Micro-project Design and Teaching Practice Based on Sticky Theory

Deqiang Ding, Guqing Liu, Wei Li, Yingju Liu, Meiyi Song, N. Liu
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Abstract

Project-based learning is a student-centered form of teaching in which students are able to construct their own knowledge and reflect on their own learning projects, thereby increasing learning motivation and self-efficacy. Project-based learning has been explored in different contexts and at different stages of school education, from primary and secondary schools to higher education, and has achieved good teaching results. However, project teaching often lasts for a long period and is quite flexible, so it is difficult to cover most of the course knowledge. In new curriculum system, the class hours are greatly compressed, which makes it difficult for teachers to carry out the project teaching effectively. This paper designed a series of micro-projects based on sticky theory by taking the course “Optical Communication System and Network” as an example to facilitate the core knowledge of the course. The paper first introduces the design methods of micro-projects based on content stickiness, and designs the teaching mode of micro-projects based on pattern stickiness, and then applies the methods and the mode to teaching practice. The teaching results show that students have improved their abilities in some aspects, and gained a great sense of achievement in learning.
基于粘性理论的微项目设计与教学实践
项目式学习是一种以学生为中心的教学形式,学生能够构建自己的知识,反思自己的学习项目,从而提高学习动机和自我效能感。从小学、中学到高等教育,在不同的情境和不同的学校教育阶段进行了项目式学习的探索,并取得了良好的教学效果。然而,项目教学往往持续时间较长,灵活性较大,难以覆盖大部分课程知识。在新课程体系下,学时被大大压缩,使得教师难以有效地开展项目化教学。本文以《光通信系统与网络》课程为例,设计了一系列基于粘性理论的微项目,以促进课程核心知识的学习。本文首先介绍了基于内容粘性的微项目设计方法,设计了基于模式粘性的微项目教学模式,并将该方法和模式应用于教学实践。教学结果表明,学生在某些方面的能力得到了提高,在学习中获得了很大的成就感。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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