首页|引入家禽疫病智能化防控技术的课程教学改革与实践——以《动物免疫学》为例

引入家禽疫病智能化防控技术的课程教学改革与实践——以《动物免疫学》为例

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新农科建设要求课程具备时代性、前沿性,一流课程应具有创新性、高阶性和挑战度等基本特征.人工智能技术与传统产业的融合是产业发展的新趋势.为适应新农科建设和产业发展的需求,文章探索人工智能与传统《动物免疫学》交叉融合的新形态课程建设.教学内容融入家禽疫病智能化防控技术,教学方法采用"案例式+任务驱动式+讨论式"教学,教学模式强化以产教融合为特征的改革.结果显示:学生的家禽疫病智能化防控技术知识水平得到全面提升,实际应用能力及团队协作能力明显提高,极大促进了学生对该课程的学习兴趣.研究表明将智能化防控技术融入《动物免疫学》课程的教学改革提高了人才培育质量,为构建传统课程与人工智能融合的新形态课程提供了新范式.
Course Teaching Reform and Practice on the Introduction of Intelligent Prevention and Control Technology for Poultry Diseases-Animal Immunology as an Example
The construction of new agricultural science requires the curriculum to be epochy and cutting-edge,and the first-class curriculum should have the basic characteristics of innovation,high order and challenge.The integration of artificial intelligence technology and traditional industries is a new trend of industrial development.In order to meet the needs of new agricultural science construction and industrial development,this paper explored the construction of a new form course that integrated artificial intelligence and traditional Animal Immunology.The teaching content incorporates the intelligent prevention and control technology of poultry disease,the teaching method adopts the teaching of"case type+task-driven+discussion type",and the teaching mode strengthens the reform characterized by the integration of production and education.Three years of teaching practice shows that students'knowledge level of intelligent poultry disease prevention and control technology had been comprehensively improved,practical application ability and team cooperation ability had been significantly improved,which would greatly promote students'interest in learning this course.It was indicated that the teaching reform of integrating intelligent prevention and control technology into the course of Animal Immunology had improved the quality of talent cultivation and provided a new paradigm for the construction of a new form of curriculum integrating traditional curriculum and artificial intelligence.

Animal Immunologypoultry epidemicsintelligent prevention and controlteaching reform

张新珩、肖德琴、张永亮、李鸿鑫、谢青梅

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华南农业大学动物科学学院,广东 广州 510642

华南农业大学数学与信息学院农业农村部华南热带智慧农业技术重点实验室,广东 广州 510642

《动物免疫学》 家禽疫病 智能防控 教学改革

2025

中国家禽
中国畜牧业协会 中国农科院家禽研究所 江苏省家禽科学研究所

中国家禽

北大核心
影响因子:0.482
ISSN:1004-6364
年,卷(期):2025.47(2)