Want to know more about the Best Schools For Aerospace Engineering In the US and make an informed decision? Here is a good place to start.
Are you feeling stuck and unsure about which aerospace engineering school to choose for your dream career? With thousands of options available, it can be hard to know where to start.
Today we’ve got you covered. In this blog post, we’ve done the research and compiled a list of the top aerospace engineering schools. Say goodbye to confusion and hello to your future success!
Please note that schools are selected based on our criteria (at the end of the article), ranked by the latest acceptance rate.Â
Table of Contents
#25. Iowa State University
- Acceptance rate: 91%
- Average entry score: 1100-1340 SAT or 21-28 ACT
- Student-to-faculty ratio: 19 to 1
- Estimated cost of attendance (tuition and fees): $21,940-$37,128
- Average earning potential for graduates: $60,300 (College Simply)
Students relish their aerospace engineering education at Iowa State University due to its cutting-edge curriculum, hands-on learning experiences, and world-class faculty. The program emphasizes innovation and collaboration, providing access to state-of-the-art facilities and research opportunities.
In addition, the university’s strong industry connections facilitate valuable internships and job prospects. Iowa State’s supportive community and vibrant campus life further enhance the overall educational experience for aspiring aerospace engineers.
Source: Iowa State University Catalog
#24. Arizona State University
- Acceptance rate: 88%
- Average entry score: 1120-1180 SAT or 22-24 ACT
- Student-to-faculty ratio: 18 to 1
- Estimated cost of attendance (tuition and fees): $32,207
- Average earning potential for graduates: $77,300 (College Simply)Â
Arizona State University (ASU) excels in aerospace engineering education through its cutting-edge curriculum, world-class faculty, and state-of-the-art facilities. ASU fosters strong industry partnerships, offering students hands-on experience with real-world projects.
Their interdisciplinary approach encourages innovation and collaboration across fields, while research opportunities in areas like space exploration and unmanned aerial systems propel students to the forefront of the industry.
ASU’s commitment to excellence produces highly skilled graduates, shaping the future of aerospace engineering.
Source: Arizona State University
#23. University of Colorado Boulder
- Acceptance rate: 84%
- Average entry score: 1170-1390 SAT or 25-31 ACT
- Student-to-faculty ratio: 17 to 1
- Estimated cost of attendance (tuition and fees): $30,452-$57,702
- Average earning potential for graduates: $67,400 (College Simply)
The University of Colorado Boulder’s aerospace engineering programs provide students with a wide range of opportunities to gain hands-on experience and build their knowledge and skills in the field.
Students have access to state-of-the-art facilities and equipment, including wind tunnels and flight simulators.
They can participate in research projects and internships with leading aerospace companies. Graduates are well-prepared to pursue careers in the aerospace industry or continue their education at the graduate level.
Source: Ann and H.J. Snead Aerospace Engineering Sciences
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What’s it like to study at the University of Colorado Boulder?
#22. Auburn University
- Acceptance rate: 71%
- Average entry score: 1170-1350 SAT or 24-30 ACT
- Student-to-faculty ratio: 20 to 1
- Estimated cost of attendance (tuition and fees): $32,678-$52,838
- Average earning potential for graduates: $60,000 (College Simply)Â
Auburn University’s aerospace engineering programs are well-regarded for their high-quality curriculum and exceptional faculty. The programs offer both undergraduate and graduate degrees, with a focus on preparing students for careers in the aerospace industry.
Students have the opportunity to work on cutting-edge research projects in areas such as aerodynamics, propulsion, and materials science. The program also emphasizes hands-on learning through design projects and internships with industry partners.
Graduates of Auburn’s aerospace engineering programs have gone on to work for top companies in the aerospace sector.
Source: Auburn Engineering
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#21. Oklahoma State University
- Acceptance rate: 68%
- Average entry score: 1160 SAT or 24 ACT
- Student-to-faculty ratio: 20 to 1
- Estimated cost of attendance (tuition and fees): $29,890
- Average earning potential for graduates: $53,800 (College Simply)
Oklahoma State University’s aerospace engineering programs equip students with cutting-edge knowledge and hands-on experience, resulting in impressive outcomes.
Graduates boast a high job placement rate in leading aerospace companies and government organizations. The programs emphasize innovative research, fostering collaborations with industry partners.
Students gain expertise in areas like propulsion, aerodynamics, and structural design, positioning them for successful careers in the ever-evolving aerospace industry.
