基于“互联网+工程实训”自主训练模式探究

Research on the self-training mode based on internet+engineering training

目前,部分高校工程训练中心师资队伍状况堪忧,实训指导教师数量短缺,工程实训教学任务繁重。运用“互联网+教育”的手段,依托现代智能技术设计和营造工程训练环境,可使学生自主进行训练,从而实现“无人工训”的训练模式。学生通过在线学习掌握基础知识和安全常识;通过三维扫描技术判断实训时学生着装是否符合防护要求;通过自动检测技术测量学生所加工的工件是否达标。工程实训教学平台自动统计学生成绩,消除人为因素对学生实训成绩的影响,使实训成绩更客观公正。自主训练模式将缓解指导教师教学压力,强化学生的自主学习和训练能力,提高学生的实践技能。

At present,the status of the teaching staff of engineering training centers in some colleges and universities is worrying,for which the number of training instructors is short,and the task of engineering training is arduous.The use of internet+education means,relying on modern intelligent technology to design and create an industrial training environment,can enable students to conduct independent training,thereby achieving the“no manual training”training mode.Students learn basic knowledge and safety knowledge through online learning to determine whether the students’dress meets the protection requirements during the training through three-dimensional scanning technology and to measure whether the workpieces processed by the students meet the standards through automatic detection technology.The engineering training teaching platform automatically counts student achievements,eliminates the influence of human factors on student training achievements,and makes the training achievements more just and objective.The self-training model will alleviate the teaching pressure of instructors,strengthen students’self-learning and training ability,and improve students’practical skills.