摘要
根据“新工科”建设要求,培养大批新兴工程科技创新人才已成为高等工程教育的重要使命。依托国家级实验教学示范中心,借助互联网平台,大连理工大学工程训练中心构建了多层次、自助式、多学科交叉融合的激光加工实训选修课程,以引导学有余力、热衷加工制作的学生自主开展创新制作,以培养潜在的伟大工程师人才。学生选课后,可自主安排时间完成网络在线学习和不同层次的实训内容,学生到实验室现场经设备操作考核通过后,可随时预约设备完成实训学习,有效利用实训设备资源,丰富了工程训练教学,显著提高了实训质量,取得了良好的教学效果,可为新工科实训课程的改革建设提供参考。
According to the establish requirement of“New Engineering”,cultivating a large number of emerging engineering science and technology innovation talents has become an urgent mission for the higher engineering education.Based on the national experimental teaching demonstration center and internet platform,the engineering training center of Dalian University of Technology has constructed a multi-level,self-service and multidisciplinary cross elective course for laser processing training,to guide the potential engineer talents utilizing spare time to carry out innovation design and fabrication independently can efficiently realize the cultivation of engineering innovation talent.Student use spare time to complete the online course and design of selective creative works.After the spot equipment operation in laboratory,student can order the equipment to finish practice learning at any time,which can efficiently utilize the equipment resources,rich the engineering training teaching.It has improved the training quality and achieved good teaching result,which may provide reference to the engineering training course reform for new engineering.
作者
戴明华
张红哲
姜英
王永青
杨春
DAI Minghua;ZHANG Hongzhe;JIANG Ying;WANG Yongqin;YANG Chun(Engineering Training Center,Dalian University of Technology,Dalian 116024,China)
出处
《实验室科学》
2020年第2期164-167,共4页
Laboratory Science
基金
大连理工大学教改基金项目(项目编号:YB2019029)。
关键词
新工科
激光加工实训
选修课
工程训练
多学科交叉融合
new engineering
laser processing training
elective course
engineering training
interdisciplinary
