synthesis,reasoning and analogy.Apply the general methods and abilities of mathematical methods such as field theory to analyze and solve physical problems for the following courses.Build the foundation for soving practical 课程目标3：Apply electromagnetic field theory to analyze and discuss the problems inmiddl school electromagnetics.Introduce some cutting-edge topics related to this course,and cultivate students'ability for scientific research. 课程目标4 Through and understanding the history developmen major events and physicist stories,students can the thoughts and spirit of physicists,cultivate students'patriotic enthusiasm,explore the unknown,pursue the truth and have a sense of responsibility and mission to climb forever.Through the teacher's humanistic demonstration,it will give students a positive influence,cultivate students'strong ideals and beliefs. Take the responsibility of cultivating morality and fostering students asou own responsibility,and establish the professional ideal of leaming to bea teacher and behave in the future (三)课程目标与毕业要求、课程内容的对应关系 表1：课程目标与课程内容、单业要求的对应关系表 课程目标 对应课程内容 对应毕业要求（及对应关系说明） Chap.1:Introduction Vector Grasp how to use advanced Analysis mathematics and vector analysis to deal with Chap.2-4:Electrostatics problem Chap5-:Magnetostatics 7-2 Through the introductionan Have the study of the concept of "field" Chap.7-8:Conservation Laws students should understand the 课程目标1 and Maxwel's Equation consciousness of lifetime basic properties of static and Chap.9:Electromagnetic Wave learning. Chap.10-11:Potential and Understand the fields.as well as the space-tim view of special relativity. Radiation physics.the Chap.12:Electrodynamics and field of Relativity physics teaching and Chap.1:Introduction Vector Through learning to apply Analysis development advanced mathematics and vector analysis to deal with trends. Chap2-:Electrostatics electrodynamics problems 课程目标2 Chap5-:Magnetostatics students should grasp thinking methods such as mode Chap.7-8:Conservation Laws construction.analysis and and Maxwell's Equation synthesis, reasoning and analogy.To cultivate students synthesis, reasoning and analogy. Apply the general methods and abilities of mathematical methods such as field theory to analyze and solve physical problems for the following courses. Build the necessary foundation for solving practical problems alone. 课程目标 3：Apply electromagnetic field theory to analyze and discuss the problems in middle school electromagnetics. Introduce some cutting-edge topics related to this course, and cultivate students' ability for scientific research. 课程目标 4：Through learning and understanding the history of electrodynamics development, major scientific events and physicist stories, students can experience the thoughts and scientific spirit of physicists, cultivate students' patriotic enthusiasm, explore the unknown, pursue the truth, and have a sense of responsibility and mission to climb forever. Through the teacher's humanistic demonstration, it will give students a positive influence, cultivate students' strong ideals and beliefs. Take the responsibility of cultivating morality and fostering students as our own responsibility, and establish the professional ideal of learning to be a teacher and behave in the future. （三）课程目标与毕业要求、课程内容的对应关系 表 1：课程目标与课程内容、毕业要求的对应关系表 课程目标 对应课程内容 对应毕业要求（及对应关系说明） 课程目标 1 Chap.1: Introduction & Vector Analysis Chap.2-4: Electrostatics Chap.5-6: Magnetostatics Chap. 7-8: Conservation Laws and Maxwell’s Equation Chap. 9: Electromagnetic Wave Chap.10-11: Potential and Radiation Chap. 12: Electrodynamics and Relativity 7-2 Have the consciousness of lifetime learning. Understand the frontiers of physics, the field of physics teaching and international development trends. Grasp how to use advanced mathematics and vector analysis to deal with electrodynamic problems. Through the introduction and study of the concept of "field", students should understand the basic properties of static and dynamical electromagnetic fields, as well as the space-time view of special relativity. 课程目标 2 Chap.1: Introduction & Vector Analysis Chap.2-4: Electrostatics Chap.5-6: Magnetostatics Chap. 7-8: Conservation Laws and Maxwell’s Equation Through learning to apply advanced mathematics and vector analysis to deal with electrodynamics problems, students should grasp scientific thinking methods such as model construction, analysis and synthesis, reasoning and analogy. To cultivate students