运用弹性工程和定性方法分析远程学习过程

Shigeru Kusakabe, Daisaku Arita
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引用次数: 0

摘要

由于新冠肺炎疫情,传统的面对面课程已经无法继续,远程教育开始流行。利用ICT技术的远程学习材料和场景的开发和实施类似于软件系统的开发和操作。我们将探索通过使用软件工程方法,如过程和建模技术,有效地开发和实施远程学习材料和场景的方法。我们试图通过使用过程改进方法,将设计和实施远程学习材料和场景的隐性知识和技能形式化。除了传统的软件工程方法外,我们将使用定性方法和弹性工程的方法,因为即使随着ICT的进步,人也是类的主要实施主体,并且当情况发生变化时,他们的行为有时是不确定的和灵活的。我们用实际的面试数据和远程学习模型来解释我们的方法,展示我们如何在这个过程中使用这些数据和模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analyzing Process of Distance Learning Using Resilience Engineering and Qualitative Approach
Due to the COVID situation, it has become impossible to continue the conventional face-to-face classes and distance learning has become popular. The development and implementation of distance learning materials and scenarios that utilize ICT technology are similar to the development and operation of software systems. We will explore the methodology for effectively developing and implementing distance learning materials and scenarios by using software engineering methods such as process and modeling technology. We try to formalize implicit knowledge and skills in designing and implementing distance learning materials and scenarios by using process improvement methodologies. In addition to the conventional software engineering approach, we will use the methods of qualitative approach and resilience engineering, as people are the main implementing bodies of classes even with the advancement of ICT and their behaviors are sometimes non-deterministic and flexible when the situation changes. We explain our approach with actual interview data and models for distance learning, showing how we use these data and models in the process.
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