Master course setting

Last updated：2022-05-28

The training objectives of master students in space physics are: to cultivate excellent students with solid professional theoretical basic knowledge, systematically master basic scientific research skills and scientific thinking, understand the progress of frontier research in the discipline, be able to engage in scientific research activities or undertake professional and technical work, and abide by basic academic norms and ethics. The development trend of contemporary space physics is the interdisciplinary integration of multiple disciplines, and it is difficult for a single discipline to solve major scientific problems. According to the development needs of the discipline, in addition to mastering the theoretical basis, research methods and practical operation ability of the core courses of this discipline, master students of space physics should also study the basic courses related to earth science, understand the principles and main methods of related disciplines, and lay a solid foundation for the training of higher -level talents.


The course setting is as follows

  Course Code Course Title Hours Credits Course Manager Remark
Compulsory Courses Public Courses MAR5001 Research on the Theory and Practice of Socialism with Chinese Characteristics 36 2 School of Marxism  
MAR5002 Dialectics of Nature 18 1 School of Marxism Choose 1 of 2
MAR5003 Marxism and The Methodology of Social Science 18 1 School of Marxism
FL-5001 First Foreign Language (English) 120 5 School of Foreign Languages  
Specialized Basic Courses AS-6155 Fundamental Space Sciences 54 3 Mentor Group Semester 1-2
AS-5126 Academic Standard and Paper Writing 18 1 Hang Jian Semester 1-2
Specialized Courses
(choose 3 courses)		 AS-6156 Planetary Physics 54 3 Cui Jun
Wu Xiaoshu		 Semester 1
AS-5131 pace Weather 54 3 He Zhaoguo Semester 1
AS-5132 Physics of Space Plasma 54 3 Lai Hairong Semester 1
AS-5133 Space Exploration: Principles and Data Analysis 54 3 Li Kun
Zhong Jiahao		 Semester 1
AS-6157 Microscopic Processes in Space Physics 54 3 Cao Yutian
Gu Hao		 Semester 1
AS-6158 Planetary Exploration Data Analysis 54 3 Wu Xiaoshu
Cao Yutian		 Semester 1
AS-6159 Planetary Geology 54 3 Xiao Zhiyong Semester 1
Elective Courses AS-6142 Heliospheric Physics 36 2 Mentor Group Semester 2
AS-6144 Magnetohydrodynamics 36 2 Mentor Group Semester 2
AS-6145 Particle Simulation in Space Physics 36 2 Gu Hao Semester 2
AS-6148 Space Weather Prediction 36 2 Mentor Group Semester 2
AS-6149 Space Data Visualization Techniques 36 2 Li Kun
Yu Jiang		 Semester 2
AS-6160 Fundamental Planetary Atmospheres 36 2 Cui Jun Semester 2
AS-6162 Martian Geology 36 2 Xiao Zhiyong Semester 2
AS-6163 Lunar Geology 36 2 Xiao Zhiyong Semester 2
AS-6164 Methods in Planetary Geology 36 2 Xiao Zhiyong Semester 2
AS-6165 Advances in Planetary Geological Processes 36 2 Xiao Zhiyong Semester 1-2
AS-6143 Solar Atmosphere and Solar Eruption 36 2 Duan Aiying Semester 2
AS-6167 Introduction to Magnetospheric Physics 36 2 Liu Nigang Semester 2
AS-6168 Modeling of the Radiation Belt Physics 36 2 Liu Nigang Semester 2
AS-6169 Paleomagnetism 36 2 Yi Zhiyu Semester 2
AS-6170 Physics of Electromagnetic Phenomena on the Earth and Other Planets 36 2 Yu Jiang
Yi Zhiyu		 Semester 2
AS-6171 Physics of the Upper Atmosphere 36 2 Zhong Jiahao Semester 1
AS-6172 Physics of the Ionosphere 36 2 Zhong Jiahao
Li Kun		 Semester 2
AS-6173 Modeling of the Ionosphere and Its Application 36 2 Zhong Jiahao
Li Kun		 Semester 2
AS-6174 Experiment of Space Weather 36 2 Mentor Group Semester 1-2
AS-6175 Physics  of Solar-terrestrial Space Environment 36 2 Mentor Group Semester 1-2
AS-6176 Journal Club in Space Physics 36 2 Mentor Group Semester 1-2
AS-6177 Seminars in Space Physics 36 2 Mentor Group Semester 1-2