Aerospace Engineering Degrees
Salaries For Degrees in Aerospace Engineering
People with a degree in Aerospace Engineering can be employed in a variety of occupations. It is impossible to say what you personally will do with a degree in Aerospace Engineering, our survey panel picked the following jobs as likely options:
Students with a degree in Aerospace Engineering are considered well prepared for
becoming Aerospace engineers.
The median salary for people with a degree in Aerospace Engineering is $103,181.12. The lifetime value of this degree is approximately $2,427,986.00.
Salaries are highly dependent on how skilled one is at negotiation, years of related experience, policies at your employer, area, and a host of other factors. The estimates we show on these pages are just that: estimates. Your individual experience will likely vary.
Where does this come from?
The Bureau of Labor Statistics, a unit of the US government, classifies all workers into some 800-odd occupational categories. We paid a army of freelancers to solicit their view on what type of degree a holder of each type of job would likely have majored in. For pairs which had a high degree of consensus, we created a link between the degree and the job.
From this, we calculated the average salary for Aerospace Engineering degrees and converted it into a lifetime value. We then compared it against other degrees at the same level of schooling (such as associate's, bachelor's, or master's), so that you can make informed educational and employment decisions.
What does an Aerospace Engineering Student Learn?
Summary Aerospace Engineering is the scientific study of aircraft design and construction. There are two branches of the major that focus on aeronautics and astronautics. Astronautics is typically 
referred to as the popular term “rocket science.” The origin of the major can be traced to the nineteenth century to a pioneer named Sir George Cayley who first studied the ability of the aircraft to lift and drag. Aerospace engineering got its first definition in the late 1950s which includes special attention to the Earth’s atmosphere and the dimensions of outer space. There are over sixteen elements to the major. At least five represent the most popular concentrations:
- control engineering
- aircraft structures
- materials science
- avionics
- astrodynamics
Popular Colleges & Universities offering Accredited Aerospace Engineering Training
Michigan Aero
The University of Michigan offers a great aerospace engineering and technology program, called Michigan Aero. The program is centered on a curriculum of aerospace construction and operation principles, aircraft design, and advanced mathematics and computer sciences. Students in the program learn about gas dynamics and other control specialties. They work in teams throughout their undergraduate studies. Through the department’s ExperimentYou program, students can develop their own course of study and center much of their independent studies on research of such topics as space systems. Students can choose courses in spacecraft propulsion and satellite control as well as studies on the aerospace vehicle and aircraft design. The program offers three types of degree options: 1) a bachelor’s degree in engineering; 2) a master’s degree in the major; and 3) a combined degree that takes about five years to complete.
Undergraduate Study:
In the undergraduate program, students learn the fundamentals of aerospace engineering by completing an introductory course. Studies are centered on theory and design. They learn how to conduct experiments. They receive a comprehensive education in the nature and principles of engineering. They take some of the following courses: aerodynamics, flight dynamics, and aircraft and spacecraft construction. They also study atmospheric concepts that include investigations into air motion; mechanical structures; the human pilot; and aircraft design. Prerequisites to the major include advanced math, chemistry, and physics. Students must complete these requirements before selecting the program as a major. As part of their extended studies, they may enroll in 1) seminars where they learn about communications equipment and develop and write summarized reports; 2) directed study where their on-campus team activities are supervised by a faculty member; 3) laboratory practicum where they learn how to design and test their own experiments and develop a report of findings; and a 4) flight testing practicum where they learn pilot theory through enrollment in pilot ground school. Students also supplement their courses in computer drafting and design.
Students may choose one of two concentrations in the Bachelor of Science in Engineering program: 1) Aerospace Engineering or 2) Aerospace Engineering with Information Technology.
Graduate Study:
The department offers a master’s degree with a concentration in engineering and it also offers a doctoral study program. Graduate students may take courses in theoretical-based studies that include concentrations in mechanical construction, compression, rocket and electrical propulsion, combustion, fluid control, space system management, spacecraft technology, and advanced physics. Students may pursue doctoral studies where they are required to defend their dissertation and pass a written examination.
