Challenges in using natural language processing to stratify students by narrative assessments in undergraduate medical education

NLP models were unable to accurately identify at-risk students. Model accuracy increased with the inclusion of "copy/paste" comments, indicating there may be some discriminatory functionality within aspects of narrative data beyond keywords such as lexical diversity and word quantity. Future work will explore how these other aspects of narrative data associate with performance and utilize more advanced large language models of analysis.Based on typical natural language processing (NLP) methods, the tested NLP models performed adequately in identifying student performance with an overall accuracy of 0.8 across all models. However, none of the NLP models was able to identify students within the bottom 10% of performance, revealing widespread "copy/paste" behavior in evaluations that may limit narrative data's discriminatory utility.

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Publication Details

Journal
Academic Medicine
Published
2025-12-06
DOI
https://doi.org/10.1093/acamed/wvaf065
Primary Topic
Innovations in Medical Education
Type
article
Field-Weighted Citation Impact
0.00
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article

Challenges in using natural language processing to stratify students by narrative assessments in undergraduate medical education

Danielle Weber, Laurah Turner, Sally A. Santen, Christine Zhou et al.
Academic Medicine
Innovations in Medical Education
article

Challenges in using natural language processing to stratify students by narrative assessments in undergraduate medical education

Danielle Weber, Laurah Turner, Sally A. Santen, Christine Zhou, Seth Overla, Pamela Baker, Mathew Kelleher
article en

Abstract

NLP models were unable to accurately identify at-risk students. Model accuracy increased with the inclusion of "copy/paste" comments, indicating there may be some discriminatory functionality within aspects of narrative data beyond keywords such as lexical diversity and word quantity. Future work will explore how these other aspects of narrative data associate with performance and utilize more advanced large language models of analysis.Based on typical natural language processing (NLP) methods, the tested NLP models performed adequately in identifying student performance with an overall accuracy of 0.8 across all models. However, none of the NLP models was able to identify students within the bottom 10% of performance, revealing widespread "copy/paste" behavior in evaluations that may limit narrative data's discriminatory utility.

Academic MedicineVol. 101(4)
Cincinnati Children's Hospital Medical Center (US), Cincinnati VA Medical Center (US), University of Cincinnati (US), University of Cincinnati Medical Center (US)
Quality Education
Openalex Percentile: Top 21%
Innovations in Medical Education
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