首页> 外文期刊>International Journal of Emerging Technologies in Learning (iJET) >Construction and Implementation of Teaching Mode for Digital Mapping based on Interactive Micro-course Technology
【24h】

Construction and Implementation of Teaching Mode for Digital Mapping based on Interactive Micro-course Technology

机译:基于互动微路程技术的数字映射教学模式的构建与实现

获取原文
       

摘要

The era of “Internet + education” has caused reforms in teaching ideas, teaching modes, and learning styles. The emergence of micro-course technology provides new strategies for integrating learning styles. Task-driven digital mapping teaching, known as traditional classroom organization, has poor teaching effect due to single learning style and strategy. A new teaching mode for digital mapping was constructed in this study based on micro-course technology by combining interactive micro-course technology and digital mapping teaching to adapt to the demands of modern teaching. This teaching mode mainly included four modules, namely, micro-courseware, micro-video, micro-exercise, and micro-examination. It realized the hierarchical teaching of knowledge points in digital mapping course, simplification of basic principles, simulation of engineering cases, and self-evaluation of learning outcomes. The teaching mode was applied to 114 students from the Mapping Engineering Department of Henan University of Urban Construction. Results indicate that the proposed teaching mode based on interactive micro-course technology promoting the independent after-class learning of the students, stimulating their learning enthusiasm, enhancing their practical abilities of the students, and improving the effect of teaching. This mode of teaching provides a new concept for the teaching mode reform of other courses in mapping engineering.
机译:“互联网+教育”的时代导致教学思想,教学模式和学习款式的改革。微程技术的出现提供了整合学习方式的新策略。任务驱动的数字映射教学,被称为传统教室组织,由于单一学习风格和战略而具有较差的教学效果。基于微课程技术,通过结合交互式微程技术和数字制图教学来适应现代教学的需求,在本研究中建立了一种新的数字映射教学模式。这种教学模式主要包括四个模块,即微型课程,微型视频,微观运动和微观检查。它实现了数字测绘课程中知识点的分层教学,简化了基本原理,工程案例的模拟,以及学习结果的自我评估。教学模式应用于河南城市建设大学映射工程系114名学生。结果表明,基于互动微课程技术的建议教学模式促进了学生独立的课外学习,刺激了学习热情,提高了学生的实际能力,提高了教学的影响。这种教学模式为映射工程中其他课程的教学模式改革提供了新的概念。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号