中职机械制造及自动化教学中多媒体技术的运用

Application of Multimedia Technology in Mechanical Manufacturing and Automation Teaching in Secondary Vocational Schools

在中职院校教育教学中,机械制造及其自动化教学是机械专业领域中最为常见的一门基础课程,在机械设计制造及自动化教学中通过对机械制造以及自动化中涉及的内容、原理进行细致地学习,并将所学到的内容运用到实际操作中。在进行机械设计制造及自动化操作环节中需要中职学生对机械制造的专业知识进行熟练地掌握,基于当前中职学生自主学习能力较弱的现状,在机械设计制造及自动化学习中极容易使学生产生负面情绪,这种状况并不利于中职学生的自身发展。中职院校与教师要对这一问题进行充分重视,在进行教学环节中教室可以借助多媒体技术将更多的教学内容通过音频、智能化、模拟操作等形式进行展现,教师要利用多媒体技术将实际教学环节中那些枯燥乏味的教学内容进行优化,将晦涩难懂的教学内容变得简单化、形象化,使教师的教学内容丰富多彩,提高学生们的学习兴趣。为了提高机械制造及其自动化教学能力,本文以机械制造及其自动化教学的问题进行分析,提出有效地解决措施,以期为机械制造及其自动化教学提供参考依据;。

In the education and teaching of secondary vocational colleges,the teaching of mechanical manufacturing and its automation is the most common basic course in the field of machinery,which should be studied carefully and applied to practice.In the process of mechanical design and manufacturing and automatic operation,it is necessary for secondary vocational students to master the professional knowledge of mechanical manufacturing.Based on the current situation that secondary vocational students have weak autonomous learning ability,it is very easy for students to learn in mechanical design,manufacturing and automation.Negative emotions are generated,which is not conducive to the self-development of secondary vocational students.Vocational colleges and teachers should pay full attention to this issue.In the teaching process,classrooms can use multimedia technology to display more teaching content in the form of audio,intelligence,and simulation operations.The boring teaching content in the actual teaching link is optimized,and the obscure teaching content is simplified and visualized,so that the teacher’s teaching content is rich and colorful,and the students’interest in learning is improved.In order to improve the teaching ability of mechanical manufacturing and its automation,this paper analyzes the problems of mechanical manufacturing and its automation teaching,and proposes effective solutions,in order to provide a reference for mechanical manufacturing and its automation teaching.