Specialized courses: mechanics, heat and molecular physics, electromagnetism, optics, atomic physics, modern physical experiments, mathematical physical methods, theoretical mechanics, electrodynamics, quantum physics, general physical experiments, electrotechnics, electronic circuit basics and experiments, microcomputer principles, professional English, detection and conversion, electronic measurement, physics teaching theory, etc.

Skills courses: computer-aided teaching, physics teaching theory in middle school, teaching skills, scientific and technological creation.

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

Introduction of science education major in primary schools;

Physics education is an important part of middle school and university education all over the world. Many comprehensive universities have physics majors. Because physics is the basic subject of natural science and engineering technology, and it is also a compulsory course to get a degree in science and engineering.

Physics education mainly studies the basic theories and methods of physics and mathematics. Students need to master mathematics, physics knowledge and experimental methods of physics, understand the frontier of physics development and the overall trend of scientific development, and understand relevant national policies and regulations such as science and technology and intellectual property rights. For example, analyze students' characteristics, prepare lesson plans, give personalized lectures according to students' conditions, prepare lesson plans and prepare lessons in advance.

Training objectives:

Cultivate students to master the basic theories and methods of physics, have good mathematical foundation and experimental skills, get preliminary education and teaching training, and be able to engage in physics teaching and related management in middle schools.

Training requirements:

Students mainly study the basic laws of material movement, accept the method of using physical knowledge, carry out basic training of educational and teaching skills, and cultivate the ability to analyze and solve problems.

Knowledge and ability that graduates should possess after graduation:

(a) with good ideological and moral quality and psychological quality, moral, intellectual and physical development in an all-round way, to meet the needs of socialist modernization;

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

⑶. Master the basic theories and methods of education and teaching, and acquire the basic abilities of education and teaching;

(4) Understand the frontier of physics development and the general trend of scientific development;

5. Understand the national science and technology and intellectual property policies and regulations.