At present, the demand for talents majoring in applied physics is really high, but because this major may have some research on semiconductor materials during the learning process, the depth of research is still somewhat different from that of talents majoring in semiconductor; As a result, the competitive pressure in this industry is not great enough, and the talent vacancy rate in this industry remains high.

After all, there are not many professionals, so graduates who have received professional training are the target talents that the industry can cultivate. Generally speaking, there are more opportunities in cities with jobs or first-and second-tier cities, so there is still room for development and future.

Graduates majoring in applied physics mainly face industries such as new energy, electronic technology/semiconductor/integrated circuit, computer software, Internet/e-commerce, instrumentation/industrial automation, education/training/colleges, finance/investment/securities. Most of the jobs are optical engineers, application engineers and R&D engineers.

Graduates of this major can choose to work in technical enterprises, engaged in optical engineering, semiconductors, new energy, photoelectric technology, aerospace and other parts of the work; Graduates of this major can choose to engage in engineering technology, technology development, device invention and other work in government and scientific research units.

Training objectives of applied physics specialty

1. Training objectives: Students in this major mainly study the basic theories and methods of physics, have good mathematical foundation and experimental skills, have received preliminary training in applied basic research, applied research and technology development and engineering technology, have good scientific literacy, meet the needs of high-tech development, have strong knowledge updating ability and extensive scientific adaptability.

2. Training requirements: this major trains senior professionals who can master the basic theories and methods of physics and engage in scientific research, teaching, technology development and related management in physics or related science and technology fields.