安徽农学通报 >
2025 , Vol. 31 >Issue 22: 129 - 133
DOI: https://doi.org/10.16377/j.cnki.issn1007-7731.2025.22.028
基于BOPPPS教学模式的植物化学保护学实验课程教学设计与实践
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冯晓晓(1993—),女,河北邢台人,博士,副教授,从事农药分析与安全性评价研究。 |
Copy editor: 张琴
收稿日期: 2024-09-20
网络出版日期: 2025-11-28
Teaching design and practice of the Plant Chemical Protection Experiment course based on the BOPPPS model
Received date: 2024-09-20
Online published: 2025-11-28
为优化植物化学保护学实验课程教学效果、提升学生专业能力与综合素养,本文针对该课程常规教学在教学方法创新性、学生主观能动性及考核方式优化等方面的提升空间,探索BOPPPS教学模式的应用路径,并融入课程思政元素。以“气相色谱检测高效氯氰菊酯乳油中有效成分含量”实验为案例,构建“课前预习—导入—目标—前测—参与式学习—后测—总结”闭环教学流程:课前依托学习通、色谱学堂等平台推送分段式视频、图文等预习资源,设置任务节点督促学习;课中通过问题导入聚焦学生注意力,以小组讨论、即时测试强化参与式学习,同步融入实验规范、数据诚信等思政元素;课后通过多维度考核完善评价体系。为验证教学效果,对大二植物保护专业238名学生开展问卷调研(回收有效问卷207份,有效回收率87%),结果显示,92%的学生可完成课前预习任务,课堂前测答题正确率较常规教学提升37%;95%的学生对学习效果持满意及以上态度,90%的学生认为课堂互动氛围增强;实验结果准确性提高26%,87%的学生认可课程对专业认同感的提升作用,近50%的学生计划参与相关科研创新项目。综上,BOPPPS教学模式有效促进了学生专业技能与价值观的协同发展,本文为相关类似课程教学设计提供参考。
关键词: BOPPPS教学模式; 植物化学保护学实验; 气相色谱; 思政教育
冯晓晓 , 马树杰 , 张利辉 , 张金林 , 刘颖超 . 基于BOPPPS教学模式的植物化学保护学实验课程教学设计与实践[J]. 安徽农学通报, 2025 , 31(22) : 129 -133 . DOI: 10.16377/j.cnki.issn1007-7731.2025.22.028
To optimize the teaching effect of the Plant Chemical Protection Experiment course and enhance students’ professional competence and comprehensive literacy, this paper explored the application path of the BOPPPS teaching model and integrates ideological and political elements into the curriculum, addressing the areas for improvement in conventional teaching of this course, such as the innovation of teaching methods, students’ subjective initiative, and the optimization of assessment methods. Taking the experiment of “determination of active ingredient content in beta-cypermethrin emulsifiable concentrate by gas chromatography” as a case, a closed-loop teaching process of “pre-class preview, bridge, in-objective, pre-assessment, participatory learning, post-assessment, and summary” was constructed. Before the class, fragmented preview resources such as videos, pictures and texts were pushed through platforms like Xuexitong and Chromatography School, and task nodes were set to supervise students’ learning. During the class, problem-based bridge-in was used to focus students’ attention, group discussions and real-time tests were adopted to strengthen participatory learning, and ideological and political elements on experimental standards and data integrity was integrated simultaneously. After the class, a multi-dimensional assessment was implemented to improve the evaluation system. To verify the teaching effect, a questionnaire survey was conducted among 238 sophomores majoring in Plant Protection (207 valid questionnaires were recovered, with an effective recovery rate of 87%). The results showed that 92% of the students could complete the pre-class preview tasks, and the correct rate of in-class pre-assessment answers was 37% higher than that of conventional teaching; 95% of the students were satisfied or very satisfied with the learning effect, and 90% of the students believed that the in-class interactive atmosphere was enhanced; the accuracy of experimental results increased by 26%, 87% of the students recognized the role of the course in improving professional identity, and nearly 50% of the students planned to participate in relevant scientific research and innovation projects. In conclusion, the BOPPPS teaching model effectively promotes the coordinated development of students’ professional skills and values, and this article provides references for the teaching design of relevant similar courses.
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