摘要
目的建立基于虚拟现实(Virtual Reality,VR)与思维导图结合的教学模式,在教学中激发高职学生学习兴趣、提高学习效率,探索出行之有效的实用中药学教与学的新模式。方法根据"性状-性能-功效-应用",以思维导图法形成网状知识结构;利用VR技术创设模拟教学情景,解决中药学教学中的重点、难点问题,记录学生答题正确率;以问卷调查方式了解学生对该教学模式态度。结果 "VR+思维导图"模式明显提高学生学习实用中药学的积极性等。结论 "VR+思维导图"模式体现学习公平性,提高学生记忆和理解能力,为中药学及相关学科教学提供了新思路。
Objective A new teaching model is established based on the combination of virtual reality(VR)and mind map,aiming at stimulating students’interests in learning,improving learning efficiency,and cultivating technical and skilled talents.The goal is to explore the effective new mode of teaching and learning of practical Chinese Medicine.Methods Firstly,a network knowledge structure was formed according to“morphology-performance-efficiency-application”by using the mind map.Then,VR technology was used to create a teaching video under a simulation teaching circumstance,isolating the external interference,which was to highlight and solve the difficulties in teaching practical Chinese medicine.The change in the correct rate was recorded.Questionnaires were used to understand students’attitudes towards the new teaching model.Results“VR+mind map”mode can improve students’enthusiasm for learning practical Chinese Medicine and the rate of exercise when learning.Conclusion“VR+mind map”mode can achieve learning equality,improve students’memory and comprehensive ability,and provide new ideas for practical medicine and related subjects.
作者
田思敏
邹利
钟辉云
邵思颖
赵保胜
TIAN Simin;ZOU Li;ZHONG Huiyun;SHAO Siying;ZHAO Baosheng(School of Pharmacy,Sichuan Vocational College of Health and Rehabilitation,Sichuan Province,Zigong 643000,China;Beijing Institute of Chinese Medicine,Beijing University of Chinese Medicine,Beijing 100029,China)
出处
《中国中医药现代远程教育》
2021年第19期3-6,共4页
Chinese Medicine Modern Distance Education of China
基金
四川省教育厅教育科研一般课题基金资助【No.173】
四川省中医药文化传承与研究中心规划项目【No.2019Z001】
四川省自贡市科学技术局科技创新基地和科技创新人才计划(苗子工程)【No.2020MZGC05】
四川卫生康复学院全国教育信息技术研究青年课题【No.186140107】
四川卫生康复职业学院院级课题基金资助【No.CWKY-2018Y-17】。
关键词
高职教育
实用中药学
思维导图
虚拟现实
vocational education
practical Chinese medicine
mind map
virtual reality
