AI-Ready Competency Framework for Biomedical Scientific Data Literacy

With the rise of data-intensive research, data literacy has become a critical capability for improving scientific data quality and achieving artificial intelligence (AI) readiness. In the biomedical domain, data are characterized by high complexity and privacy sensitivity, calling for robust and systematic data management skills. This paper reviews current trends in scientific data governance and the evolving policy landscape, highlighting persistent challenges such as inconsistent standards, semantic misalignment, and limited awareness of compliance. These issues are largely rooted in the lack of structured training and practical support for researchers. In response, this study builds on existing data literacy frameworks and integrates the specific demands of biomedical research to propose a comprehensive, lifecycle-oriented data literacy competency model with an emphasis on ethics and regulatory awareness. Furthermore, it outlines a tiered training strategy tailored to different research stages-undergraduate, graduate, and professional, offering theoretical foundations and practical pathways for universities and research institutions to advance data literacy education.

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Publication Details

Journal
Chinese Medical Sciences Journal
Published
2025-01-01
DOI
https://doi.org/10.24920/004522
Primary Topic
Ethics in Clinical Research
Type
article
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article

AI-Ready Competency Framework for Biomedical Scientific Data Literacy

Xiaolin Yang, Wei Zhou, Wei Zhao, Zhe Wang et al.
Chinese Medical Sciences Journal
Ethics in Clinical Research
article

AI-Ready Competency Framework for Biomedical Scientific Data Literacy

Xiaolin Yang, Wei Zhou, Wei Zhao, Zhe Wang, Shengfa Zhang, Zhi‐Gang Wang
article en

Abstract

With the rise of data-intensive research, data literacy has become a critical capability for improving scientific data quality and achieving artificial intelligence (AI) readiness. In the biomedical domain, data are characterized by high complexity and privacy sensitivity, calling for robust and systematic data management skills. This paper reviews current trends in scientific data governance and the evolving policy landscape, highlighting persistent challenges such as inconsistent standards, semantic misalignment, and limited awareness of compliance. These issues are largely rooted in the lack of structured training and practical support for researchers. In response, this study builds on existing data literacy frameworks and integrates the specific demands of biomedical research to propose a comprehensive, lifecycle-oriented data literacy competency model with an emphasis on ethics and regulatory awareness. Furthermore, it outlines a tiered training strategy tailored to different research stages-undergraduate, graduate, and professional, offering theoretical foundations and practical pathways for universities and research institutions to advance data literacy education.

Chinese Medical Sciences JournalVol. 40(3)
Chinese Academy of Medical Sciences & Peking Union Medical College (CN), China Population and Development Research Center (CN)
Openalex Percentile: Top 64%
Ethics in Clinical Research
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