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Aerospace engineers design, develop, and test aircraft, missiles, and spaceships. Because the specialties of aerospace engineers vary greatly, a wide range of job opportunities are available in the private and government sectors. In the government sector, aerospace engineers develop and test new military aircraft, defense technology, rockets, and related guidance systems. The majority of aerospace engineers are employed by the private sector where they develop and improve civilian aircraft and flight equipment.

Careers as an Aerospace Engineer

In addition to research and development, aerospace engineers are instrumental to the manufacture, production, quality control, and testing of aircraft and missiles. The fields of aeronautical (aircraft) and astronautical (spacecraft) engineering are both included under the umbrella of term of aerospace engineering. Depending on job duties, aerospace engineers may work in office buildings, manufacturing plants, laboratories, or on outdoor test sites. To analyze test data, develop new designs, and execute complex mathematical formulas, aerospace engineers must have advanced computer skills in addition to strong understanding of science and math.

Aerospace Engineer Training

Most employers require a bachelor’s degree for entry-level aerospace engineering careers. Mechanical engineering is one of the most popular degrees for students who go on to careers in the aerospace industry. Aerospace certificates are also awarded by some universities for students who complete advanced aerodynamics, thermodynamics, propulsion, and aerospace classes in their senior year. After completing a four-year engineering degree, students can apply for an entry-level engineering position or continue their studies at the graduate or doctorate level for a Master of Engineering or PhD degree. Careers in aerospace space engineering do not require a professional license or state certification due to an industrial exemption. However, some jobs do require a government security clearance.

Average Earnings for Aerospace Engineers

Because engineers undergo extensive education, entry-level positions in aerospace are amongst the highest paying compared to all college degrees. According to the Bureau of Labor Statistics, aerospace engineers in entry-level positions earned more than $59,000 annually. In 2009, the median annual salary for aerospace engineers was $94,000 with many of the highest-paid workers earning more than $100,000. Over the next decade, careers in aerospace engineering are projected to grow by 10% or 7,000 new positions.

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Aerospace engineers design, develop, and test aircraft, missiles, and spaceships. Because the specialties of aerospace engineers vary greatly, a wide range of job opportunities are available in the private and government sectors. In the government sector, aerospace engineers develop and test new military aircraft, defense technology, rockets, and related guidance systems. The majority of aerospace engineers are employed by the private sector where they develop and improve civilian aircraft and flight equipment.

Careers as an Aerospace Engineer

In addition to research and development, aerospace engineers are instrumental to the manufacture, production, quality control, and testing of aircraft and missiles. The fields of aeronautical (aircraft) and astronautical (spacecraft) engineering are both included under the umbrella of term of aerospace engineering. Depending on job duties, aerospace engineers may work in office buildings, manufacturing plants, laboratories, or on outdoor test sites. To analyze test data, develop new designs, and execute complex mathematical formulas, aerospace engineers must have advanced computer skills in addition to strong understanding of science and math.

Aerospace Engineer Training

Most employers require a bachelor’s degree for entry-level aerospace engineering careers. Mechanical engineering is one of the most popular degrees for students who go on to careers in the aerospace industry. Aerospace certificates are also awarded by some universities for students who complete advanced aerodynamics, thermodynamics, propulsion, and aerospace classes in their senior year. After completing a four-year engineering degree, students can apply for an entry-level engineering position or continue their studies at the graduate or doctorate level for a Master of Engineering or PhD degree. Careers in aerospace space engineering do not require a professional license or state certification due to an industrial exemption. However, some jobs do require a government security clearance.

Average Earnings for Aerospace Engineers

Because engineers undergo extensive education, entry-level positions in aerospace are amongst the highest paying compared to all college degrees. According to the Bureau of Labor Statistics, aerospace engineers in entry-level positions earned more than $59,000 annually. In 2009, the median annual salary for aerospace engineers was $94,000 with many of the highest-paid workers earning more than $100,000. Over the next decade, careers in aerospace engineering are projected to grow by 10% or 7,000 new positions.

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Anywhere from $85,000 to $150,000.

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The global Aerospace Robotics Market size is projected to grow by USD 3.7 billion from 2023 to 2029, registering a CAGR of 11.86 percent, according to the latest market data.

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Aerospace engineering is a dynamic and changing field that incorporates the design, testing and construction of flying devices that range from airplanes, helicopters, spacecraft, and even missiles. Aerospace engineering concerns itself with all aspects of flying devices- including propulsion systems, aerodynamics, design flaws (in the case of malfunctions), among many other possibilities and work options.

There are many variations to the aerospace engineer career field- including specializations in airplanes, propulsion systems, aerodynamics, and so on. The federal government/military may hire aerospace engineers for work involving the military, which may also involve being able to meet a security clearance requirement, addition to other requirements.

Aerospace engineering requires a Bachelors degree in Engineering, from an accredited post-secondary college or university. Some employers may have programs that can met the state requirements for aerospace engineers, but this is on a case-by-case basis. A strong background in math and science is highly recommended, as the aerospace engineers use both fields very extensively in the course of their work. Post-secondary educational institutions may have a general program for engineering- with specific courses for aerospace engineering, or it may have a specific program devised for the training and education of aerospace engineers.

Upon graduation, aerospace engineers must be licensed by the state. This licensing process requires a bachelors degree, four years of engineering work, as well as written examinations. There may be other requirements that may vary from state to state. Aerospace engineers may also have to demonstrate adequate knowledge of safety requirements and protocols in order to ensure that safety standards are satisfactorily met.

Licensed aerospace engineers can expect to make upwards of $40,000 to $50,000 dollars upon starting in the career field, depending upon the employer. Aerospace engineers can make up to $125,000 dollars or more, depending upon their skill level, experiences, employer and economic conditions.

The job market for aerospace engineers is a select one, and like all job markets, will depend upon the economic conditions of the time and location. Aerospace engineering graduates may be forced to seek employment in various parts of the state, country, or in some cases, the world.

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BE Aerospace was created in 1987.

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