Aerospace Science Degree Programs by Level

A degree in aerospace science offers engineering courses in aerodynamic principles, which can be used to develop new ideas for air transport or design experimental space dwellings for humans. Learn about bachelor's and master's degree programs in this field, and review the typical curriculum. Get info on the job outlook and salary potential for aerospace engineers. Schools offering Aviation Management degrees can also be found in these popular choices.

What Programs In Aerospace Science Are Available?

Aerospace science is a branch of engineering that studies the development of equipment and vehicles designed for flight. If you want to become an aerospace engineer, the minimum education requirement is typically a bachelor's degree. You can also pursue a master's degree for increased research and skill-building, as well as advancement for your career. Some master's programs offer concentrations in aeronautical engineering that specializes in aircraft design or astronautical engineering that focuses on spacecraft. Though very rare, some schools do offer master's studies online.

Program Levels Bachelor's degree, master's degree
Common Courses Bachelor's: Inspection and testing methods for aircrafts, aerodynamics, mechanism design, propulsion systems, thermodynamics
Master's: Aerospace logistics, wind turbines, space systems, research and design, astrodynamics
Career Outlook 6% growth (2016-2026)

Source: U.S. Bureau of Labor Statistics

What Will My Curriculum Be?

The purpose of these programs is to teach you engineering essentials for building aerospace vehicles and systems, as well as to instill social and ethical responsibilities as an aerospace designer. Undergraduate courses generally focus on aerodynamics and the basics of working with flying machines. You'll study propulsion systems, mechanism design and learn how to build mock cockpits to simulate flight of the vehicle. You'll learn inspection and testing methods for helicopters, airplanes, missiles or space shuttles. Some specific courses include mechanical design, physics, thermodynamics, electrical circuits, rocket propulsion and vehicle stability.

Master's programs approach aerospace as a science with less emphasis on engineering. Core courses and electives let you study space systems, astrodynamics, satellite systems, aerospace logistics, airport operations, computer simulations and wind turbines. These programs tend to lean heavily on research and design of aerospace solutions, as opposed to actual construction.

What Is The Career Outlook?

According to the U.S. Bureau of Labor Statistics (BLS), aerospace engineers held approximately 69,600 jobs across the country in 2016 with an anticipated 6% growth by 2026. You'll need to obtain state licensure for certain engineering jobs, such as airplane or airport design. The National Council for Examiners for Engineering and Surveying administers state-approved testing required for entry-level and professional licensure. Although you can work under the supervision of a fully licensed engineer with only trainee-level licensure, obtaining a professional license could improve your employment and salary potential. As of May 2018, the BLS reported that aerospace engineers made an average salary of $117,100 per year.

To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:

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