High School

A strong science and mathematics background is essential for entry into this field. High school courses that will be useful in preparing a student for college-level study include algebra, trigonometry, physics, and chemistry. In addition to math and science, courses in social studies, economics, history, blueprint reading, computer-aided design, drafting, and industrial and machine shop practice will provide a valuable background for a career in aerospace technology. Computer science experience is also important. English, speech, and courses in preparing test reports and technical writing are extremely helpful in developing communication ability.

Postsecondary Training

There are a variety of training possibilities for potential aerospace technicians: two-, three-, or four-year programs at colleges or universities; junior or community colleges; technical institutes; vocational-technical schools; on-the-job training; or work-study programs in the military. Graduates from a two- or three-year program usually earn an associates degree in engineering or science. Graduates from a four-year program earn a bachelors degree in engineering or science; several colleges also offer four-year programs in aeronautical technology. Many technical training schools, particularly in areas where the aerospace industry is most active, offer training in aeronautical technology. Aircraft mechanics, for instance, usually attend one of the countrys roughly 200 training schools. However, many employers require graduates of such programs to complete on-the-job training before they are granted full technician status. When selecting a school to attend, check the listings of such agencies as the ABET and the regional accrediting associations for engineering colleges. Most employers prefer graduates of an accredited school.

Post-high school programs strengthen a students background in science and mathematics, including technical training. Beyond that, an interdisciplinary curriculum is more helpful than one specializing in a narrow field. Other courses, which are basic to the work of aeronautical scientists and engineers, should be part of a balanced program. These include basic physics, nuclear theory, chemistry, mechanics, and computers, including data-processing equipment and procedures.

Other Education or Training

The American Institute of Aeronautics and Astronautics offers instructor-led, Web-based, home study training, correspondence courses, conference sessions, and webinars. Topics include:

• aircraft maintenance management
• aircraft reliability
• fundamentals and applications of thermal vacuum testing
• space domain cybersecurity
• spacecraft avionics
• spacecraft design
• spacecraft lithium-ion battery power systems
• technical writing essentials
• aerospace electronics and power systems

The American Society for Engineering Education offers continuing education opportunities for engineers via its annual conference and other events. Contact these organizations for more information.

Certification or Licensing

Only a few aerospace technician positions require licensing or certification; however, certifications provided by professional organizations enhance qualified engineering technicians status. Certification is usually required of those working with nuclear-powered engines or testing radioactive sources, for those working on aircraft in some test programs, and in some safety-related positions. Technicians and technologists working in national defense areas, especially those employed by government agencies, are usually required to carry security clearances. Additionally, the Federal Aviation Administration certifies aviation mechanics.

A solid mathematics and science background will help aspiring aeronautical and aerospace technicians.

Aeronautical and aerospace technicians must have basic engineering skills. They should enjoy and be proficient in mathematics and the physical sciences and be able to visualize size, form, and function. The Aerospace Industries Association of America advises that today’s aerospace production workers must be strong in the basics of manufacturing, know statistics, and work with computers.

Aerospace technicians must be able to perform under deadline pressure, meet strict requirements and rigid specifications, and deal with potentially hazardous situations. They must be willing and flexible enough to acquire new knowledge and techniques to adjust to the rapidly changing technology. In addition, technicians need persistence and tenacity, especially when engaged in experimental and research tasks. They must be responsible, reliable, able to follow instructions, and willing to accept greater responsibility.