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Aerospace engineering deals with atmospheric and space travel. Since engineers couldn’t construct dependable flying aircraft until the 19th century, aviation engineering is regarded as one of the more recent engineering specializations. Aeronautics and astronautics are the two main categories of aerospace science.
The design, construction, testing, and maintenance of aircraft that fly in Earth’s atmosphere are all under the purview of aeronautics. The most popular examples include autogyros, gliders, jets, aircraft, and helicopters. Astronautics, on the other hand, deals with spacecraft, rockets, space systems, and their components.
Over the past few years, there has been a significant increase in the pursuit of space exploration, with numerous developing countries also getting involved. Additionally, there is a growing competition to create more affordable air transportation technology and obtain cutting-edge aerial warfare capabilities. Consequently, governments, space research organizations, private companies, and space transport companies are actively seeking out the most trained experts in aerospace science.
Additionally, it has led to the development of specialty fields in aeronautical research. There is a great demand for Master of Engineering degrees in Aerospace Engineering due to the increasing popularity of related topics and subfields within the discipline, such as Aeroacoustics, Avionics, Climate Science, and Cryogenic Engineering.
Employment possibilities for aerospace engineers continue to expand, even though their jobs are far more specialized than those of chemical, mechanical, or civil engineers, whose talents have a broader scope of application.
The US Department of Labor’s 2018 statistics indicate that the employment rate increased by 3.4%. It is projected that the employment rate will increase by a maximum of 6% until 2026. According to a 2018 Deloitte evaluation of the financial performance of the global aerospace and military industries, growth rates in these sectors have surpassed those associated with commercial aerospace.
The United States, Canada, Singapore, Switzerland, and the United Kingdom have been the top locations for aerospace production.
The following are the most common requirements for a master’s degree in aerospace engineering:
Candidates seeking admission to a master’s program in aerospace engineering must have completed a bachelor’s degree in mechanical or aerospace engineering (be sure the degree is accredited). Other scientific graduates can also pursue a Master’s degree in Aerospace Engineering. However, at the university level, core courses in mathematics and engineering are required.
Before starting their Master’s degree, certain universities may require their students to complete a few leveling courses. Professional expertise gives the applicant a distinct advantage.
TOEFL / IELTS
The TOEFL and IELTS scores are crucial for admission to nearly 50% of the top 100 universities worldwide, which are situated in nations that speak English. Many others provide instruction in English and need TOEFL or IELTS results before enrollment. Students must confirm the minimum score criteria set by the department, university, or program.
GRE
Even if the GRE is not required for admission to an aeronautical university, it may improve one’s chances of admission. The average GRE and the minimum GRE are two distinct standards. Certain universities have varying weights assigned to writing, quantitative, and verbal results. Test subjects for Aerospace degree programs mostly include planetary science and atmospheric science.
Undergraduate GPA
Typically, a 3.0 GPA is needed. Certain universities may take extracurricular course credit out of the GPA calculation. It is also recommended that students look up the minimum number of credits required to compute their GPA.
Letters of Recommendation and Statement of Purpose
For a more thorough evaluation of applications, the majority of the world’s best universities demand a statement of purpose and a letter of recommendation. LOR and SOP are considered essential for admission to Masters programs in Aerospace Engineering, whereas not all universities can ask for them.
It should be noted that these are the most common Masters in Aerospace Engineering entrance criteria and not a complete list. Students should always check with each university for a comprehensive list of criteria and various qualifying scores for specific degrees.
Cost of Master’s in Aerospace Engineering
For the duration of the program, the Masters in Aerospace Engineering tuition costs vary from 25,000 to 50,000 USD. Depending on the type of institution, private educational institutions may be more expensive than public ones. In the US, the average price of tuition for master’s degrees starts at about $20,000.
In addition, one must consider the cost of living in the city where the institution is situated, which influences the boarding expenditures. The most costly areas in the US are the coastal regions in the northeast and southwest.
While the west, north-central, and south-central regions of the US are less costly, the southeast and central regions are affordable. In Europe, the cost of a master’s degree in aerospace engineering varies by country. However, there are significantly fewer fees and boarding costs than in the US. The cost of a Master’s in Aerospace Engineering in the top European universities in the UK, France, Germany, or the Netherlands would be 50–70% less than at top US universities.
For the duration of the program, the Masters in Aerospace Engineering tuition costs vary from 25,000 to 50,000 USD. Depending on the type of institution, private educational institutions may be more expensive than public ones. In the US, the average price of tuition for master’s degrees starts at about $20,000.
In addition, one must consider the cost of living in the city where the institution is situated, which influences the boarding expenditures. The most costly areas in the US are the coastal regions in the northeast and southwest.
While the west, north-central, and south-central regions of the US are less costly, the southeast and central regions are affordable. In Europe, the cost of a master’s degree in aerospace engineering varies by country. However, there are significantly fewer fees and boarding costs than in the US. The cost of a Master’s in Aerospace Engineering in the top European universities in the UK, France, Germany, or the Netherlands would be 50–70% less than at top US universities.
The master’s programs in aerospace engineering are well-liked due to the wide variety of courses available. The demand for the following master’s degree specialties in aerospace engineering is expected to remain high in the field of employment.
Aeronautics and Astronautics
It is the most comprehensive specialization. The program focuses on issues with aircraft and spaceship propulsion, aerodynamics, guidance, and control. It also covers the development, production, and use of sophisticated aeronautical vehicles and systems. It is renowned for having a strong multidisciplinary nature.
Program Components:
Among the main topics of this expertise are aerospace control systems, computational aerosciences, and aircraft design.
Key Job Positions
Aerospace Engineer, Aeronautical Engineer, and Program Manager Aviation / Aerospace are the primary employment positions.
Applied Climate Engineering, Space Engineering, and Atmospheric and Space Science Engineering
Its primary focus is on the study of atmospheric phenomena, including weather, and how they influence astronautics, notably propulsion.
Program Components: Among the most significant courses are Rocket Science, Climate Physics, Space Weather, Atmospheric Thermodynamics, and Geophysical Fluid Dynamics.
Key Job Positions
Graduates may obtain employment as Spacecraft Testers, climate scientists, climatologists, astrophysicists, etc.
Space Systems Engineering
This area combines space engineering and astronautics. The subsystems of a space mission are studied in this context of study.
Program components: Orbital mechanics, radiation effects, satellite communication, spacecraft attitude, and other topics are covered in the main courses.
Main Job Responsibilities
Space systems engineers have jobs as, among other things, space system analysts, weapons system engineers, and inspectors of space systems electronics.
Aeroacoustics
It focuses on the investigation of sound produced and transmitted in high-velocity fluxes including aircraft and spacecraft.
Program Components: Some of the important courses are Gas Dynamics, Time Series Analysis, Turbulence, Viscous Flow, Flow Noise, and Hydrodynamic Stability.
Main Job Responsibilities
Experts in aeroacoustics may find employment as wind tunnel test engineers, aerodynamics engineers, or acoustic susceptibility engineers.
Leading departments continually update Masters of Aerospace Engineering courses to meet the demands of industry and governments. Changes in aerospace research trends are determined by the most urgent obstacles to advancements in aeronautical science. This is why MS in Aerospace Engineering programs now place more of a focus on research.
Top 5 Job Opportunities for Aerospace Engineering Students
1. Aerospace Engineer
2. Aerospace Systems Engineer
3. Propulsion Engineer
4. Project Engineer
5. Test Engineer
Shiksha Udaan Capital aims to support your dream of attaining a high-quality education and provide students with easy access to personalized educational finance alternatives.
