Aerospace engineers are concerned with designing, developing, testing and producing aircraft, spacecraft, and related equipment systems. Aerospace Engineering is a growing profession with much potential. Aerospace Engineers can work in various sectors like manufacturing, analysis, design, research and development, repair and maintenance.
This field of work is rising constantly in countries like the USA. The average Aerospace Engineering salary in the USA is INR 84,94,408 annually.
America is home to many prestigious universities that offer these courses and are among the top 100 universities in the world, like MIT, Stanford, Georgia Institute of Technology, University of Michigan and Caltech. Around 3800 job openings for Aerospace Engineers are expected annually over the next decade.
Moving forward, we will focus on Aerospace Engineering Salary in the USA by years of experience, type, state, and factors affecting the number.
Aerospace Engineering Salary in the USA
The average aerospace engineer salary in the USA is INR 84,94,408 annually. Bureau of Labour Statistics projected the employment of aerospace engineers to grow by 6% from 2021 to 2031. The bureau also says 3,700 jobs will arise annually for the next ten years.
The salary varies for different levels of experience and also depends on what kind of industry you are working in.
Aerospace Engineering Salary in the USA by Experience
The average Aerospace Engineer salary in the USA, as per experience, is mentioned below.
|EXPERIENCE||SALARY Per Year (approx.)|
|Senior-level Aerospace Engineer||INR 1,17,61,207|
|Mid-level Aerospace Engineer||INR 1,31,74,653|
|Junior-level Aerospace Engineer||INR 89,36,646|
Remember, these salaries fluctuate based on crucial factors such as specific company, location of the job, the background of the individual and the location of the job.
Aerospace Engineering Salary in the USA, as per specialisation
The average Aerospace Engineer salary in the USA is mentioned below per specialisation:
|Specialisation||Average Salary Per Year (approx.)|
|Aircraft Engineer||INR 1,02,60,710|
|Aerodynamics Engineer||INR 82,84,151|
|Propulsion Engineer||INR 96,19,022|
|Flight Dynamics Engineer||INR 1,10,94,787|
|Spacecraft Engineer||INR 74,64,292|
|Rocket Engineer||INR 76,57,700|
Aerospace Engineering Salary in the USA by Location
Some cities in the USA are famous for having a solid presence in the Aerospace industry and offer competitive salaries. Here is the Aerospace Engineer Salary in the USA as per cities famous for their high-paying job roles:
|Highest Paying States||Aerospace Engineering Salary in the USA (approx.)|
|Los Angeles, California||INR 87,63,680|
|Seattle, Washington||INR 97,97,732|
|Huntsville, Alabama||INR 85,23,208|
|Dallas, Texas||INR 1,11,10,711|
|Sand Diego||INR 81,93,174|
Highest-paying Aerospace companies in the USA
You can pursue various job opportunities after studying Aerospace engineering—for instance, Aerospace engineer, CAD technician, Design engineer, Maintenance engineer and Manufacturing systems engineer.
Many Multinational companies hire skilled Aerospace engineers in the USA; some of the highest-paying Aerospace companies are:
- Blue Origin: It is a private space exploration company founded by Jeff Bezos in 2000. It is one of the highest-paying Aerospace Companies. The average Aerospace Engineering salary at Blue Origin is INR 1,23,50,441. The company is focused on developing reusable rockets and spacecraft for commercial and scientific purposes, with the long-term goal of enabling humans to live and work in space.
- Blue Origin’s team of Aerospace engineers plays a critical role in achieving this ambitious mission. The company’s engineers are experts in various disciplines, including propulsion, structures, avionics, and systems integration.
- Boeing: It is a global Aerospace company that designs, manufactures, and sells rockets, aircraft, and rotorcraft. With over 140,000 to 150,000 employees, Boeing is one of the most prominent aircraft manufacturers in the world. The average Aerospace Engineering salary at Boeing is INR 84,00,434.
- They are also the largest exporter in the United States by dollar value, shipping products and services to customers in more than 150 countries. Boeing’s products and services range from commercial and military aircraft to satellites, weapons, launch systems, and advanced information and communication systems.
- Lockheed Martin Corporation: It is a leading aerospace, defence, and security company with approximately 100,000 employees worldwide. The average Aerospace Engineering salary at Lockheed Martin is INR 81,98,251.
