Is there a good employment prospect for aviation majors?

Is there a good employment prospect for aviation majors? There are good and bad.

1. The aviation major has a good employment prospect. With the country's emphasis on aviation development, China's civil aviation has developed rapidly, the demand for aerospace professionals has been increasing, and the employment market has been expanding. Aviation graduates can be employed by National Space Administration, Aerospace Research Institute, aerospace science and technology companies, airlines and large enterprises and institutions.

2. In addition, with the development of the global economy and the acceleration of the internationalization process, air transportation has become a bridge connecting countries, and the demand for aviation specialty is increasing, and the employment prospects are diversified. Although there is a growing demand for talents in the aviation industry, aviation graduates also need to keep learning and improve their abilities in order to remain competitive.

3. The employment prospect of aviation major is not good. Although flight attendant used to be a popular major, with the continuous development of aviation industry, the employment prospect of this major is gradually unclear. In addition, the employment scope of aviation majors is relatively narrow, mainly concentrated in airlines such as FASCO and China Southern Airlines, with fierce competition and high recruitment requirements. Therefore, the choice of aviation major needs careful consideration.

I. Professional introduction

Aerospace majors mainly study the structure, performance and motion law of aircraft, and train engineering and technical personnel who can design and manufacture aircraft and send them into space.

Second, the professional introduction

1. The aerospace specialty in a narrow sense includes aerospace engineering, aircraft design and engineering, aircraft manufacturing engineering, aircraft power engineering, aircraft environment and life support engineering, aircraft quality and reliability, aircraft airworthiness technology, aircraft control and information engineering, unmanned aircraft system engineering, intelligent aircraft technology, aerospace intelligent electric propulsion technology, detection guidance and control technology and other major disciplines.

2. However, aircraft and spacecraft are the crystallization of comprehensive science and technology, involving materials, electronic communication equipment, instruments and meters, remote control and telemetry, navigation, remote sensing and so on. So in a broad sense, materials science and engineering, electronic information engineering, automation, computer, transportation, quality and reliability engineering are all indispensable disciplines of aerospace technology.

With the rapid development of space industry, new specialties such as space transportation and control, remote sensing science and technology have been born in recent years.