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Developing intelligent logistics - Building a competence model for logistics systems engineer

机译:开发智能物流-为物流系统工程师建立能力模型

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Logistics is an interdisciplinary field. Modern logisticians need to integrate business management skills with technology design, IT systems know-how and other engineering fields. However, based on research of university curricula and competence standards in logistics, the engineering aspect is not represented in full potential. There are a few treatments of logistician competences relating to engineering, but not a modernized one with wide-spread recognition. This paper aims to explain the problem from conceptual history viewpoint and suggests a competence profile for “logistics system engineer” that has been created via analyzing various topical competence models and integrating introductory competences of systems engineering into logistics. In current approach, logistics systems engineering integrates networks, technologies and ICT, process and service design and offers broader interdisciplinary approach. Another suitable term for this would be intelligent logistics. The practical implication of such competence profile is to utilize it in curriculum development and also suggest it as an occupational standard. The academic relevance of the promoted concept is to offer a specific way to differentiate education in logistics.
机译:物流是一个跨学科领域。现代物流师需要将业务管理技能与技术设计,IT系统专业知识和其他工程领域相结合。但是,根据大学课程和物流能力标准的研究,工程方面的潜力没有得到充分体现。有一些与工程相关的后勤能力处理方法,但没有一种获得广泛认可的现代化方法。本文旨在从概念历史的角度解释该问题,并提出“物流系统工程师”的能力概况,该能力概况是通过分析各种主题能力模型并将系统工程的入门能力整合到物流中而创建的。在当前方法中,物流系统工程集成了网络,技术和ICT,流程和服务设计,并提供了更广泛的跨学科方法。另一个合适的术语是智能物流。这种能力概况的实际含义是将其用于课程开发,并建议将其作为职业标准。提倡的概念的学术意义是提供一种区分物流教育的特定方法。

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