基于Uniapp和豆包AI辅助开发的微信小程序在《生物统计与试验设计》教学中的应用
马建民 , 孙健 , 张凡建
养殖与饲料 ›› 2025, Vol. 24 ›› Issue (07) : 144 -147.
基于Uniapp和豆包AI辅助开发的微信小程序在《生物统计与试验设计》教学中的应用
Application of WeChat mini-program developed based on Uniapp and Doubao AI-assisted technology in teaching the course of Biostatistics and Experimental Design
目的 针对《生物统计与试验设计》课程中数据处理复杂、学生参与度低等问题,开发一款轻量化教学工具,探索数字化教学改革的有效路径。 方法 基于Uniapp跨平台框架,结合豆包人工智能辅助开发技术,构建集成生物统计计算、试验设计模拟及案例实操功能的微信小程序,在实验班(医动2211,n =23)与对照班(医动2212,n =26)开展对比教学实验,评估小程序的应用效果。 结果 教学实践数据显示:实验组学生完成数据处理任务的平均耗时较对照组缩短43.75%(45 min vs.80 min),课堂主动提问频次提升149%(2.64次/课 vs. 1.06次/课),理论知识考核成绩提高21.4%(85分 vs.70分),实践操作成绩提升33.3%(40分 vs. 30分),差异均具有统计学意义(P<0.05);问卷调查表明,实验组学生课堂参与积极性达70%,显著高于对照组的35%。 结论 基于Uniapp和豆包AI的轻量化开发的微信小程序,显著提升了学生的理论理解深度与实践能力,为职业院校专业课程的数字化转型提供了可复制的解决方案。未来可进一步优化小程序功能,深化工具与教学场景的融合。
Objectives A lightweight teaching tool was developed and the effective paths for the reform of digital teaching were studied to solve the problems of complex data processing and low participation of students in the course of Biostatistics and Experimental Design. Methods A WeChat mini-program integrating biostatistical calculations, simulations of experimental design, and functions of case-based practice was constructed based on the Uniapp cross-platform framework and Doubao AI-assisted technology. A comparative teaching experiment between the experimental class (Yidong 2211, n=23) and the control class (Yidong 2212, n=26) was conducted to evaluate the effect of using the mini-program constructed. Results The data of practical teaching showed that the average time for students in the experimental group to complete data processing tasks was reduced by 43.75% (45 minutes vs. 80 minutes) compared to that in the control group. The frequency of active questioning in class, the score of assessing theoretical knowledge, and the score of practical operation increased by 149% (2.64 times/class vs. 1.06 times/class), 21.4% (85 points vs. 70 points), and 33.3% (40 points vs. 30 points), with statistically significant differences (P<0.05). The results of questionnaire survey showed that the classroom participation enthusiasm of students in the experimental group reached 70%, significantly higher than that in the control group (35%). Conclusions The lightweight development of WeChat mini-program based on Uniapp and Doubao AI significantly improved the theoretical understanding depth and practical skills of students. It will provide a replicable solution for the digital reform of courses in vocational education. The functionality of mini- programs can be further optimized and the integration of tools and scenarios of teaching can be deepened in the future.
Uniapp / 豆包人工智能 / 微信小程序 / 生物统计与试验设计 / 教学创新 / 数字化变革
Uniapp / Doubao artificial intelligence / WeChat mini-program / Biostatistics and Experimental Design / innovation of teaching / digital reform
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北京农业职业学院校级创新团队项目(2024090161)
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