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Towards Agile Engineering of Mechatronic Systems in Machinery and Plant Construction

机译:面向机械和工厂建设中机电一体化系统的敏捷工程

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Agile procedures (e.g. Scrum) are commonly used in rapidly changing environments of software engineering. Experts appreciate improvements in interdisciplinary collaboration, lead times and development costs by applying agile techniques as artifacts, meetings, roles and visualisation methods. Up to now, the use of agile procedures is still limited to IT-projects, due to a lack of profound knowledge in transferring agile techniques into interdisciplinary projects. This contribution presents the research work on Agile Engineering, a counterpart of Lean Product Development, by the systematic integration of agile techniques into the development process of mechatronic production systems. Thereto, an introduction and state of the art is given concerning the industry sector of machinery and plant construction as well as agile methodologies. The main focus of the paper is represented by the classification and comparison of Agile Engineering as well as the main features of integrating agile techniques into the mechatronic engineering process. According to the advanced research insights of the last years, Agile Engineering is a new enabler of success for establishing an agile production, providing promising approaches for coping with change and uncertainty efficiently.
机译:敏捷程序(例如Scrum)通常用于快速变化的软件工程环境中。专家赞赏通过将敏捷技术用作工件,会议,角色和可视化方法来改善跨学科协作,交货时间和开发成本。到目前为止,由于缺乏将敏捷技术转移到跨学科项目中的丰富知识,因此对敏捷项目的使用仍然仅限于IT项目。通过将敏捷技术系统地集成到机电一体化生产系统的开发过程中,这项贡献介绍了精益产品开发的对口敏捷工程的研究工作。到此,对机械和设备制造的行业以及敏捷方法进行了介绍和介绍。本文的主要重点是对敏捷工程的分类和比较,以及将敏捷技术集成到机电工程过程中的主要特征。根据过去几年的先进研究见识,敏捷工程是成功建立敏捷生产的新推动力,它为有效应对变化和不确定性提供了有希望的方法。

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