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Identification of critical factors for success of engineering graduates using structural equation modeling by means of the partial least square technique.

机译:通过偏最小二乘技术使用结构方程模型确定工程毕业生成功的关键因素。

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摘要

The identification of important non-cognitive attributes (constructs) as critical factors of success (CFS) in engineering education has been an important topic of discussion in contemporary issues of higher education. The literature reports cultural intelligence, academic self-efficacy, experiential learning, and similar constructs (latent variables) as improving factors of student's readiness to enter the job market, although limited experimental data is available in the literature. The aim of this research was to investigate the influence of CFS in producing more competitive graduates. In this study, a theoretical model was used to explore the linear relationships between CFS and a culture of academic quality. The model was empirically validated by means of a second generation multivariate analysis defined as Structural Equation Modeling (SEM) using the partial least squares technique (PLS). Data was collected through a survey/questionnaire and analyzed using the SmartPLS 3.0 software. The findings indicated that the proposed CFSs have a significant effect on a culture of academic quality and suggested that self-efficacy in academic settings is influenced by experiential learning and intercultural situations. The results also inferred that institutions of higher education may be able to improve the overall academic preparedness of future graduates by incorporating experiential learning opportunities that nurture and promote students' self-efficacy and cultural intelligence. Although these findings are consistent with the hypothesis that universities are providing sound technical preparedness to students regardless of experiential learning activities, the findings led to the conclusion that subjective components of higher education linked to human behaviors, dispositions and perceptions should be further studied.;The findings of this research may provide the basis for more advanced investigations to study the subjective components of quality in higher education. It is recommended that future research may be complemented with longitudinal studies with larger samples. It is expected that the approach outlined in this study may be replicated in other institutions in order to analyzed similar or adapted path models.
机译:在工程教育中,重要的非认知属性(结构)的识别是成功的关键因素(CFS),已成为当代高等教育中讨论的重要话题。文献报道文化智力,学术自我效能感,体验式学习和类似的结构(潜在变量)是提高学生准备进入就业市场的因素,尽管文献中仅有有限的实验数据。这项研究的目的是调查CFS在培养更具竞争力的毕业生方面的影响。在这项研究中,使用理论模型来探讨CFS与学术素质文化之间的线性关系。通过使用偏最小二乘技术(PLS)定义为结构方程模型(SEM)的第二代多元分析,对模型进行了经验验证。通过调查/问卷收集数据,并使用SmartPLS 3.0软件进行分析。研究结果表明,拟议的CFS对学术素质文化具有重大影响,并表明,在学术环境中的自我效能感会受到体验式学习和跨文化环境的影响。结果还推断,高等教育机构可以通过结合体验式学习机会来培养和提高学生的自我效能和文化智能,从而改善未来毕业生的整体学术准备。尽管这些发现与假设大学为学生提供良好的技术准备而不考虑体验学习活动的假设相一致,但这些发现得出的结论是,应进一步研究与人类行为,性格和观念相关的高等教育的主观成分。该研究的结果可能为开展更高级的研究以研究高等教育质量的主观成分提供基础。建议将来的研究可以用较大样本的纵向研究加以补充。可以预期,本研究中概述的方法可以在其他机构中复制,以分析相似或适应的路径模型。

著录项

  • 作者单位

    New Mexico State University.;

  • 授予单位 New Mexico State University.;
  • 学科 Industrial engineering.
  • 学位 Ph.D.
  • 年度 2016
  • 页码 125 p.
  • 总页数 125
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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