煤化学是专业基础课程,同时是一门实践性极强的交叉学科的课程,存在教师难讲学生难学的问题。近几年秉承OBE的评价–反馈–改进的理念进行教学改革,切实取得了较好的效果。本文以化学工程与工艺专业三年360名左右的学生为研究对象,从以...煤化学是专业基础课程,同时是一门实践性极强的交叉学科的课程,存在教师难讲学生难学的问题。近几年秉承OBE的评价–反馈–改进的理念进行教学改革,切实取得了较好的效果。本文以化学工程与工艺专业三年360名左右的学生为研究对象,从以学生为中心的课程设计、课程达成情况分析以及改进措施三个方面阐述煤化学课程基于OBE理念的改进过程以及取得的效果,旨在为同行提供一点借鉴。Coal chemistry is a fundamental course in the field, and it is also a highly practical interdisciplinary course, therefore, it is difficult to teach and learn. In recent years, adhering to the OBE concept of evaluation, feedback and improvement, teaching reforms have achieved good results. This article takes about 360 students in Chemical Engineering and Technology for three years as the research object, and the improvement process and results of coal chemistry course were elaborated from three aspects: student-centered course design, course achievement analysis, and improvement measures. The aim is to provide some reference for peers.展开更多
文摘煤化学是专业基础课程,同时是一门实践性极强的交叉学科的课程,存在教师难讲学生难学的问题。近几年秉承OBE的评价–反馈–改进的理念进行教学改革,切实取得了较好的效果。本文以化学工程与工艺专业三年360名左右的学生为研究对象,从以学生为中心的课程设计、课程达成情况分析以及改进措施三个方面阐述煤化学课程基于OBE理念的改进过程以及取得的效果,旨在为同行提供一点借鉴。Coal chemistry is a fundamental course in the field, and it is also a highly practical interdisciplinary course, therefore, it is difficult to teach and learn. In recent years, adhering to the OBE concept of evaluation, feedback and improvement, teaching reforms have achieved good results. This article takes about 360 students in Chemical Engineering and Technology for three years as the research object, and the improvement process and results of coal chemistry course were elaborated from three aspects: student-centered course design, course achievement analysis, and improvement measures. The aim is to provide some reference for peers.