- The company’s core business areas include aeronautics, missile and fire control, rotary and mission systems, and space systems. Lockheed Martin is known for its advanced technology, innovative products, and commitment to sustainability, safety, and corporate responsibility.
- NASA: The National Aeronautics and Space Administration (NASA) is a US government agency responsible for the civilian space program, aeronautics and Aerospace research. The average Aerospace Engineering salary at NASA is INR 88,72,470.
- With a workforce of around 17,000 to 18,000 employees, NASA is dedicated to exploring the frontiers of space, advancing scientific knowledge, and developing new technologies to improve life on Earth. NASA’s missions include sending humans to the moon, exploring Mars and other planets, studying the Earth from space, and developing new space technologies.
- AeroTEC: It is a leading Aerospace engineering company that specialises in testing, engineering, and certification services for the Aerospace industry. The company has a team of highly skilled and experienced Aerospace engineers dedicated to advancing the field of Aerospace Engineering. The average Aerospace Engineering salary in AeroTEC is INR 1,04,29,750.
- AeroTEC’s engineers work on various projects, from designing and testing new aircraft to developing new technologies and systems for the Aerospace industry. The company’s engineers are experts in their respective fields, with experience in aerodynamics, structural engineering, avionics, and systems integration.
Top Universities to study Aerospace Engineering in the USA
Here are the top 5 universities for aeronautical engineering programs in the USA:
Massachusetts Institute of Technology: According to the QS ranking, MIT has been recognised as the top-ranked university in the world. In addition, the Aerospace engineering program offered by MIT has been ranked number one by the U.S. News and World Report. The program encompasses graduate-level courses in Course 16, along with various other subjects, and also involves research work that culminates in submitting a thesis. The average aerospace engineering salary offered to MIT graduates is very high.
California Institute of Technology: Caltech’s Aerospace department has been ranked 15 in the QS ranking, which is a testament to its excellence in research, education, and innovation. The department boasts some of the best faculty and researchers worldwide, specialising in various Aerospace engineering disciplines, aeronautics, propulsion, and materials science. The department has access to top-of-the-line facilities and resources thanks to its research funding from various agencies, including the National Aeronautics and Space Administration (NASA) and the Department of Defense (DOD). As a result, the department has made significant contributions to Aerospace engineering.
Standford University: According to the QS ranking, Stanford holds the 5th position and is known for its focus on high-risk research that results in innovative technologies. The curriculum for Aerospace is demanding and concentrates on creating, constructing, and operating aeroplanes and spaceships. The program is highly regarded, and students have the opportunity to collaborate with distinguished professionals in the field. They can also access advanced facilities and equipment and participate in internships and research projects. Graduates are equipped with the necessary skills to enter the Aerospace industry or continue their education in the field.
Georgia Institute of Technology: Georgia Institute of Technology is one of the leading institutions for science, technology, engineering, and mathematics (STEM) education and research in the United States. Georgia Tech’s Department of Aerospace Engineering is widely recognised for its exceptional academic programs and significant contributions to Aerospace engineering. The department is renowned for its focus on innovation and academic excellence, offering a comprehensive and advanced curriculum that prepares students to excel in the constantly evolving Aerospace industry. The faculty consists of accomplished experts, and the department promotes a research-intensive and collaborative environment, encouraging students to participate in groundbreaking research and projects.
University of Michigan: According to the QS ranking, the University of Michigan is 33rd. The Department of Aerospace Engineering at the University of Michigan is known for providing exceptional education and conducting groundbreaking research. It is considered a top institution in Aerospace engineering, with a strong record of innovation and a determination to expand the horizons of aviation and space exploration. Aspiring Aerospace engineers are drawn to the department’s collaborative culture, cutting-edge research projects, and strategic location near Aerospace industry hubs.
Aerospace Engineering Industry in India vs the USA
The USA’s aerospace Industries vary significantly from those in India based on Industry size, Government Space Agencies, academic and Research institutions and technological advancement.
- With a long history of invention and the presence of major players like Boeing, Lockheed Martin, and SpaceX, the USA is home to one of the world’s largest and most developed Aerospace sectors. In contrast, The Indian Space Research Organisation (ISRO) and its affordable satellite launches and missions to Mars and the Moon are the main drivers of the country’s Aerospace industry’s noteworthy expansion.
