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《塑性变形与轧制原理》课程是材料工程专业的一门专业基础课,贯穿于材料工程专业的整个教学过程,是材料工程专业的一门核心的专业基础课,这门课程主要是为学习以后的专业课打好基础,如《高速线材生产》、《中型钢生产》以及《板带钢生产》都是以《塑性变形与轧制原理》。在教学的过程中,为了提高教学效果,作为教师应当引导学生,调动学生学习的积极性和主观能动性,变学生的被动学习为主动学习。基于《塑性变形与轧制原理》这门课程在材料工程专业的重要性,该课程的教学质量水平直接影响着学生的专业素质,而一些好的教学方法会促进学生对这门课程的学习能力,起到事半功倍的作用。下面就根据塑性变形与轧制原理这门课程的特点结合我个人的教学经验,谈谈我的教学方法。
The course of “plastic deformation and rolling principle” is a professional basic course of material engineering major which runs through the whole teaching process of material engineering major and is a core specialized basic course of material engineering major. This course is mainly for learning Specialized courses lay the foundation, such as “high-speed wire production”, “medium-sized steel production” and “strip steel production” are based on “plastic deformation and rolling principle.” In the process of teaching, in order to improve the teaching effect, as a teacher, we should guide the students, mobilize the enthusiasm and subjective initiative of the students, and change the students’ passive learning into the active learning. Based on the importance of “plastic deformation and rolling principle” in materials engineering, the teaching quality of the course directly affects the professional quality of students, and some good teaching methods will promote students’ ability to learn the course , Play a multiplier effect. Following the plastic deformation and rolling theory based on the characteristics of this course with my personal teaching experience, talk about my teaching methods.