Aerospace engineering is the branch of engineering behind the design, construction and science of aircraft and spacecraft. It is broken into two major and overlapping branches: aeronautical engineering and astronautical engineering. The former deals with craft that stay within Earth's atmosphere, and the latter deals with craft that operate outside of Earth's atmosphere.
Aerospace engineers build aircraft
Aerospace engineers do many things. The design, examine, analyze, and produce many objects like military fighter planes, vehicles, aircraft, spacecraft, missles, and more. There are 2 types of aerospace engineers: the aeronautical and the astronautical engineers.
Designing airplanes, helicopters, rockets, satellites, spacecraft, and/or any of the subsystems that go into such systems.
Different engineers do different things. Civil engineers may design dams, bridges, roads. Mechanical engineers design factories, production lines. Electrical engineers may design power systems, and chemical engineers design chemical manufacturing processes. Safety engineers design safe working procedures, and operating engineers operate boilers, locomotives, cranes, and large equipment. Aeronautical engineers design airplanes and spacecraft, and Marine engineers design ships. And there are others as well.
Aerospace Engineers like many disciplines and sub areas of specialty. Anyone with an engineering degree and working under the AS9100 quality standard would be an Aerospace Engineer. Within this site at Rolls-Royce there are perhaps 100 unique specialties of Aerospace Engineers. People who design engine components, control systems, material sciences, quality standards, performance monitoring to name few.
Aerospace engineers work in a normal day hope i helped lol
Engineers are basically creators. There are many types of engineers, who design and produce new and improved products. Some types are Aerospace, Electrical, Mechanical, Chemical, Civil, and Architectural.
Yes they do.
Yes, several. Aerospace or Aeronautical Engineers design the shape and general layout of the airplane, such as size of wings, placement of center of gravity, etc. Mechanical engineers design the systems that allow it to fly, such as controls mechanisms and landing gears. Of course, it would not be very hard for an engineer trained in one specific field to learn and use the skills needed for another field.
They usually try to make the car they are designing, more fuel efficient, safer, and try to come up with ways to improve the current design.
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.
The average income in Georgia for aerospace engineers is about $105,000. This will vary depending on their level of experience on where they work.