Internships:
MichiganAero offers cooperative internships for all of its aerospace engineering majors. Students may visit the Engineering Career Resource Center on the campus. Internship projects include research study and summer practicum. For example, students can choose the BedsteadA summer position where they live on campus and enroll in courses in the summer; they design their own research projects. In addition, to gain practical experience, students may enroll in one of the many projects the department offers such as the helicopter project where students work in teams, studying how to design and test their projects.
MIT Department of Aeronautics and Astronautics
Undergraduate Study:
In the undergraduate program at MIT, students learn how to train for careers in the commercial industry and military service. They also enter other fields such as public service and law. Students enroll in prerequisites before entering the major. Prerequisites include humanities, science, and advanced studies in math and physics. Once these requirements are met, students take courses in the fundamentals of aerospace engineering, physics, aerodynamics, electronic signals, propulsion, and computer programming. They supplement their studies with professional subjects and practicum. They follow this up with a capstone project that encourages experimental design activities.
Similar to the Michigan program, the undergraduate program at MIT also offers the same two concentrations: 1) Aerospace Engineering and 2) Aerospace Engineering with Information Technology. Within the aerospace engineering program, students take courses in fluid mechanics, heat transfer, structural design, engineering materials, and energy; they also study electrical principles. Within the technology concentration, students take courses in estimation, software engineering, digital system principles, and robotic principles. Courses are offered in the engineering and computer science departments.
Graduate Study:
In the graduate program at MIT, students are offered master’s degree and a doctoral degree options. These advanced degrees prepare students for theoretical studies in the field of aerospace engineering. Students design their own studies and choose coursework under the supervision of an advisor. They enroll in the following types of courses: 1) space systems, humans in aerospace, 3) air transportation systems, and 4) aircraft systems engineering. F
or the Ph.D. program, students must take a doctoral field exam. The department provides a guide for the exam and PDF files of past exams on the school’s website. Graduate students must also write a thesis and defend a dissertation. Thesis topics in the past have centered on such subjects as dynamic programming and mirror design.
The department offers the following degrees: 1) Master of Science, 2) Master of Science in Technology and Policy, 3) Master of Science in Engineering and Management, 4) Doctor of Philosophy (Ph.D.), and 4) Doctor of Science (Sc.D.). Doctoral degrees are offered in vehicle design. The program also offers an advanced degree in biomedical engineering in which students train to become researchers in the field of aerospace and biomedical engineering. They take additional courses in transportation studies.
Online Schools offering Accredited Aerospace Engineering Programs
Liberty University Online
Liberty University Online provides Christian educational opportunities to its students. Founded by Jerry Falwell, it is a university that is based in evangelical principles. It is housed on approximately 5,000 acres in Virginia and it is an accredited college of the Commission on Colleges of the Southern Association of Colleges and Schools. It awards all-level postsecondary and graduate degrees, from an associate degree to a doctorate. Liberty University offers online undergraduate degrees in psychology, theology, education, accounting, and nursing. It also offers a Bachelor’s of Science degree in Aeronautics. This online program is structured for students who are commercial pilots without a bachelor’s degree. The program offers courses in aviation and aeronautics.
DeVry University
DeVry University offers an option for students who want to supplement their studies in aeronautics. DeVry offers a bachelor’s degree in computer engineering technology in which students learn how to design software and train for careers in manufacturing and communications.
Famous People in Aerospace Engineering
Judith Resnick and Howard Hughes Judith Resnik was a NASA astronaut who died during the launch of the Space Shuttle Challenger in 1986. She received a doctorate in electrical engineering from the University of Maryland. She was the first American Jewish woman in space. Howard Hughes was an aviator, an engineer, and a philanthropist. He died on April 5, 1976 as the world’s first record holder for increased air speed. He leaves behind the Howard Hughes Medical Institute.
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