- India has made breakthroughs in satellite technology, launch vehicles, and crewless aerial vehicles, while the USA is a pioneer in technological advancements, commercial aviation and space exploration.
- Along with prominent university institutes specialising in Aerospace engineering, each nation has its own government space agency, such as NASA in the USA and ISRO in India. These distinctions show how the Aerospace engineering landscapes in India and the USA are very different, with each country making a particular contribution to the global Aerospace industry.
- The United States has an established Aerospace engineering workforce and educational system that draws talent worldwide. India invests in Aerospace training and education to address the rising need for qualified Aerospace engineers.
Aerospace Engineering salary in the USA vs. India
|Salary Per Year||India||USA|
|Beginner salary per year||INR 6,21,166||INR 89,36,646|
|Mid-level salary per year||INR 13,86,014||INR 1,31,74,653|
|Senior-Level per year||INR 30,06,045||INR 1,17,61,207|
In this blog, we learned more about the Aerospace Engineering salary in the USA. The scope of Aerospace engineering in the United States is broad and favourable, offering many opportunities for professionals in the field. However, the good thing is that Aerospace engineering in the USA and globally is very niche and is sought-after occasionally, depending on the need.
The United States of America is at the cutting edge of Aerospace innovation thanks to one of the world’s largest and most developed Aerospace industries, which includes significant companies like Boeing, SpaceX and Lockheed Martin and influential government organisations like NASA. Opportunities for Aerospace Engineers in the USA include commercial aviation, defence initiatives, space exploration, and advanced research and development.
Aerospace Engineers in the USA contribute to significant advancements in Aerospace and aeronautics. With a high quality of life, immigration opportunities, and global domination partnerships, studying Aerospace engineering in the USA opens doors to a bright future.
Frequently Asked Questions
Q. Is the USA good for Aerospace Engineering?
A. The USA is a great place to study aeronautical engineering and pursue a profession. With a long history of aviation and space exploration accomplishments, the nation has one of the most vibrant and sophisticated Aerospace sectors internationally.
Leading Aerospace firms like Boeing and SpaceX are all based in the USA, providing numerous work prospects for Aerospace Engineers. Additionally, the country highly emphasises research and development, with organisations like NASA setting the standard for technological advancement and space exploration.
It is the best option for individuals looking to have a successful career.
Q. Can an Indian study Aerospace Engineering in the USA?
A. Indian students can pursue aeronautical engineering degrees in the United States. International students, especially those from India, are welcome to pursue degrees in Aerospace Engineering at American universities and colleges.
Numerous undergraduate and graduate Aerospace Engineering programs are available in the United States. Students must fulfil admission requirements, including passing scores on standardised tests like the GRE or TOEFL, to demonstrate their English language ability.
Q. What are the best-paying jobs in Aerospace?
A. The best-paying jobs in Aerospace are thermodynamics and flight test engineering. According to Glassdoor, the average pay for both jobs is INR 91,90,258 and INR 88,52,199, respectively. Thermodynamics engineers work for manufacturers, research and development companies, and government agencies, and flight test engineers work on aircraft and spacecraft to ensure safety.
Q. Which American institutions provide the best programs in Aerospace Engineering?
A. MIT, Stanford University, California Institute of Technology (Caltech), and Georgia Institute of Technology are a few of the top colleges in the United States that are well-known for their Aerospace Engineering programs.
Q. Which Aerospace Companies pay the most in the USA?
A. Blue Origins is a private space exploration company and one of the highest-paying Aerospace Companies. It offers Aerospace Engineers an average pay of INR 1,23,50,441. The company is focused on developing reusable rockets and spacecraft for commercial and scientific purposes, with the long-term goal of enabling humans to live and work in space.
Q. Can international students work in the Aerospace industry after their studies in the USA?
A. Yes, overseas students can find employment in the Aerospace business in the United States after graduating from college. Optional Practical Training (OPT) is a program available in the USA that enables international students with F-1 visas to find employment in their chosen field of study for up to a year after graduating.
Some STEM (Science, Technology, Engineering, or Mathematics) degree holders, especially Aerospace Engineers, may be eligible to apply for a 24-month STEM OPT, consequently extending their work authorisation period.
Additionally, visas based on employment, like the H-1B visa, which permits talented foreign workers to be employed in the USA through sponsoring firms, may provide international students with the option to work in the Aerospace industry.