Source: Oklahoma State University
#20. Texas A&M University College Station
- Acceptance rate: 64%
- Average entry score: 1160-1380 SAT or 25-31 ACT
- Student-to-faculty ratio: 21 to 1
- Estimated cost of attendance (tuition and fees): $26,268-$42,675
- Average earning potential for graduates: $64,200 (College Simply)
Texas A&M University offers a comprehensive aerospace engineering program that prepares students for careers in the aviation and space industries.
The university also has unique opportunities for students to gain hands-on experience through research projects and design competitions.
Graduates from Texas A&M’s aerospace engineering program go on to work for major aerospace companies, government agencies, and research institutions.
Source: Texas A&M University
#19. University of Illinois at Urbana-Champaign
- Acceptance rate: 60%
- Average entry score: 1210-1470 SAT or 27-33 ACT
- Student-to-faculty ratio: 21 to 1
- Estimated cost of attendance (tuition and fees): $33,060-$50,510
- Average earning potential for graduates: $66,200 (College Simply)
Students prefer the aerospace engineering program at the University of Illinois at Urbana-Champaign because of its exceptional reputation, cutting-edge facilities, and dedicated faculty. The curriculum balances theory and practice, offering hands-on experiences through internships and research projects.
UIUC’s diverse community fosters collaboration and innovation, while strong industry connections open doors to prestigious job opportunities. Furthermore, the campus’s vibrant social scene and support services enhance the overall educational experience, making UIUC a top choice for aspiring aerospace engineers.
Source: UIUC
What’s it like to study at the University of Illinois at Urbana-Champaign?
#18. Ohio State University
- Acceptance rate: 57%
- Average entry score: 1250-1440 SAT or 26-32 ACT
- Student-to-faculty ratio: 18 to 1
- Estimated cost of attendance (tuition and fees): $29,368-$52,451
- Average earning potential for graduates: $62,700 (College Simply)
The Ohio State University’s aerospace engineering program excels due to its cutting-edge research facilities, renowned faculty, and strong industry connections.
Students benefit from hands-on learning, interdisciplinary collaborations, and access to state-of-the-art labs. This prepares them for successful careers in aerospace.
OSU’s robust co-op and internship opportunities further enhance students’ real-world experience, while its active alumni network ensures valuable mentorship and professional development.
Source: Ohio State University
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#17. Pennsylvania State University
- Acceptance rate: 55%
- Average entry score: 1200-1400 SAT or 26-32 ACT
- Student-to-faculty ratio: 14 to 1
- Estimated cost of attendance (tuition and fees): $36,484-$54,062
- Average earning potential for graduates: $65,400 (College Simply)
Penn State offers both undergraduate and graduate programs in aerospace engineering. The undergraduate program includes courses in aerodynamics, propulsion, and materials science, as well as hands-on design experience.
Graduate students can choose from research areas such as aircraft design, avionics, and space systems. Penn State also offers opportunities for students to work on cutting-edge research projects in partnership with industry leaders.
The program has state-of-the-art facilities, including wind tunnels, a hypersonic tunnel, and a high-performance computing cluster. Graduates are well-prepared for careers in the aerospace industry, government agencies, and academia.
Source: Penn State Engineering
#16. University of California Davis
- Acceptance rate: 49%
- Average entry score: 1160-1400 SAT
- Student-to-faculty ratio: 20 to 1
- Estimated cost of attendance (tuition and fees): $37,122-$66,876
- Average earning potential for graduates: $53,100 (College Simply)
The aerospace engineering program at UC Davis is a dynamic blend of academic rigor and sustainability. Students are immersed in a diverse curriculum that covers everything from aerodynamics to space systems engineering.
With opportunities for research and internships, students gain practical experience in the field. What sets UC Davis apart is its focus on sustainable design and environmental impact, ensuring that graduates are well-equipped to tackle the challenges of the future. Â
Source: UC Davis
#15. North Carolina State University
- Acceptance rate: 46%
- Average entry score: 1260-1420 SAT or 24-31 ACT
- Student-to-faculty ratio: 15 to 1
- Estimated cost of attendance (tuition and fees): $24,986-$45,771
- Average earning potential for graduates: $56,400 (College Simply)
North Carolina State University’s aerospace engineering programs are reputed for their supportive community of students and faculty. In these programs, students can pursue undergraduate and graduate degrees.
Students have access to state-of-the-art equipment and facilities and can engage with various aerospace engineering clubs and organizations. The programs foster partnerships with industry, which provides valuable networking and career opportunities to students.
Aspiring aerospace engineers can expect to thrive in a collaborative and encouraging environment at North Carolina State University.
