Aircraft and outer space beyond Earth have always been a fascination of every human. If you are an engineer by heart, then such spirits would be superior to a normal man. Aerospace engineers are specialists in designing and testing instruments used for constructing commercial & fighter planes, missiles, satellites, and rockets. Engineers can be proud of themselves as their creation is going to serve the people in the future. One of the most challenging fields of engineering is the aerospace domain that needs interest in physics and mathematics with utmost care for safety too. This branch is sure to make you satisfied with your work of dealing with aircraft and other similar technologies which are put to use in the sky and beyond.
The technology finds its application in aviation, defense and space exploration. As a vocation, careers in the field will give a lucrative income with fame and contentment. If you feel interested in research beyond mere construction, then also there are programs in various institutes according to your interest. The career options will only rise with time since everything is improving together with time. The salary of an average engineer specializing in aerospace technology may earn up to $108,710 per year in the USA. It is categorized as the first best-paid job under a 10 ranking pattern once the course is completed.
1. MIT School of Engineering – AeroAstro
The department of Aeronautics and Astronautics at the Massachusetts Institute of Technology is vibrant and different from the normal engineering institutions. There are less than 100 students for the course, and they are pursuing their dream education in a long back set up the department which shaped the aviation industry and advanced national security technologies. They claim to be played a major part in winning the race to the moon. The students and teachers are rigorously on the move to shaping the future of flight by applying their knowledge to autonomous vehicles and aircraft, miniaturized satellites, missions to Mars, and much more. The graduate education in the Department of Aeronautics and Astronautics covers the graduate-level subjects and includes the research work concluding in a thesis. After the course completion, the degrees are awarded at the master’s and doctoral levels. The degree program makes the students ready for a progressive place in the aerospace domain and secures a strong position for future doctoral studies.
Founded in: 1932
Acceptance rate: 25%
GPA: 4.17
SAT: 1570
ACT: 36
Tuition: $77,020
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Rank: 1
Contact: +1-617-253-3291
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2. Stanford’s Department of Aeronautics and Astronautics
The students at Stanford are prepared for positions that are professionally active in the industry, government, and academics through a complete graduate teaching and research program. Various engineering streams are amalgamated in the wide program so that the students earn the chance to learn about various prospects. The program stresses the structural, aerodynamic, guidance and control, and propulsion problems of aircraft and spacecraft. The program is based on the achievement of lecture courses focused on a theme within Aeronautics and Astronautics engineering. There occur zero requirements for research and thesis. The quarter units of the coursework have to be taken at Stanford. The main course is categorized into basic courses, mathematics courses, technical electives, and other electives.
Founded in: 1957
Acceptance rate: 5.2%
GPA: 3.96
SAT: 1600
ACT: 31-35
Tuition: $ 56,169
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Rank: 2
Contact: 650-723-2300
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3. California Polytechnic State University- Aerospace Engineering College of Engineering
An innovative move at the frontline of technological outburst happening in the air as well as space together with the revolution on the ground is achieved through the aerospace degree from the California Polytechnic State University. The curriculum is set in such a way that the aerospace engineering is broadly understood together with the principles of engineering, physics, and mathematics. There is an option to choose from either aeronautics or astronautics based on the interest and aspirations of the career that is planned to be pursued. The Aerospace engineering degree prepares the students to be more effective and economical in finding solutions to aircraft, spacecraft, and related systems and equipment such as drones and satellites related issues. Along with learning subjects like math, physics, and engineering concepts, students get along with designing, building, and testing aircraft, spacecraft, and other machines that fly or orbit. The degree program is accredited by the Engineering Accreditation Commission of ABET.
Founded in: 1901
Acceptance rate: 38.4%
GPA: 4
SAT: 1240
ACT: 26-32
Tuition: Local tuition 10,071 USD, Domestic tuition 25,971 USD
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Rank: 3
Contact: 805-756-1111
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4. The University of Notre Dame- Graduate Studies in Aerospace and Mechanical Engineering
The graduation major in Aerospace and Mechanical engineering runs with around 150 students and making it one of the largest and most flourishing graduate programs at Notre Dame. The students get the chance to work in coordination with the experienced faculty together in a team of encouraging researchers and scholars. They also give importance to life rather than just being monotonous with work. A wide range of opportunities are offered at the College of Engineering and the University of Notre Dame to maintain professional and personal development and the nurturing of a pulsating, assorted, and multicultural community.
Founded in: 1842
Acceptance rate: 19%
GPA: 4.06
SAT: 1400
ACT: 32-35
Tuition: $ 57,699
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Rank: 4
Contact: (574) 631-9024
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5. University of Southern California- Viterbi School of Engineering
The department of Aerospace & Mechanical Engineering has the intention of building up aerospace and mechanical engineers. They are also trained at designing and building one-of-a-kind and complicated mechanical-optical-electronic systems, which may range from the microscale electric generators and pumping systems to the International Space Station. Research activities are going on which seems to be significant in developing new and intricate mechoptronic systems. As a result, aerospace and mechanical engineers carry out research on an extensive scale which may be basic and applied to cross into other disciplines too.
