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A Systematic Approach for Designing Learning Environments for Energy Efficiency in Industrial Production

机译:设计工业生产能效学习环境的系统方法

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Energy efficiency has been recognized in many manufacturing companies as an area of activity for cost savings and for environmental protection. Barriers, however, exist among others in the training of the employees. While at least larger companies have specialists and specialized departments, a holistic implementation is only possible with the involvement of all employees. The non-visibility and complexity of energy flows are challenging to impart knowledge illustratively. Furthermore, energy efficiency does not only require disciplinary but also interdisciplinary knowledge to exploit the energy efficiency potentials beyond the system boundaries of a factory. By these challenges, the design of learning environments has special significance. This paper presents a systematic approach for the development of learning environments for energy efficiency in the industrial production. Depending on the addressed target group, the competences to be imparted are methodically transferred to design features of a learning environment. The result is an effective and target group-oriented development process.
机译:能源效率已被许多制造公司认可为节约成本和环境保护的活动领域。但是,在培训员工方面存在障碍。尽管至少较大的公司拥有专家和专业部门,但只有在所有员工的参与下,才能全面实施。能量流的不可见性和复杂性对于例证性地传递知识具有挑战性。此外,能源效率不仅需要学科知识,还需要跨学科知识,以挖掘工厂系统范围之外的能源效率潜力。面对这些挑战,学习环境的设计具有特殊的意义。本文提出了一种系统的方法,用于开发学习环境以提高工业生产中的能源效率。根据所针对的目标人群,将要传授的能力有条不紊地转移到学习环境的设计特征中。结果是有效且有针对性的面向群体的开发过程。

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