Cognitive validity in listen-to-write summary tasks: A mixed-methods analysis of notetaking data
Rebecca Yeager, University of Illinois Urbana-Champaign, USA
GoMee Park, University of Texas Rio Grande Valley, USA
Junhee Park, University of Iowa, USA
GoMee Park, University of Texas Rio Grande Valley, USA
Junhee Park, University of Iowa, USA
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https://doi.org/10.58379/SPQD9576
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Volume 15, Issue 1, 2026
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Abstract: This study examines the cognitive validity of a listen-to-summarize task on a university placement test. Cognitive validity is underinvestigated in listening assessment, especially for higher-order listening processes (Holzknecht et al., 2017; Rukthong, 2021). However, student notes from listening tests can record evidence of these processes (Yeager et al., 2024; Cushing, 1991). This study employed an exploratory sequential mixed-methods design to investigate the higher-order listening processes elicited by an integrated listen-to-summarize task. First, notes from two administrations of the same test form – one with notetaking scaffolding (n = 25) and one without (n = 25) – were analyzed qualitatively. Second, qualitative codes informed the development of a rubric to quantify higher-order listening processes across administrations, enabling comparison with summary and multiple-choice scores on another test form (n = 118). Qualitative analysis revealed substantial evidence of higher-order discourse construction processes in student notes, including Selecting, Integrating, Monitoring, and Structure-Building (Field, 2013), especially when scaffolding was provided. Linear regression models indicated that Selecting processes significantly predicted test scores for both the integrated task and the multiple-choice task, while Structure-Building processes were significant only for the integrated task. Results support the cognitive validity of the listen-to-summarize task and inform improved test design and score interpretation.
Keywords: integrated assessment; listening response formats; English for Academic Purposes; test validation; local testing