Founded in: 1905
Acceptance rate: 10%
GPA: 3.0
SAT: 1440
ACT: 30-34
Tuition: $2,148 per credit
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Rank: 5
Contact: (213) 821-1321
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6. Cornell University Graduate School- Aerospace Engineering
M. Engineering degrees are provided by the Sibley School in the sectors of aerospace engineering, mechanical engineering, and engineering mechanics. The students enrolling for the degree are getting trained for shining in research, industrial development, and other government agencies. The knowledge is extended starting from basic to advanced and applied in aerospace science and technology. The teachers are well equipped in dealing with aerospace vehicle dynamics and feedback control, wind energy, celestial mechanics, the Global Positioning System, and spacecraft systems engineering. The basics of aero-sciences consisting of transonic flows, turbulence, non-equilibrium gas dynamics, unsteady and vertical flows, combustion processes, transport processes in microgravity, and chemical kinetics are also included in the curriculum.
Founded in: 1865
Acceptance rate: 15%
GPA: 4.07
SAT: 1600
ACT: 32-35
Tuition: $ 59,282
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Rank: 6
Contact: 607-255-5241
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7. University of Michigan- Aerospace engineering
The Aerospace course at Michigan University is the finest among the highly ranked collegiate aeronautics programs in the United States. The research centers are specialized in aircraft and spacecraft technology allowing the faculty members to help the students improve in the domains of aircraft and spacecraft technology leading to the development of experts after graduate and undergraduate education. The alumni are also strong enough to provide sufficient support to take the academics to the front level. Various famous personalities have been successful at centers like NASA, SpaceX, Boeing, AIRBUS, and others.
Founded in: 1817
Acceptance rate: 26.1%
GPA: 3.88
SAT: 1600
ACT: 31-34
Tuition: Local tuition $15,948, Domestic tuition $52,266
Financial Aid: For detailed information please click here.
U-M Scholarships-Education Fund
Rank: 7
Contact: +1 734-764-1817
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8. UCLA- Henry Samueli School of Engineering and Applied Science
The Mechanical Engineering and Aerospace Department at UCLA has put across courses on Master of Science (M.S.) degree in Manufacturing Engineering, the Master of Science (M.S.) and Doctor of Philosophy (Ph.D.) degrees in Mechanical Engineering, and the Master of Science (M.S.) and Doctor of Philosophy (Ph.D.) degrees in Aerospace Engineering. The programs all involve the application level concerns of the current engineering stream. Aircraft, spacecraft, automobiles, energy and propulsion systems, robotics, machinery, manufacturing and materials processing, microelectronics, biological systems, and much more are involved in it.
Founded in: 1945
Acceptance rate: 7.6%
GPA: 3.0
SAT: 1290
ACT: 31
Tuition: Local tuition 13,249 USD, Domestic tuition 43,003 USD
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Rank: 8
Contact: +1 310-825-4321
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9. Georgia Institute of Technology- Aerospace Engineering
The Aerospace program from the Guggenheim School of Aerospace Engineering is the oldest and largest program of the kind in the United States. The focus of the School is to train students to find solutions to issues while building and flying aircraft and helping those who are dreaming about visiting space.  The students are rewarded in the form of careers in famous aerospace firms and government research labs. The curriculum includes detailed knowledge about the fundamentals of engineering sciences in addition to specialty areas, which include aerodynamics, aircraft and spacecraft structures, flight mechanics and control, avionics, propulsion, and the design of aerospace systems. Engineering offers about 50 and above degrees at the bachelor’s, master’s, and doctoral levels. The engineering college is situated in Atlanta, one of the attractive cities in the United States. It gives the experience of learning on an urban campus with a strong reputation. It promises the student to get graduated with abilities, understanding and a global outlook to face the world which is having a deep dependency on engineering.
Founded in: 1885
Acceptance rate: 21.3%
GPA: 4.07
SAT: 1390
ACT: 31-35
Tuition: Local tuition 12,852 USD, Domestic tuition 33,964 USD
Financial Aid: For detailed information please click here.
Rank: 9
Contact: 404.894.2000
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10. Johns Hopkins University Whiting School of Engineering- Space Systems Engineering
The Master’s Degree program at the Johns Hopkins University, Whiting School of Engineering is offering Space Systems Engineering. The students’ part of the space systems operations degree program gets the chance to interact with experts of the subject and other practitioners from across the space community, including the Johns Hopkins University Applied Physics Lab. The students also get the opportunity to go deeper into the aerospace industry and learn under the teachers and mentors involved in the New Horizons Pluto mission or the new Dragonfly mission. The curriculum includes the proper systems engineering method, which can be applied to the whole space missions together with the technical rigor, as applied to flight and ground systems and subsystems. They might also get involved in relevant real-world programs like the use of AI and practical space systems operations.
Founded in: 1876
Acceptance rate: 11.1%
GPA: 3.92
SAT: 1600
ACT: 34-36
Tuition: $ 54,160
Financial Aid: For detailed information please click here.
Rank: 10
Contact: (410) 516-2300
