Workplace-integrated assistance systems conducive to learning designed for production

T. Haase, W. Termath, Michael Dick, Michael Schenk
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Abstract

In this paper, the authors present a methodological approach for designing assistance systems conducive to learning. The theoretical framework is based on the activity system and the concept of expansive learning. From this, the authors develop the learning activity system. The application and further development of this theoretical framework is presented on the basis of an industrial application scenario of mechatronic reprocessing in the automotive industry. It includes a systematic approach to technology selection and design that serves as a practical action guide for companies designing assistance systems. In addition, dimensions conducive to learning are developed and linked to the activity system approach. This integrated model provides requirements for the design of an assistance system conducive to learning. The paper also describes concrete requirements and measures of a participatory design and implementation process.
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为生产而设计的有利于学习的工作场所综合辅助系统
在本文中,作者提出了一种设计有利于学习的辅助系统的方法学方法。其理论框架是建立在活动系统和扩张性学习概念的基础上的。在此基础上,笔者开发了学习活动系统。以汽车工业中机电再处理的工业应用场景为基础,介绍了该理论框架的应用和进一步发展。它包括对技术选择和设计的系统方法,作为设计辅助系统的公司的实际行动指南。此外,开发了有利于学习的维度,并将其与活动系统方法联系起来。该综合模型为设计有利于学习的辅助系统提供了要求。本文还描述了参与式设计和实施过程的具体要求和措施。
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