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Purpose <p>Box-trainer laparoscopic skills training may be limited by portability, reliance on instructor feedback, and repetitive exercises that reduce motivation. Laptitude is a serious-gaming platform targeting core laparoscopic psychomotor skills. This study gathered validity evidence to support the interpretation that Laptitude’s Curious Cases are realistic and cognitively equivalent to matched Fundamentals of Laparoscopic Surgery (FLS) tasks, and explored user attitudes.</p> Methods <p>In this observational, questionnaire-based study, 76 fourth-year medical students completed three FLS-matched Laptitude tasks (Transferring, Cutting, Ligation) and one non-matched task (Energy Dissection); which was paired with a Labyrinth task as a control pair. After each pair, participants rated realism, cognitive equivalence, and enjoyment on 5-point Likert scales; perceptions of serious gaming were also assessed. Associations with prior gaming and laparoscopic experience were analyzed.</p> Results <p>Matched tasks were rated favorably (mean scores: Transferring 3.9, Cutting 3.9, Ligation 3.7; median 4 for realism, cognitive equivalence, and enjoyment). Energy Dissection scored lower (mean 3.4, median 3). Repeated-measures ANOVA showed a significant effect of task type (F(2.72, 204.13) = 27.52, <i>p</i> &lt; .001, partial η²=0.27); post hoc comparisons confirmed Energy Dissection was rated lower than all matched tasks (all <i>p</i> &lt; .001). No associations were found with prior gaming or laparoscopic experience. Perceptions of serious gaming were positive (median 4), while willingness to purchase a personal copy was neutral (median 3).</p> Conclusion <p>This study provides initial validity evidence, based on content alignment, response process ratings, and relation to other variables, supporting the interpretation that three Laptitude Curious Cases (Transferring, Cutting, Ligation) are realistic and cognitively equivalent to their FLS counterparts.</p>

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Validity evidence for the Curious Cases in Laptitude, a serious game for laparoscopic skills training

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年7月13日

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  • Wouter IJgosse,
  • Mauro Meessen,
  • Otmar Buyne,
  • Jan-Maarten Luursema,
  • Bas Verhoeven

摘要

Purpose

Box-trainer laparoscopic skills training may be limited by portability, reliance on instructor feedback, and repetitive exercises that reduce motivation. Laptitude is a serious-gaming platform targeting core laparoscopic psychomotor skills. This study gathered validity evidence to support the interpretation that Laptitude’s Curious Cases are realistic and cognitively equivalent to matched Fundamentals of Laparoscopic Surgery (FLS) tasks, and explored user attitudes.

Methods

In this observational, questionnaire-based study, 76 fourth-year medical students completed three FLS-matched Laptitude tasks (Transferring, Cutting, Ligation) and one non-matched task (Energy Dissection); which was paired with a Labyrinth task as a control pair. After each pair, participants rated realism, cognitive equivalence, and enjoyment on 5-point Likert scales; perceptions of serious gaming were also assessed. Associations with prior gaming and laparoscopic experience were analyzed.

Results

Matched tasks were rated favorably (mean scores: Transferring 3.9, Cutting 3.9, Ligation 3.7; median 4 for realism, cognitive equivalence, and enjoyment). Energy Dissection scored lower (mean 3.4, median 3). Repeated-measures ANOVA showed a significant effect of task type (F(2.72, 204.13) = 27.52, p < .001, partial η²=0.27); post hoc comparisons confirmed Energy Dissection was rated lower than all matched tasks (all p < .001). No associations were found with prior gaming or laparoscopic experience. Perceptions of serious gaming were positive (median 4), while willingness to purchase a personal copy was neutral (median 3).

Conclusion

This study provides initial validity evidence, based on content alignment, response process ratings, and relation to other variables, supporting the interpretation that three Laptitude Curious Cases (Transferring, Cutting, Ligation) are realistic and cognitively equivalent to their FLS counterparts.