July-August 2019
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Science of<br />
AirandSpace<br />
By JASON CHIANG<br />
Aerospace engineering focuses on the<br />
design, construction and maintenance of<br />
aircraft, spacecraft, satellites, missiles and<br />
weapons systems. People who pursue it as<br />
a career path get to work with some of the<br />
most complex technologies in the world,<br />
and engineer future breakthroughs. They<br />
are employed primarily in manufacturing,<br />
analysis and design, research and<br />
development, and in governmental bodies.<br />
According to the U.S. Bureau of Labor<br />
Statistics, the median annual wage for<br />
aerospace engineers in the United States<br />
was $115,220 (Rs. 81 lakh approximately)<br />
in May 2018, with expected growth of 6<br />
percent from 2016 to 2026. The demand is<br />
being sustained also by the need to<br />
redesign aircraft to reduce noise pollution<br />
and have better fuel efficiency. As<br />
international governments refocus their<br />
space exploration efforts, new companies,<br />
like Elon Musk’s SpaceX, have also<br />
emerged to provide access to space.<br />
With international<br />
governments and private<br />
companies focusing on<br />
space explorations and<br />
increasing efficiencies,<br />
a degree in aerospace<br />
engineering has become<br />
quite sought-after.<br />
Courtesy Georgia Institute of Technology<br />
Courtesy Embry-Riddle Aeronautical University<br />
Above: A student inspects the<br />
low-speed wind tunnel, a stateof-the-art<br />
facility for experimental<br />
research, at Georgia Institute of<br />
Technology’s Daniel Guggenheim<br />
School of Aerospace Engineering.<br />
Left: The Daytona Beach, Florida,<br />
campus of Embry-Riddle<br />
Aeronautical University.<br />
To share articles go to https://span.state.gov JULY/AUGUST <strong>2019</strong> 11