Aerospace engineering is the branch of engineering that deals with the development, testing, and manufacture of airplanes, spacecraft, and related systems and equipment. Aeronautical engineering and astronautical engineering are two significant and overlapping sections of the field that have traditionally concentrated on difficulties connected to atmospheric and space flight.
Aeronautical Engineering is concerned with the theory, technology, and practice of flight within the atmosphere of the earth.
The science and technology of spacecraft and launch vehicles are the subject of Astronautical Engineering.
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What is the role of an aerospace engineer?
Aerospace engineers create cutting-edge technology and incorporate them into aircraft systems for transportation, communications, exploration, and defense. Design and production of airplanes, spacecraft, propulsion systems, satellites, and missiles, as well as the design and testing of aircraft and aerospace goods, components, and subassemblies, are all part of this.
Aerodynamics, materials and constructions, propulsion, vehicle dynamics and control, and software are all areas in which successful aerospace engineers excel.
Aerospace engineers work in a variety of settings.
Aerospace engineers are employed largely in the aerospace sector, as well as at systems and software vendors, business labs, government labs, and universities. Aerospace engineers have a very broad and multidisciplinary skill set, and their experience as systems architects and engineers allows them to contribute to a wide range of industries.
What is the average salary for an aerospace engineer?
The median annual pay for aerospace engineers was $105,380, according to the Bureau of Labor Statistics. The following are the median yearly incomes for aerospace engineers in the major industries in which they worked:
$113,550 (excluding postal service) for those who work for federal government
Manufacturing of navigational, measuring, electromedical, and control instrument engineering work = $111,660
$107,490 for physical, engineering, and life sciences research and development jobs
$103,450 for engineering services
Manufacturing of aerospace products and parts = $102,430
Educational Requirements
To be eligible to apply, candidates must have a B.S. in aeronautical engineering or a closely related field such as mechanical or civil engineering from a recognized college in the United States or an accepted institution of higher learning abroad.
Students with backgrounds in fields other than aerospace engineering are rarely admitted to the program. When such students are admitted, however, it is common for them to be required to take non-credit undergraduate courses in their field of interest in order to complete the graduate course prerequisites. Students who do not have an aerospace engineering background should make sure they meet the prerequisites for the graduate program.
Requirement for English Proficiency
For admission, a score of 103 on the Test of English as a Foreign Language (TOEFL) is required. Students who want to be considered for teaching assistantships should have a TOEFL Speak section score of at least 24.
Scores from the International English Language Testing System (IELTS) will also be accepted. Check the English proficiency criteria for additional details.
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Procedures for submitting an application
Please apply for graduate school through the University’s online system. Please read the application guidelines carefully. A checklist is included to assist you in gathering the information and supporting documents you’ll need to complete the application. With the submission of your application, you must pay a nonrefundable application processing fee. This price is non-negotiable. For local candidates, the application fee is $70; for overseas applicants, the charge is $90.
The following application materials are required by the Department of Aerospace Engineering:
An online application with a CV and a statement of purpose is required. (PLEASE NOTE: Students without a master’s degree should apply to the master’s program regardless of whether they want to pursue a PhD degree afterwards.)
You will be requested to provide scanned copies of your transcripts and degree or diploma certificates in the Educational History portion of the application. Please check your transcripts for legibility after they’ve been uploaded. The name of the university as well as your name must appear on your transcript. Please do not mail a copy of your online application’s credentials.
Please send your résumé and statement of purpose to the Statements portion of the application. The statement of purpose should be 1-2 pages long, single spaced, and 12 point font.
Three letters of recommendation (You must submit your references online.)
ETS provides official GRE general test scores. (The GRE is not required for students applying to the Spring and Fall semesters of 2022.)
For people from countries where English is not the first language, an official TOEFL score is required. (Please note that all students from countries where English is not the first language are required to take the TOEFL test by the Department of Aerospace Engineering.)
Funding paperwork and the Certification of Declaration of Finances form (Documents must be submitted online). Only international candidates are required to submit these documents, and they are only required if no department money is available. At the moment you submit your application, AE does not demand proof of financial means. If you are accepted for admission but do not receive a funding offer, you will be required to show proof of financial means.
Best Aerospace Engineering Universities
The Massachusetts Institute of Technology (MIT) is a public research university
For those interested in aerospace and aeronautical engineering, Massachusetts Institute of Technology is an excellent choice. MIT is a big private not-for-profit university in Cambridge, Massachusetts. MIT is a fantastic institution overall, with a Best Schools ranking of #2 out of 2,576 colleges nationwide.
In the most current data year, about 124 aerospace and aeronautical engineering students graduated from MIT with this degree. Students who earn a degree in aerospace and aeronautical engineering from Massachusetts Institute of Technology earn $14,634 more than the average aerospace engineering graduate.
Stanford University is a prestigious university in California.
Stanford University is regarded as one of the greatest schools in the country for aerospace and aeronautical engineering. Stanford University is a private, non-profit university with a significant student body, located in the Stanford neighborhood of Palo Alto. Stanford is a fantastic university in general, with a Best Schools ranking of #3 out of 2,576 colleges nationwide.
In the most recent year for which we have data, around 88 aerospace and aeronautical engineering students graduated from Stanford.
California Institute of Technology (Caltech) is a public research university
The California Institute of Technology is one of the best colleges in the country for aerospace and aeronautical engineering degrees. Caltech is a private, non-profit university with a small student population that is located in the medium-sized city of Pasadena. Caltech is a fantastic school overall, with a Best Schools ranking of #17 out of 2,576 universities nationwide.
In the most recent year for which data is available, around 26 aerospace and aeronautical engineering students graduated from Caltech.
