What Is Physics Education?

Physics education is an important part of secondary and university education worldwide. Many comprehensive universities have physics majors. Because physics is a basic discipline of natural science and engineering technology, physics is also a required course for obtaining a degree in science and engineering. ^[1]

Physics education

Main subject: Physics.

Professional courses: mechanics, thermal and molecular physics, electromagnetics, optics, atomic physics, modern physics experiments, mathematical physics methods, theoretical mechanics, electrodynamics, quantum physics, quantum mechanics, general physical experiments, electrical engineering, electronic circuit basics And experiments, microcomputer principles, professional English, detection and conversion, electronic measurement, physics teaching theory, etc.

Skill courses: computer-assisted instruction, physics teaching theory in middle school, teaching skills, technology production innovation

Main practical teaching links: teaching skills training, electrical and electronic skills training, social practice, educational practice, graduation thesis, etc.

Cultivate students to master the basic theories and methods of physics, have a good mathematical foundation and experimental skills, obtain preliminary training in education and teaching, and be able to apply junior high school physics teaching and engage in related management work.

Students mainly learn the basic laws of material movement, accept the method of using physical knowledge, conduct basic training of education and teaching skills, and develop the ability to analyze and solve problems.

The knowledge and ability that graduates should obtain after graduation:

. Have good ideological and moral qualities and psychological qualities, moral, intellectual, and physical development, to meet the needs of socialist modernization construction;

. Master the basic theories and methods of mathematics and physics, and master the experimental methods of physics;

. Master the basic theories and methods of education and teaching, and obtain the basic ability of education and teaching;

. Understand the frontiers of physics development and the general trends of scientific development;

. Understand national science and technology, intellectual property and other related policies and regulations.

After graduation, it is suitable for teaching in physics, computer science, general technology and other subjects in secondary schools, as well as school management and administrative management.