Q. How can future Aerospace Engineers stay current with USA business trends?
A. By actively utilising a variety of tactics, prospective Aerospace Engineers can remain current with industry changes in the USA.
Access to industry publications, conferences, and networking opportunities are the primary benefits of attending professional groups like the Society of Aerospace Engineers (SAE) and the American Institute of Aeronautics and Astronautics (AIAA).
The final suggestion is to pursue graduate programs or research posts in American universities, which can offer deeper perspectives and practical expertise in innovative Aerospace projects and promote constant learning and development.
Q. What are the sub-fields of Aerospace Engineering?
Aerospace Engineering is a multifaceted field that includes several subfields concerned with the design, development, and operation of aeroplanes and spacecraft. These subfields are as follows:
1. Aeronautics is a field of aeronautical engineering that studies flight and aircraft design, emphasising aerodynamics, propulsion systems, and aircraft performance.
2. Astronautics studies spaceship design, orbital mechanics, and space exploration, including manned and unmanned missions.
3. Aerospace Engineers work on the electronics and systems that operate planes and spacecraft, such as navigation, communication, and instrumentation.
4. Propulsion engineers create engines and propulsion systems, such as engines for jets and rocket engines, and sophisticated propulsion technologies, such as ion drives.
5. Structural Engineering is the design and study of the structural elements of Aerospace vehicles to ensure their safety and longevity in harsh environments.
Q. What industries employ aerospace engineers?
A. The average Aerospace Engineering salary in the USA is INR 84,94,408. Many industries recruit Aerospace Engineers. Some of them are as follows:
Aerospace and Defence.
Commercial airlines hire Aerospace Engineers to maintain and upgrade their fleets, maximise fuel economy, and increase passenger comfort and safety.
NASA and private space businesses such as SpaceX engage Aerospace Engineers to work on spacecraft, rockets for launch, and missions to explore outer space.
Aerospace Engineers are essential in the production processes of businesses such as Airbus and Boeing, where they develop and test components for aircraft.
Research institutes and government organisations employ aeronautics engineers to undertake cutting-edge research in aeronautics and space technology.
Q. What skills are essential for Aerospace Engineers?
A. Aerospace Engineers need a varied skill set to flourish because their work entails complicated aircraft and spacecraft design, analysis, and development. The following are a few essential abilities for aeronautical engineers:
1. Strong mathematics and physics understanding is required for tackling complicated engineering issues involving aerodynamics, propulsion, and analysis of structures.
2. Aerospace Engineers must be knowledgeable about advanced materials to pick suitable materials for different components and guarantee they can resist harsh circumstances.
3. Computer-Aided Design (CAD): CAD software proficiency is required for developing comprehensive 3D models and simulations of aeronautical components and systems.
4. Computational and programming skills: Aerospace Engineers frequently utilise programming languages for simulation and data analysis. Language skills in MATLAB, Python, or C++ are highly valued.
5. Problem-solving: A fundamental talent in aeronautical engineering is the ability to analyse complicated issues and find novel solutions.
Q. Where do Aerospace Engineers make the most money?
A. Aerospace Engineers make the most money in thermodynamics and flight test engineering. According to Glassdoor, the average pay for both jobs is INR 91,90,258 and INR 88,52,199, respectively. Thermodynamics engineers work for manufacturers, research and development companies, and government agencies, and flight test engineers work on aircraft and spacecraft to ensure safety.
Q. What role do Aerospace Engineers play in space exploration?
Aerospace Engineers are essential in space exploration, bringing their knowledge to different facets of expeditions beyond Earth’s atmosphere. Here are a few of the most crucial jobs of aeronautical engineers in space exploration:
Aerospace Engineers are responsible for designing spaceships, including their construction, propulsion systems, and onboard instrumentation.
They design and build propulsion systems that let spacecraft reach their targets, whether in Earth orbit, on planetary surfaces, or far into space.
Aerospace Engineers concentrate on the aerodynamics of entry vehicles and EDL systems for safe landings on celestial planets like Mars or the Moon.
They play a role in mission planning by computing paths, launch windows, and orbital manoeuvres needed to reach and investigate specific locations in space.
Instrumentation: Aerospace Engineers create scientific devices and payloads mounted aboard spacecraft to collect data and photos of celestial bodies.