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首页> 外文期刊>The international journal of engineering education >The Impact of Collaborative and Simulation Sessions on Learning Lean Principles and Methods: A Multi-institutional Study
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The Impact of Collaborative and Simulation Sessions on Learning Lean Principles and Methods: A Multi-institutional Study

机译:协作和模拟会议对学习精益原理和方法的影响:多机构研究

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Industrial experts have implemented lean methods globally since the late 1970s in response to difficult economic conditions, as well as to compete in an increasingly global and difficult marketplace. The application of lean methods has been used to eliminate non-value added activities from business and manufacturing operations. By eliminating non-value added activities, organizations have been able to reduce costs, improve process flows, and increase value for customers. The popularity and benefits of lean methods have led to a demand for an engineering curriculum that includes lean principles and methods. Engineering student learners often do not have experience in manufacturing operations at the point in which they are introduced to lean principles and methods in their studies, thus selecting appropriate teaching methods is important in ensuring that students develop a working knowledge of how to apply lean tools. Previous research has demonstrated the importance of learner perceptions specifically, the role of self-efficacy beliefs and attitudes in motivation and in academic performance. Moreover, researchers have found that the use of collaborative activities and simulation can positively impact learning. However, few previous studies have reported on the impact of interactive sessions on learner perceptions, including self-efficacy beliefs and attitudes, and the possible impact of these effects on learning. This study sets out to examine the impact of self-efficacy beliefs and attitudes, resulting from the use of collaborative and simulation sessions on the learning of lean principles and methods. Participants in this study were undergraduate students, primarily engineering students, from three universities. Data were analyzed using paired t-tests. Based on the analyses, it was found that the sequencing of sessions was an important variable. The findings also suggest that the use of collaborative and simulation sessions has a positive impact on learner self-efficacy and on some learner attitudes.
机译:自1970年代末以来,工业专家已在全球范围内实施精益生产方法,以应对困难的经济状况,并在日益全球化和困难的市场中竞争。精益方法的应用已被用来消除业务和制造业务中的非增值活动。通过消除非增值活动,组织可以降低成本,改善流程并为客户增加价值。精益方法的流行和好处导致对包含精益原理和方法的工程课程的需求。工科学生在向他们学习精益原理和方法时,往往没有制造操作方面的经验,因此选择适当的教学方法对于确保学生掌握如何应用精益工具的工作知识很重要。先前的研究已经证明了学习者的感知的重要性,即自我效能感信念和态度在动机和学习成绩中的作用。此外,研究人员发现,使用协作活动和模拟可以对学习产生积极影响。但是,以前的研究很少报道互动会议对学习者感知的影响,包括自我效能感信念和态度,以及这些影响对学习的可能影响。这项研究着手研究自我效能信念和态度的影响,这是由于在学习精益原则和方法时使用协作和模拟课程而产生的。这项研究的参与者是来自三所大学的本科生,主要是工科学生。使用配对t检验对数据进行分析。根据分析,发现会话的顺序是一个重要的变量。研究结果还表明,使用协作和模拟课程对学习者的自我效能和某些学习者态度有积极影响。

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