融合3D打印与KWL教学模式在骨科护生临床实践能力提升中应用效果

    Application effective of integrating 3D printing with the KWL teaching model in enhancing the clinical practice ability of orthopedic nursing students

    • 摘要:
      目的 :探讨3D打印技术联合KWL教学模式在骨科护生临床教学中的应用效果,为优化骨科护生临床实践培养体系、提升骨科护理教学质量提供实证参考。
      方法 :选取2024年3月至2025年11月于脊柱外科实习的89名护生为研究对象,采用对照研究设计,分别实施传统教学模式(对照组)与3D打印联合KWL融合教学模式(观察组)。以腰椎间盘突出症为核心教学病种,构建3D打印可视化解剖病理模型联合KWL教学模式的新型教学方案。通过理论考核、临床实践操作评分、临床思维能力测评及教学满意度问卷调查,对比2组护生的教学效果。
      结果 :观察组护生理论考核成绩、临床实践操作得分、临床思维能力总分及各维度评分均显著高于对照组(P < 0.01);观察组护生教学满意度高于对照组(P < 0.01)。
      结论 :3D打印技术与KWL教学模式融合应用于骨科护理临床教学,可将抽象的骨科解剖结构、病理机制及护理操作要点直观化、具象化,有效调动护生自主学习与探究能力,提升知识建构水平与临床实践转化能力,解决传统骨科护理教学理论与临床脱节的问题,可显著提升骨科护生临床综合能力与教学满意度。

       

      Abstract:
      Objective To explore the application effect of 3D printing technology combined with KWL teaching model in clinical teaching for orthopedic nursing students, and provide empirical reference for optimizing the clinical practice training system for orthopedic nursing students and improving the quality of orthopedic nursing teaching.
      Method 89 nursing students who interned in department of spinal surgery from March 2024 to November 2025 were selected as the research subjects. A controlled study design was adopted, with the traditional teaching model (control group) and 3D printing combined with KWL fusion teaching model (observation group) implemented separately. With lumbar disc herniation as the core teaching disease, a new teaching plan combining 3D printed visual anatomical and pathological models with KWL teaching model is constructed. The teaching effects in the two groups were compared through theoretical assessment, clinical practice operation scores, clinical thinking ability assessment, and teaching satisfaction questionnaire survey.
      Results The theoretical assessment scores, clinical practice operation scores, total score of clinical thinking ability, and various dimension scores of the observation group were significantly higher than those of the control group (P < 0.01); The satisfaction rate of nursing students in the observation group was higher than that in the control group (P < 0.01).
      Conclusions The integration of 3D printing technology and KWL teaching model in clinical teaching of orthopedic nursing can visualize and concretize abstract orthopedic anatomical structures, pathological mechanisms, and nursing operation points, effectively mobilize nursing students' self-learning and exploration abilities, improve their knowledge construction level and clinical practice transformation ability, solve the problem of the disconnect between traditional orthopedic nursing teaching theory and clinical practice, and significantly improve the clinical comprehensive ability and teaching satisfaction of orthopedic nursing students.

       

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