Source: North Carolina State University
#14. University of California San Diego
- Acceptance rate: 37%
- Average entry score: 1270-1480 SAT or 28-34 ACT
- Student-to-faculty ratio: 12 to 1
- Estimated cost of attendance (tuition and fees): $36,061-$65,835
- Average earning potential for graduates: $56,700 (College Simply)
The aerospace engineering programs at the University of California San Diego prepare students for a range of careers in the aerospace industry, including working in the design and manufacturing of space vehicles, aerospace systems, and components.
Their curriculum combines a strong foundation in engineering principles with hands-on experience in research projects and internships with industry partners.
Graduates have gone on to work at top aerospace companies, such as Boeing, Northrop Grumman, and SpaceX. Some have also pursued advanced degrees in engineering or related fields.
Source: University of California San Diego
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#13. University of Texas, AustinÂ
- Acceptance rate: 32%
- Average entry score: 1230-1500 SAT or 29-34 ACT
- Student-to-faculty ratio: 16 to 1
- Estimated cost of attendance (tuition and fees): $28,928-$57,512
- Average earning potential for graduates: $60,900 (College Simply)
The aerospace engineering program at the University of Texas, Austin provides students with the knowledge and skills needed to design and manufacture aircraft and spacecraft. This program offers a variety of courses in aerodynamics, propulsion, structures, and systems.
Graduates of the program have a high demand in the aerospace industry with job prospects in companies such as Boeing, Lockheed Martin, and NASA. The program also offers opportunities for research and internships, which can lead to job offers upon graduation.
Source: Cockrell School of Engineering
What’s it like to study at the University of Texas at Austin?
#12. Case Western Reserve University
- Acceptance rate: 30%
- Average entry score: 1340-1510 SAT or 32-35 ACT
- Student-to-faculty ratio: 9 to 1
- Estimated cost of attendance (tuition and fees): $62,234
- Average earning potential for graduates: $60,300 (College Simply)Â
Case Western Reserve University’s aerospace engineering programs offer rigorous, cutting-edge education, combining fundamental engineering principles with specialized courses in astronautics and aeronautics.
Students benefit from hands-on experience, research opportunities, and strong industry connections. The curriculum includes propulsion, materials, controls, and design.
Graduates excel in diverse areas, from aircraft and spacecraft design to national defense, making Case Western Reserve a top choice for aspiring aerospace engineers.
Source: Case School of Engineering
#11. University of California, Irvine
- Acceptance rate: 29%
- Average entry score: 1230-1430 SAT or 26-33 ACT
- Student-to-faculty ratio: 18 to 1
- Estimated cost of attendance (tuition and fees): $34,161-$63,915
- Average earning potential for graduates: $57,200 (College Simply)
The aerospace engineering program at the University of California, Irvine is highly regarded for its multidisciplinary approach, combining advanced research and classroom instruction with real-world projects.
This program emphasizes hands-on experience and collaboration, with opportunities for students to work with industry partners and participate in internships. Students have access to state-of-the-art facilities and labs and benefit from the expertise of world-class faculty.
The program’s commitment to innovation and cutting-edge technology ensures graduates are well-equipped to excel in a rapidly-evolving field.
Source: University of California, Irvine
#10. Purdue University West Lafayette
- Acceptance rate: 25%
- Average entry score: 1267 SAT
- Student-to-faculty ratio: 14 to 1
- Estimated cost of attendance (tuition and fees): $24,390-$50,000
- Average earning potential for graduates: $63,900 (College Simply)
Purdue University’s aerospace engineering program, a world-renowned leader in the field, equips students with unparalleled expertise in aircraft and spacecraft design.
Graduates emerge as innovative problem-solvers and visionaries, ready to shape the future of aerospace technology.
With a strong industry network, cutting-edge facilities, and dedicated faculty, Purdue’s aerospace engineers excel in addressing global challenges, propelling human exploration, and advancing aeronautical engineering advancements.
Source: School of Aeronautics and Astronautics
What’s it like to study at Purdue University?
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#9. New York University
- Acceptance rate: 21%
- Average entry score: 1455 SAT or 33 ACT
- Student-to-faculty ratio: 8 to 1
- Estimated cost of attendance (tuition and fees): $80,878
- Average earning potential for graduates: $66,400 (College Simply)
NYU’s Tandon School of Engineering offers a comprehensive aerospace engineering program that covers everything from aerodynamics and propulsion to space exploration and satellite design.
The program is designed to prepare aerospace engineering majors for careers in the aerospace industry or for further graduate studies in the field.
