Aerospace Engineering Schools Colleges & Universities

Always been curious about aviation and spacecrafts? Consider attending aerospace engineering schools to learn more about this exciting career path.

Shoot for the Stars: Degrees in Aerospace Engineering: Degrees in aerospace engineering offer a multitude of opportunities in the industry to work with aircraft and spacecraft. Post graduation, you can be among leaders developing technology in research, manufacturing, government organizations, and software companies. A broad range of knowledge and abilities are often expected of trade professionals, in addition to diligence during employment. Academic programs at aerospace engineering colleges prepare students with the skills and tools required to enter this advancing field. Professionals can look forward to favorable opportunities and some of the highest starting salaries in engineering among graduates.

Aerospace Engineering Schools: A Bachelor of Science degree, typically required, can be obtained from one of the many respected aerospace engineering schools in the country such as the University at Colorado at Boulder, Massachusetts Institute of Technology (MIT), Embry-Riddle Aeronautical University, and the University of Texas at Austin.

High school students are recommended to complete courses in calculus, mathematics analysis, physics, English, history, and foreign language prior to applying to an undergraduate program. During your academic career you will gain extensive knowledge in engineering principles, data interpretation, aerodynamics, flight mechanics, and engineering solutions in addition to effective speaking, professionalism, ethics and team functions. The solid foundation of an aerospace engineering degree allows you to demonstrate the academic structures to become a successful aerospace engineer. Potential students are also encouraged to attend summer camps and field trips to prepare for college.

Letters of recommendation, a minimum GPA, statement of purpose are generally needed to enter an Aerospace Engineering academic program. Completion of some graduate courses may be required as part of your Bachelor's Degree curriculum. A master's or doctoral degree may be required for careers focused on research.

Employment: Applying mathematical and scientific principles, aerospace engineers are vital team members advancing technology in defense systems, aviation, guidance and structural design. They specialize in manufacturing missiles, consumer aircraft, military aircraft, spacecraft, and rockets. Many individuals become experts that focus on various disciplines that include:

  • • Systems engineering
  • • Analysis
  • • Manufacturing
  • • Design
  • • Flight reserve
  • • Software development

Career Outlook: Aerospace engineer job opportunities are expected to grow ten percent from 2008-2018 due to premier technologies and designs throughout the industry. The number of aerospace engineering degrees has increased since previous years. This positive change should stimulate the demand for industry professionals. There may be some variations according to discipline while graduates can anticipate filling open positions due to retirement, transfers, or other reasons.

Changes in fuel prices have sparked an increase in newer aircraft models that are more efficient to accommodate world airlines. This demand, combined with rapid growth in air travel in Asia and the Middle East, has created a favorable environment for airplane manufacturers, according to the Bureau of Labor Statistics (BLS).

Earnings: According to a 2009 survey conducted by the National Association of Colleges and Employers, the average starting salary for an aerospace engineer was $56,311. Collectively, degreed engineers earn some of the highest average starting salaries. In 2008, median earnings for aerospace engineers were at $92,520.

Bethany Harris

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