A consistent solution to the university diversity

Abstract In the current higher education landscape, universities are facing expanding requirements beyond teaching and research. Evaluation methods must evolve accordingly to prevent universities from facing development dilemmas. Current mainstream evaluation methods primarily emphasize the research domain, often failing to holistically capture a university’s overall performance and multifaceted contributions. From the functional perspective, this study views the university as a parallel input-output model consisting of separate subsystems. The proposed model demonstrates that a unique solution can be identified when assessing different functions, and it offers a cross-efficiency algorithm based on evidential-reasoning that can integrate peer evaluation. Utilizing data from 94 high-level universities in China, the proposed model exhibits improvement over alternatives. The analysis encompasses short- and long-term perspectives, subsystem and overall system viewpoints, and cross-year comparisons, while exploring dimensions like regional location, school type, and policy support. Lastly, this study analyzes China’s current policy situation and provides relevant recommendations based on the research findings.

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Publication Details

Journal
Research Evaluation
Published
2024-12-27
DOI
https://doi.org/10.1093/reseval/rvaf009
Primary Topic
Efficiency Analysis Using DEA
Type
article
Field-Weighted Citation Impact
0.00

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article

A consistent solution to the university diversity

Yuan‐Lu Cui, Zehui Zhan, Xiaoxi Xiao, Guo-liang Yang
Research Evaluation
Efficiency Analysis Using DEA
article

A consistent solution to the university diversity

Yuan‐Lu Cui, Zehui Zhan, Xiaoxi Xiao, Guo-liang Yang
article en

Abstract

Abstract In the current higher education landscape, universities are facing expanding requirements beyond teaching and research. Evaluation methods must evolve accordingly to prevent universities from facing development dilemmas. Current mainstream evaluation methods primarily emphasize the research domain, often failing to holistically capture a university’s overall performance and multifaceted contributions. From the functional perspective, this study views the university as a parallel input-output model consisting of separate subsystems. The proposed model demonstrates that a unique solution can be identified when assessing different functions, and it offers a cross-efficiency algorithm based on evidential-reasoning that can integrate peer evaluation. Utilizing data from 94 high-level universities in China, the proposed model exhibits improvement over alternatives. The analysis encompasses short- and long-term perspectives, subsystem and overall system viewpoints, and cross-year comparisons, while exploring dimensions like regional location, school type, and policy support. Lastly, this study analyzes China’s current policy situation and provides relevant recommendations based on the research findings.

Research EvaluationVol. 34
Chinese Academy of Sciences (CN), Institutes of Science and Development (CN), University of Chinese Academy of Sciences (CN)
National Natural Science Foundation of China, Natural Science Foundation of Beijing Municipality
Openalex Percentile: Top 66%
Efficiency Analysis Using DEA
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