摘要
在工科专业实习课程面临现实困境、疫情防控常态化的背景下,虚拟仿真教学显现出独特的优势。该文结合制药工程专业开展毕业实习虚拟仿真教学实践,阐述了虚拟仿真教学实施流程和实践经验。实践结果表明,虚拟仿真能够有效解决疫情防控背景下企业实习难题,具有传统"实地"实习所不具备的优势,学生有学习热情高、主动性增强等表现,教学效果良好。将虚拟仿真与传统"实地"实习相结合,充分发挥各自优势,取长补短、协同进行,能够显著提升实习实训等实践课程教学质量,为工程技术人才的培养提供有力支撑。该文为高等院校工科专业实习、实训等实践课程虚拟仿真教学提供有益借鉴和参考。
Under the background of practical difficulties faced by the practice courses for the engineering majors and the normalization of epidemic prevention and control, virtual simulation teaching shows its unique advantages.Based on the practice of virtual simulation teaching for graduation practice of pharmaceutical engineering major during the epidemic period, this paper expounded the implementation process and practical experiences of virtual simulation teaching. The practice results showed that virtual simulation could effectively solve the problem of enterprise practice under the background of epidemic prevention and control, and had the advantages that traditional "on-the-spot" practice did not have. Students have high enthusiasm for virtual simulation teaching mode, strong initiative, and resulted in good teaching effects. The combination of virtual simulation and traditional "on-the-spot" practice can give full play to their respective advantages, learn from each other and word together, which can significantly improve the teaching quality of practical courses such as practice and training, and provide strong support for the cultivation of engineering and technical talents. This paper provides a useful reference for virtual simulation teaching of practical courses such as engineering practice and training for the engineering majors in colleges and universities.
作者
周华从
洪海龙
陈秋月
李潇
高媛媛
许瞳
ZHOU Huacong;HONG Hailong;CHEN Qiuyue;LI Xiao;GAO Yuanyuan;XU Tong(Pharmaceutical Engineering Department,College of Chemical Engineering,Inner Mongolia University of Technology,Hohhot Inner Mongolia,010051,China)
出处
《创新创业理论研究与实践》
2021年第6期111-113,118,共4页
The Theory and Practice of Innovation and Enterpreneurship
基金
内蒙古工业大学第二批“混合式教学示范课程”建设立项项目(2019.2—2021.2):制药反应工程(2019009)
内蒙古工业大学研究生核心课程建设项目(2019.12—2021.12):催化原理(YHX2018005)
内蒙古工业大学绿色化工创新创业教育平台建设项目(2020.9-2022.9)(JWC2020001)
关键词
实践教学
虚拟仿真
毕业实习
制药工程
Practice teaching
Virtual simulation
Graduation practice
Pharmaceutical engineering