Students have access to state-of-the-art facilities, research opportunities, and industry partnerships. Graduates of the program are well-equipped to pursue careers in the rapidly growing aerospace industry.
Source: New York University
#8. University of Michigan Ann Arbor
- Acceptance rate: 20%
- Average entry score: 1360-1530 SAT or 31-34 ACT
- Student-to-faculty ratio: 15 to 1
- Estimated cost of attendance (tuition and fees): $32,272-$69,326
- Average earning potential for graduates: $85,900 (College Simply)
The University of Michigan Ann Arbor offers a top-ranked aerospace engineering program that is supported by a world-class faculty.
This faculty consists of experts in various fields, such as aerodynamics, propulsion, structures, and materials. They are actively involved in cutting-edge research and have received numerous awards and recognition for their field contributions.
Additionally, the faculty is dedicated to providing students with a rigorous education that prepares them for successful careers in the aerospace industry.
Source: University of Michigan
What’s it like to study at the University of Michigan Ann Arbor?
#7. Georgia Institute of Technology
- Acceptance rate: 16%
- Average entry score: 1390 SAT
- Student-to-faculty ratio: 21 to 1
- Estimated cost of attendance (tuition and fees): $31,898-$53,010
- Average earning potential for graduates: $87,500 (College Simply)
Georgia Tech’s aerospace engineering graduates thrive due to the university’s rigorous curriculum, exceptional faculty, and strong industry connections.
Students gain hands-on experience through cutting-edge research and practical projects, honing their problem-solving and teamwork skills. Furthermore, Georgia Tech’s extensive alumni network and career support services provide ample opportunities for internships and jobs.
Such a comprehensive educational experience equips these graduates with the expertise and adaptability needed to excel in the competitive aerospace industry.
Source: Daniel Guggenheim School of Aerospace Engineering
#6. Cornell University
- Acceptance rate: 11%
- Average entry score: 1450-1560 SAT or 33-35 ACT
- Student-to-faculty ratio: 9 to 1
- Estimated cost of attendance (tuition and fees): $78,992
- Average earning potential for graduates: $79,900 (College Simply)
Cornell University’s aerospace engineering programs prepare students to become experts in designing and analyzing aerospace systems.
The end product is a graduate with a deep understanding of the principles of aerospace engineering, including fluid mechanics, propulsion, and materials science.
They are equipped with the knowledge and skills to solve complex problems in aircraft and spacecraft design, and to develop innovative solutions to advance the aerospace industry. Â
Source: Cornell University
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#5. University of California Los Angeles
- Acceptance rate: 11%
- Average entry score: 1290-1520 SAT
- Student-to-faculty ratio: 18 to 1
- Estimated cost of attendance (tuition and fees): $16,847-$31,949
- Average earning potential for graduates: $64,400 (College Simply)
The University of California Los Angeles (UCLA) offers a top-rated aerospace engineering program. Students can choose from undergraduate and graduate degree programs that cover a range of topics, including aerodynamics, propulsion, and space systems.
The program focuses on hands-on learning and research opportunities, with access to cutting-edge facilities and labs. Professors are leaders in their field and work closely with students to develop their skills and knowledge.
Graduates of UCLA’s aerospace engineering program have gone on to successful careers in the aerospace industry and beyond.
Source: UCLA
#4. Princeton University
- Acceptance rate: 4.4%
- Average entry score: 1570 SAT or 35 ACT
- Student-to-faculty ratio: 5 to 1
- Estimated cost of attendance (tuition and fees): $78,490
- Average earning potential for graduates: $91,740 (Grad Reports)
Princeton University’s aerospace engineering programs stand out for their focus on fundamental engineering principles and their emphasis on research opportunities for students.
In addition, the program has a strong interdisciplinary approach, allowing students to work with other departments such as physics, computer science, and mathematics.
Plus, the faculty members are experts in their fields and provide students with personalized attention and mentorship.Â
Source: Princeton University
#3. Massachusetts Institute of Technology
- Acceptance rate: 4%
- Average entry score: 1570 SAT or 36 ACT
- Student-to-faculty ratio: 3 to 1
- Estimated cost of attendance (tuition and fees): $77,570
- Average earning potential for graduates: $ 80,100 (College Simply)
MIT’s aerospace programs provide students with a comprehensive education that combines theory with hands-on experience. The curriculum includes courses in aerodynamics, propulsion, structures, and controls, as well as opportunities for research and design projects.Â
Students are encouraged to develop team collaboration, critical thinking, and problem-solving skills through various extracurricular activities.
