for master’s programs in the United States ranges from general is around 20,000$. Above that, one has to take into account the boarding expenses that depend upon the standard of living of the city in which the university is located. Northeastern and southwestern coastal regions are the most expensive in the US. Southeastern and central US are moderately expensive while south-central, north-central and western parts are cheaper. The expenditure for Master’s in Aerospace Engineering in Europe varies from country to country. However, as compared to the US, fees and boarding expenses are much less. As compared to best US universities, one would have to spend only 50-70% or less for a Master’s in Aerospace Engineering in best European Universities in UK, France, Germany or the Netherlands.