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An empirical study of graduate student mobility underpinning research universities

机译:基于研究型大学的研究生流动性的实证研究

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The issue of international student mobility has had a profound effect on policy decision-making in the higher education system of essentially every country; however, the statistical data on this subject are insufficient, especially for graduate students. The purposes of this study are to substantiate the state of international mobility among talented graduate students in the sciences and engineering who will publish scholarly research in their future career and to present the mechanism of their moves between institutions. This paper quantitatively analyzes the trajectories of more than 7,000 scientists and engineers beginning at graduate school, obtained from the biographical notes attached to journal articles for authors in the fields of computer vision, robotics, and electron devices. The results suggest that mobility in various engineering fields at world-class research universities is subject to varied pull and push factors. In the fields of computer vision and robotics, a high world university ranking is a significant pull factor in the global mobility of graduate students, which may promote a US-dominated stratification between institutions of higher education, since the institutions at the top end of these rankings are generally in the United States. In contrast, in the field of electron devices, employment for highly skilled workers in domestic industries seems to act as an alternative pull factor for talented graduate students. This article also sheds light on the status of the universities that underpin first-tier research universities by providing undergraduate students to them, an important role that tends to be concealed in the world university rankings. Furthermore, this article suggests the existence of complementary relationships between the globally top-ranked research universities and the exporting top national research universities in various countries, a relationship that is key to the shape of the current global higher education system.
机译:国际学生流动问题对基本上每个国家的高等教育系统的政策决策都有深远的影响;但是,关于该主题的统计数据不足,特别是对于研究生而言。这项研究的目的是证实科学和工程学领域的优秀研究生的国际流动状况,这些研究生将在其未来的职业中发表学术研究,并介绍其在机构之间流动的机制。本文对从研究生院开始的7,000多名科学家和工程师的轨迹进行了定量分析,这些轨迹是从期刊文章所附的传记笔记中获得的,这些笔记是针对计算机视觉,机器人技术和电子设备领域的作者的。结果表明,世界一流研究型大学在各个工程领域的机动性受到各种拉动力的影响。在计算机视觉和机器人技术领域,高等大学的排名是影响研究生全球流动的重要因素,这可能会促进以美国为主的高等教育机构之间的分层,因为这些机构位于高端排名通常在美国。相反,在电子设备领域,国内工业中高技能工人的就业似乎是有才华的研究生的替代选择。本文还通过向本科生提供本科生,阐明了为一流研究型大学提供支持的大学的地位,这一重要作用往往被世界大学排名所掩盖。此外,本文提出了全球排名靠前的研究型大学与各国出口顶尖的国家研究型大学之间的互补关系,这种关系是当前全球高等教育体系形成的关键。

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