从知识到智能:深度教与学——化学生物学跨学科课程“分析化学”的设计与实践

Hong Zhong
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引用次数: 0

摘要

以化学生物学跨学科培养计划所设计的必修基础课程《分析化学》为例,进行了深度教与学的原理论证。在这项工作中,将详细讨论几个重要问题,包括关系知识结构的构建和多维课程设置,内容丰富的深度学习环境,学术参与和渐进式逻辑推理,启发式和翻转课堂模式的结合,课程书籍的分析和研究,课外活动,学习过程的评价和各种资源的组织。通过对“分析化学”深入学与教的有效途径的探索,期望学生在主动学习的过程中,不仅达到更高层次的思维技能和认知投入,而且达到学科的性质、思想和方法。它旨在促进个人知识向专业成就和核心能力的转化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
From Knowledge to Intelligence: In-Depth Teaching and Learning―The Design and Practice of "Analytical Chemistry" for Interdisciplinary Program in Chemical Biology
The compulsory basic course “analytical chemistry” that is designed for the interdisciplinary training program in chemical biology has been used as an example for the proof-of-principle demonstration of in-depth teaching and learning. In this work, several important issues will be discussed in-detail, including the construction of relational knowledge structures and multi-dimensional curricular settings, in-depth learning environment with rich contents, academic engagement and progressive logic inference, combination of heuristic and flipped classroom model, analysis and research of course books, extracurricular activities, evaluation of learning processes and organization of various resources. Through the exploration of effective ways for in-depth learning and teaching of “analytical chemistry”, not only higher order of thinking skills and cognitive engagement but also the nature of subjects as well as thoughts and methods are expected to be achieved by students in the processes of motivated learning. It is aimed to boost the transformation of personal knowledge to professional accomplishments and core capabilities.
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