Department of Geography and Geoinformation Science, George Mason University, Fairfax, VA, United States of America.
Richard A. Rula School of Civil and Environmental Engineering, Mississippi State University, Mississippi State, MS, United States of America.
PLoS One. 2022 Dec 1;17(12):e0275861. doi: 10.1371/journal.pone.0275861. eCollection 2022.
This study empirically investigates exclusion induced by institutional ranking in engineering faculty hiring and introduces a cycle of winners and losers formed by privileging graduates of high-ranked institutions in the U.S. higher education system. We analyze and visualize academic origin (i.e., institutions faculty graduated from) and destination (i.e., institutions faculty are hired at) of 5,356 tenure-track faculty in four engineering disciplines of Chemical, Civil, Electrical, and Mechanical at the top 20 and bottom 20 of the top 100 engineering institutions according to the 2022 U.S. News & World Report. Our findings indicate that the hiring of engineering faculty in the U.S. higher education system is skewed in favor of graduates from high-ranked institutions, regardless of the discipline. Concerning each engineering discipline, 78% of electrical, 76% of chemical, 71% of mechanical, and 67% of civil engineering faculty of top 20 ranked institutions have academic origins in the top 20 ranked institutions. This hiring practice fosters inequalities by excluding qualified candidates and cementing the ranking system as the sole factor of academic quality. We bring attention to the pitfalls stemming from the exclusion in the U.S. higher education system, including (1) financial resources, (2) faculty and student resources, (3) selectivity and self-selection, and (4) geography. The cascading effect of the ranking practice is the unintended consequence of inaugurating a virtuous and vicious cycle, which creates a cycle of winners and losers that is difficult to break. High-ranked institutions easily dominate and maintain their ascendancy status in the ranking system as benefactors of the virtuous cycle. Low-ranked institutions are entrapped in the vicious cycle that makes it nearly impossible to (1) attract and retain both students and faculty, (2) secure external funding, (3) obtain resources for new programs, and (4) advance engineering research. Unless the U.S. higher education system is intent on squandering talent, confirming the belief that diversity is symbolic, and cementing the ranking system as the sole factor of academic quality, we recommend faculty hiring beyond the standard sociodemographic indicators and academic origins in hiring decisions. A proactive, open-minded, and neutral approach to the faculty selection process void of decision-making based on affinity should be the central tenet of the selection committee.
这项研究从经验上考察了美国高等教育体制中机构排名导致的排外现象,并引入了一个由优先录取排名较高院校的毕业生所形成的赢家和输家的循环。我们分析和可视化了在化学、土木、电气和机械四个工程学科的前 20 名和后 20 名的前 100 名工程院校中,5356 名终身教职教师的学术出身(即教师毕业的院校)和目的地(即教师受雇的院校)。我们的研究结果表明,无论学科如何,美国高等教育系统的工程教师招聘都偏向于优先录取排名较高院校的毕业生。就每个工程学科而言,前 20 名院校的 78%的电气工程、76%的化学工程、71%的机械工程和 67%的土木工程教师都毕业于前 20 名院校。这种招聘实践通过排除合格的候选人,助长了不平等,并将排名系统作为唯一的学术质量因素。我们提请注意美国高等教育系统中这种排斥所带来的陷阱,包括(1)财务资源、(2)教师和学生资源、(3)选择性和自我选择,以及(4)地理位置。排名实践的连锁效应是启动良性和恶性循环的意外后果,这就产生了一个赢家和输家的循环,很难打破。排名较高的院校作为良性循环的受益者,很容易在排名系统中占据主导地位并保持其优势地位。排名较低的院校则陷入恶性循环,几乎不可能(1)吸引和留住学生和教师,(2)获得外部资金,(3)为新计划获得资源,以及(4)推进工程研究。除非美国高等教育系统愿意浪费人才,确认多样性只是象征性的,并且将排名系统作为学术质量的唯一因素,否则我们建议在招聘决策中超越标准的社会人口指标和学术出身。选拔委员会应该采取积极、开放和中立的方式,避免基于亲和力做出决策。