Approach for Implementing New Topics in Learning Factories – Application of Product-specific Carbon Footprint Analysis

Astrid Weyand, S. Schmitt, L. Petruschke, G. Elserafi, M. Weigold
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引用次数: 3

Abstract

Due to the constant changes in the production environment and the increasing relevance of sustainability and digitalisation in the industrial sector, there is a corresponding need for constant development of learning factories and the offered range of courses. To achieve this, not only learning content but also the technical infrastructure for knowledge transfer must be expanded in learning factories. Approaches that exist so far focus on the development of new learning factories to implement new or existing topics, although the already existing learning factories could be expanded and changed to these varied needs. Since a systematic approach is lacking so far, the competency-based design for the development of learning factories was used as a basis, developed further with focus on the technical infrastructure expansion. Subsequently, this approach is applied to the ETA Learning Factory at Technical University of Darmstadt. The ETA use case focuses on the topic of product-specific carbon footprint calculation. Therefore, technical infrastructure such as traceability systems, dashboards for visualisation or newly implemented efficiency measures on machine tools is added. The approach can be applied to a variety of topics.
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在学习型工厂中实施新主题的方法-特定产品碳足迹分析的应用
由于生产环境的不断变化以及工业部门可持续性和数字化的相关性日益增强,相应地需要不断发展学习型工厂和提供一系列课程。要实现这一目标,学习型工厂不仅要扩大学习内容,还要扩大知识转移的技术基础设施。目前存在的方法侧重于开发新的学习工厂来实现新的或现有的主题,尽管已经存在的学习工厂可以扩展和更改以满足这些不同的需求。由于目前缺乏系统的方法,本文以学习型工厂开发的基于能力的设计为基础,重点关注技术基础设施的扩展。随后,该方法被应用于达姆施塔特工业大学的ETA学习工厂。ETA用例关注特定于产品的碳足迹计算主题。因此,增加了诸如可追溯系统、可视化仪表板或机床新实施的效率措施等技术基础设施。这种方法可以应用于各种主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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