本文以《高等数学》课程中“导数与最值”一节为例,以新农科建设为指导,以立德树人为根本,以课程思政建设为核心。基于BOPPPS教学模式深度挖掘知识点中的数学意义和哲学含义,结合问题导向式和线上线下相结合等教学方法来提升知识实用性...本文以《高等数学》课程中“导数与最值”一节为例,以新农科建设为指导,以立德树人为根本,以课程思政建设为核心。基于BOPPPS教学模式深度挖掘知识点中的数学意义和哲学含义,结合问题导向式和线上线下相结合等教学方法来提升知识实用性,实现知农爱农兴农的复合式创新型应用人才培养目标。This article takes the section on “Derivatives and Maxima” in the course of “Advanced Mathematics” as an example, guided by the construction of New Agricultural Science, cultivated virtues and morality as the foundation, and curriculum ideological and political construction as the core. Based on the BOPPPS teaching model, this article deeply explores the mathematical and philosophical meanings in the knowledge points, and combines problem oriented and online/offline teaching methods to enhance the practicality of knowledge, achieving the goal of cultivating composite innovative applied talents who understand, love and promote agriculture.展开更多
文摘本文以《高等数学》课程中“导数与最值”一节为例,以新农科建设为指导,以立德树人为根本,以课程思政建设为核心。基于BOPPPS教学模式深度挖掘知识点中的数学意义和哲学含义,结合问题导向式和线上线下相结合等教学方法来提升知识实用性,实现知农爱农兴农的复合式创新型应用人才培养目标。This article takes the section on “Derivatives and Maxima” in the course of “Advanced Mathematics” as an example, guided by the construction of New Agricultural Science, cultivated virtues and morality as the foundation, and curriculum ideological and political construction as the core. Based on the BOPPPS teaching model, this article deeply explores the mathematical and philosophical meanings in the knowledge points, and combines problem oriented and online/offline teaching methods to enhance the practicality of knowledge, achieving the goal of cultivating composite innovative applied talents who understand, love and promote agriculture.