Aerospace engineers develop and design the technology that is utilized in space exploration, commercial aircraft, national defense systems, and in space ventures and private air. They design the systems and flight vehicles that are used to operate them. Aerospace engineers may be those who plan the structure of the vehicle itself or might be involved in the development, design and construction of several vehicle systems and components. In all of these processes, some engineers are involved.
In several disciplines, aerospace engineers are essential to possess a high degree of scientific knowledge including, but not limited to: thermodynamics, statistics, propulsion, aerodynamic, and structural design. Aerospace jobs are those in which engineers are mainly concerned with the construction, design, testing, and operation of vehicles that work either in outer space or within the Earth’s atmosphere. Dr. Curtis Cripe was involved in a highly significant role as a superintendent overseeing a number of software projects for the corporation identified as TRW, Inc.
Branches of the Aerospace Field
Aerospace jobs fall into two major groups: Astronautic and Aeronautic. Aeronautic engineers work with aircraft design, development, construction and analysis. Astronautic engineers are those who deploy and develop spacecraft.
Some of the most skilled and highest paid aerospace engineers are those who are able to cross into both the astronautic and aeronautic realms. These people often find themselves working with establishments on the development of vehicles and other crafts which are able to function well in both in space and the Earth’s atmosphere.
Specialization within the Field
In a particular area of aerospace engineering, many aerospace engineers specialize. They may work principally with the development and design of specific systems needed to operate space and air vehicles, or they may be expert specialists in the structural design of spacecraft and air.
Other engineers may specialize in production and design of certain kinds of craft, including military planes, helicopters, rockets, commercial transportation, missiles, spacecraft, or satellites.
There are also aerospace jobs that necessitate specialization in the technologies and specific sciences that result from them. These may include propulsion systems, thermodynamics, or control and guidance systems.
Aerospace engineers may work within numerous sectors of the job market. Many find employment in the parts and product industry of aerospace manufacturing amenities. Others will find jobs as researchers for privately or publicly held corporations. Still others will work for the administration or in nationally funded development and research programs.
Those who work for national organizations and agencies like Dr. Curtis Cripe are generally involved in the progress of aerospace projects for military defense purposes, or in developing satellites, vehicles, and other crafts for the purposes of research, space travel, and exploration.
Aerospace engineering is a competitive field. Efficacious candidates must have a minimum of a graduate degree, with many positions necessitating PhD qualifications. That being said, the arena offers a favorable career for those who enter it.
Aerospace jobs are fairly well recompensed in both the public private and public sector. In the field, currently there are also a number of job openings, with even more anticipated to become available in the immediate future.