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Academic system and credits

（I）Academic system

This major has a length of schooling of 4 years. The school adopts a flexible learning system, allowing students to complete their studies in stages. However, the longest time with academic status is no more than 8 years, and the cumulative time of study is no more than 6 years.

（II）Credits

Students who have obtained 155 credits are allowed to graduate. Including 134 credits for compulsory courses, 21 credits for elective courses, and 39 credits for practical, scientific research, practical training, graduation thesis or graduation design.

Table 1 Public compulsory course

No	Course title	Course nature	credits	Hours	Semester
1	Ideological and moral cultivation and legal basis	Obligatory	3	54	1
2	University Information Technology Foundation and experiment	Obligatory	2	54	4
3	College English	Obligatory	12	216	1-4
4	PE	Obligatory	4	144	1-4
5	Outline of modern Chinese history	Obligatory	2	36	2
6	Basic principles of Marxism	Obligatory	3	54	3
7	Introduction to Mao Zedong Thought and theoretical system of socialism with Chinese characteristics	Obligatory	4	72	4、5
8	Situation and policy	Obligatory	1
Total			31

Table 2 General education

No	Course title	Course nature	credits	Hours	Semester
1	College Chinese	Obligatory	3	54	1
2	Career development and planning	Obligatory	2	36	2
3	Other optional courses	Elective	5	90	1-8
Total			10

Table 3 Required courses for general platform

Class A

No	Course title	Course nature	credits	Hours	Semester
1	Advanced mathematics I （Up and down）	Obligatory	6+5	198	1、2
2	Dynamics A	Obligatory	4	72	1
3	Thermology	Obligatory	3	54	1
4	Linear algebra	Obligatory	4	72	2
5	Electromagnetics A	Obligatory	4	72	2
Total			26

Class B

No	Course title	Course nature	credits	Hours	Semester
1	Advanced mathematics I （Up and down）	Obligatory	5+5	180	1、2
2	Dynamics B	Obligatory	3	54	1
3	Thermology	Obligatory	3	54	1
4	Linear algebra and probability theory	Obligatory	4	72	2
5	Electromagnetics B	Obligatory	3	54	2
Total			23

Table 4 Basic course

No	Course title	Course nature	credits	Hours	Semester
1	Optics	Elective	3	54	3
2	Theoretical mechanics	Obligatory	4	72	3
3	Methods of Mathematical Physics	Obligatory	5	90	3
4	Probability theory and mathematical statistics	Elective	3	54	3
5	Atomic physics	Obligatory	4	72	4
6	Statistical physics of thermodynamics	Obligatory	4	72	4
7	Professional English	Elective	2	36	4
8	Quantum mechanics	Obligatory	4	72	5
9	Electrodynamics	Obligatory	4	72	5
10	Fundamentals of Electronics	Elective	4	72	5
11	Computational physics	Elective	3	54	6
12	Solid state physics	Obligatory	4	72	6
13	Introduction to the frontier of condensed matter physics	Elective	3	54	7
Total			29(Obligatory)+19(Elective)

Table 5 Required courses for major orientation

No	Course title	Major	credits	Hours	Semester
1	General relativity	Theoretical physics	3	54	7
2	Quantum field theory		4	72	7
3	Group theory		3	54	7
1	Metal physics	Physics of metal materials	4	72	7
2	Crystal growth principle and technology	Physics of metal materials	3	54	7
1	Ferromagnetism	Magnetism	4	72	7
2	Magnetic measurement	Magnetism	3	54	7
1	Semiconductor physics	Electronic devices and materials engineering	4	72	7
2	Film Physics	Electronic devices and materials engineering	3	54	7

Table 6 Elective course

No	Course title	credits	Hours	Semester
1	Complex network	2	36	Autumn term
2	Particle physics	3	54	Spring term
3	Introduction to material physics	4	72	Autumn term
4	New energy materials	3	54	Autumn term
5	Cosmology	2	36	Spring term
6	Nonlinear physics	3	54	Spring term
7	Research methods of modern crystal physics	3	54	Spring term
8	Metal corrosion and protection	4	72	Autumn term
9	Plasma physics	4	72	Spring term
10	Magnetic material	3	54	Spring term
11	Semiconductor frontier issues	4	72	Autumn term
12	Fundamentals of semiconductor chemistry	3	54	Spring term
13	Introduction to material physics	3	54	Autumn term
14	Semiconductor material	3	54	Autumn term
15	Semiconductor device	4	72	Spring term
16	Nano science and technology	3	54	Autumn term

Table 7 Practice course

No	Course title	credits	Hours	Semester
1	Military training and military theory course	1		1
2	Introduction to physics	1	18	1
3	Scientific research training I	1	36	2
4	Career development and planning	2	36	2
5	General physics experiment	11	216	2、3、4
6	Modern physics experiment	8	144	5、6
7	Basic experiment of University Information Technology	1	18	4
8	Computational physics experiment	1	18	6
9	Professional experiment	3	72	7
10	Scientific research training II	2	36	1-8
11	Dissertation	8		8
Total		39

2019-12-20

Training plan of Physics