Southern California University is located in Los Angeles, California.
The University of Southern California is one of the greatest colleges in the country for aerospace and aeronautical engineering degrees. USC is a private, non-profit institution with a big student body that is located in the huge city of Los Angeles. USC is a strong university in general, with a Best Schools ranking of #33 out of 2,576 colleges nationally.
In the most recent year for which data is available, around 141 aerospace and aeronautical engineering students graduated from USC. When graduates of the University of Southern California’s aerospace and aeronautical engineering department enter the profession, they earn $15,934 more than the average college graduate with the same degree.
Johns Hopkins University is a public research university in Baltimore, Maryland.
Johns Hopkins University, located in Baltimore, is a private, non-profit university with a huge student body. Johns Hopkins is a strong university in general, with a Best Schools ranking of #19 out of 2,576 colleges nationally.
In the most recent year for which data is available, around 36 aerospace and aeronautical engineering students graduated from Johns Hopkins.
University of Michigan is located in Ann Arbor, Michigan.
U-M is a public institution with a big student population that is located in Ann Arbor. U-M is a strong university in general, with a Best Schools ranking of #40 out of 2,576 schools nationwide.
In the most recent year for which data is available, around 221 aerospace and aeronautical engineering students graduated from U-M. Graduates of the University of Michigan – Ann Arbor’s Aerospace & Aeronautical Engineering program earn around $11,734 more than the average aerospace and aeronautical engineering major.
Georgia Tech is a public research university in Atlanta, Georgia.
Georgia Tech is a relatively large public university in Atlanta, Georgia. Georgia Tech is a strong school overall, with a Best Schools ranking of #35 out of 2,576 schools nationally.
In the most recent year for which data is available, 368 students graduated with a bachelor’s degree in aerospace and aeronautical engineering from Georgia Tech. Graduates at Georgia Institute of Technology – Main Campus with an Aerospace & Aeronautical Engineering degree earn about $13,034 more than the average aerospace and aeronautical engineering graduate.
Notre Dame University is a Catholic university in the United States.
Notre Dame is a large private, non-profit institution in the Notre Dame suburbs. Notre Dame is a strong university in general, with a Best Schools ranking of #15 out of 2,576 schools nationally.
In the most recent year for which we have data, there were around 34 aerospace and aeronautical engineering students that graduated from Notre Dame.
St. Louis’ Washington University
WUSTL is a pretty large private non-profit university in the Saint Louis suburbs. WUSTL is a great university in general, with a Best Schools ranking of #28 out of 2,576 colleges nationwide.
In the most recent data year, around 21 aerospace and aeronautical engineering students graduated from WUSTL with this degree.
Rice University is a private university in Houston, Texas
Rice is a private, non-profit institution with a reasonably big student body that is located in the metropolitan city of Houston. Rice is a strong university in general, with a Best Schools ranking of #25 out of 2,576 schools nationwide.
In the most recent year for which data is available, roughly 2 aerospace and aeronautical engineering students graduated from Rice.
Jobs in Aerospace Engineering that are in high demand
83,950 USD per year for an aerospace engineer
Design aircraft, spaceships, weapons, and national defense systems, among other things.
Conduct research, test materials, and generate new ideas.
Suggest Improvements to testing equipment and methodologies.
Assist other engineers and team members in ensuring that designs adhere to mission and safety standards.
84,200 USD per year for a military aerospace engineer
Design military aircraft and aerospace equipment.
Conduct air warfare-related research.
Supervise the production and testing of new aircraft prototypes and models.
Make a list of the materials, systems, and equipment that are required for the manufacturing process.
Aerospace Technician – Annual Salary: $41,500
Design and test the fundamental components of planes and spacecraft, including as propulsion and control systems.
Assist with drawings, blueprints, and scale models for aerospace engineers.
Prepare technical documents and assess overall manufacturing costs.
Investigate answers to issues with aerodynamics, structural design and integrity, and safety testing, among other things.
69,000 USD per year as an inspector and compliance officer
Ensure that designers, engineers, constructors, and pilots are safe and that safety procedures are followed.
Prevent design faults by enforcing regulations and testing techniques before the initial testing.
Review Internal policies, and ensure processes are kept up to date, and educational training for employees are organized.
Engineer, Structural – 68,650 USD per year
Create engineering designs and sketches using CAD (computer-aided design) software.
Examine the safety and suitability of various materials.
Identify flaws in the design and offer suggestions for improvement.
Aerospace engineers work for some of the world’s most prestigious companies.
What are the benefits of studying aerospace engineering?
Engineering is a multi-billion-pound global professional field that provides employment pleasure, job stability, and high prospective earnings. Aerospace engineers have the opportunity to travel the world and work on fascinating new technologies and programs, many of which are aimed to make the world a better place, thanks to projects that span countries and continents. Many graduates will go on to obtain expertise and jobs in these fast-growing economies, which include Germany, China, India, and the United States.
Few of your university friends will be able to compare to the range of experiences you’ll have as an engineering student. You won’t be able to sit still for long as you learn theories and concepts in the lecture hall, test and prototype in the labs, and build full-scale models in the workshop. The abilities you gain in these scenarios will prepare you for professions in engineering, manufacturing, production, design, automotive, systems, and a variety of other fields.
Aerospace engineers have all the cards when it comes to creating an appealing CV. There will be no shortage of household names to add to your career history, ranging from the military to the government, the largest airlines, and even NASA. Two-thirds of graduates will be hired within six months, earning upwards of £26,000, while the other 16% will continue their studies, converting their BSc/BEng into an MSc/MEng. Many will go on to become chartered or incorporated engineers, two professional designations in the engineering field.
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