1. energy industry: graduates majoring in applied physics can engage in research and development, engineering design, technical consultation and production management of renewable energy (solar energy, wind energy, etc.). ) and traditional energy sources (oil, natural gas, etc. ) industry.
2. Electronic information industry: graduates majoring in applied physics also have broad employment prospects in the fields of electronic information, communication and computer, and can engage in chip design, photoelectric technology and data storage technology.
3. Materials industry: Graduates majoring in applied physics can engage in engineering design, material performance testing and analysis, and research and development of new materials in the field of materials science.
4. Health care industry: Applied physics can also provide technical support for the health care industry, such as the design, manufacture and research of medical equipment.
The employment prospects and conditions of students in this major are general, which is much more difficult than finding jobs in popular majors. Graduates generally go to colleges and middle schools to engage in the teaching of this major, or to engage in scientific research in scientific research institutions, government agencies, enterprises and institutions. This major is suitable for postgraduate entrance examination.
Master the basic theories and methods of physics, have a good mathematical foundation and basic experimental skills, and master the basic knowledge, basic experimental methods and technologies of electronic technology, computer technology, optical fiber communication technology, biomedical physics, etc. , and can be used in physics, post and telecommunications, aerospace, energy development, computer technology and application, photoelectric technology, medical care.
Training objectives:
This major trains senior professionals who meet the needs of China's socialist modernization, develop morally, intellectually and physically in an all-round way, 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.
This major aims to provide a high-level quality education, not just professional education, so that students can master the basic theories and methods of physical application and master the basic skills of solving problems with computers. Graduates edified by the application of superior physics can adapt to various social needs, and their good self-study ability enables students to become backbones in all aspects as long as they have received relevant business training.