工业4.0的教育方法

Tomas Rericha, J. Navrátil, F. Steiner, J. Tupa
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引用次数: 0

摘要

全球工业正面临新的挑战,特别是新技术的实施、气候变化以及目前由新型冠状病毒COVID-19引起的疾病大流行。为了使该行业具有竞争力,它必须进行技术变革。这些变化是基于工业4.0的概念。实施工业4.0概念和相关的经济数字化所带来的变化对市场、行业和其他部门的运作产生了影响。当对特定职业的需求发生变化并且需要员工具备新的能力时,可以预期对劳动力市场产生重大影响。根本的问题是,这些要求如何具体地在目前的教育条件下,特别是在大学环境中实现。作为实践培训的一部分,在一个广泛的产品线上展示新的运营管理方法是不现实的。利用各种形式的小尺度模型是非常有效的。这些模型与实际操作几乎相同,学生可以尝试不同的生产状态,解决问题和后续优化。本文描述了我们大学是如何解决这个问题的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Educational methods for Industry 4.0
Industry worldwide is facing new challenges, particularly the implementation of new technologies, climate change and currently the pandemic of the disease caused by the new coronavirus COVID-19. For the industry to be competitive, it must make technological changes. These changes are based on the concept of Industry 4.0. The changes brought about by implementing the Industry 4.0 concept and the related digitization of the economy have implications for the functioning of markets, industries, and other sectors. Significant impacts can be expected on the labor market when the demand for specific professions changes and new competencies will be required for employees. The fundamental question is how specifically these requirements can be implemented in current education conditions, specifically in the university environment. As part of practical training, it is unrealistic to demonstrate new ways of operation management on an extensive product line. It is very effective to use various forms of small-scale models. These models behave practically the same as in actual operation, and students can try out different production states, problem-solving and subsequent optimization. This article describes how we solve this problem in our university.
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