The programs also offer access to state-of-the-art facilities and partnerships with industry leaders. As a result, MIT alumni are well-equipped to pursue successful careers in the aerospace industry as innovative engineers and leaders.
Source: MIT AeroAstro
#2. California Institute of Technology
- Acceptance rate: 4%
- Average entry score: 1530-1560 SAT
- Student-to-faculty ratio: 3 to 1
- Estimated cost of attendance (tuition and fees): $83,598
- Average earning potential for graduates: $ 84,000 (Payscale)
Caltech offers one of the world’s top aerospace engineering programs, focusing on hands-on, experimental learning. Students work on cutting-edge research projects in areas such as aerodynamics, propulsion, and space systems.
The faculty includes leading experts in the field, and the curriculum emphasizes the integration of theory and practice. Caltech also has access to world-class facilities, such as the Jet Propulsion Laboratory, which provides students with unique opportunities to work on NASA projects.
Source: Caltech
#1. Stanford University
- Acceptance rate: 3.9%
- Average entry score: 1470-1570 SAT or 34-35 ACT
- Student-to-faculty ratio: 5 to 1
- Estimated cost of attendance (tuition and fees): $78,898
- Average earning potential for graduates: $87,600 (College Simply)
Stanford University’s aerospace engineering programs provide a collaborative and hands-on learning environment for students. The department offers various research centers and labs, allowing students to gain practical experience in designing and building aircraft and spacecraft.Â
Students have the opportunity to work with experienced faculty members and participate in research projects. The program also provides internships and industry partnerships, which prepare graduates for successful careers in the aerospace industry.
Source: Stanford Engineering
Conclusion
The top aerospace engineering schools offer unparalleled educational experiences, cutting-edge research opportunities, and extensive industry connections.
When choosing the right school for you, consider factors such as location, resources, and alumni networks. Ultimately, success in aerospace engineering depends on your determination, passion, and hands-on experience.
So, don’t just aim for the stars—equip yourself with the right education and soar through the stratosphere of your dreams.
Selection Criteria
Here is a list of the factors we considered when selecting the best aerospace engineering colleges:
Please note that the order in this list might vary by ranking criteria and sources.
- Reputation and ranking of the school: We looked for schools that have a strong reputation and high ranking in aerospace engineering.
- Faculty expertise, qualifications, and specialization: We researched the faculty members and their areas of expertise, and qualifications to ensure that the school has professors with relevant expertise and specialization in the areas of aerospace engineering that are of interest.
- Curriculum and resources: We evaluated the curriculum to ensure it aligns with students’ interests and career goals and considered the quality of the school’s facilities and resources, such as labs, equipment, and libraries.
- Opportunities for hands-on learning and research: We looked for schools that provide opportunities for hands-on experience through internships, co-op programs, or fieldwork.
- Student support services and alumni network: We considered the availability of support services and the strength of the alumni network in providing mentorship, internships, and job opportunities after graduation.
- Extracurricular activities and diversity: We evaluated the availability of extracurricular activities and clubs that align with students’ interests and considered the school’s diversity and inclusivity.
- Networking and post-graduation support: We researched the school’s network of alumni and their post-graduation support for aerospace engineering students, and also considered if the schools have a strong network of aerospace engineering professionals and researchers.
Frequently Asked Questions
Q1. What do aerospace engineers do?
Aerospace engineers design and build aircraft and spacecraft. They can work in government or private companies, or they may start their own business.
Q2. What factors should I consider when selecting an aerospace engineering school?
The first thing to consider is the location of the school. You should also make sure that it has an excellent reputation in aerospace engineering and that its faculty members are top-notch researchers.
Other considerations include the size of the student population, whether it offers online classes and any special programs it may have for students in this field.
Q3. What are the entry requirements for an aerospace engineering degree?
You should have a high school diploma or GED. Many universities also require you to take the SAT or ACT as well as any standardized tests for your major, such as the GRE in some cases.
Q4. What are the best aerospace engineering schools in the US?
The top aerospace engineering schools in the United States are MIT, Georgia Institute of Technology, and the University of Illinois at Urbana-Champaign.
These universities have strong reputations for research and innovation, as well as world-class facilities.
Q5. Can you get a job in aerospace engineering?
The answer is a resounding yes! According to the Bureau of Labor Statistics, employment opportunities for aerospace engineers will grow by more than 5% between 2021 and 2031.
References
[1] Official WebsitesÂ
[2] Salary Data from Glassdoor, College Factual, Grad Reports, College Simply, and Zippia, among others
[3] Ranking references including news media such as Best Aerospace Engineering Programs.
