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元认知模块:一系列旨在提高学生学习技能的在线作业支架

Metacognition Modules: A Scaffolded Series of Online Assignments Designed to Improve Students' Study Skills.

作者信息

Cardinale Jean A, Johnson Bethany C

机构信息

Alfred University, Alfred, NY 14802.

出版信息

J Microbiol Biol Educ. 2017 Apr 21;18(1). doi: 10.1128/jmbe.v18i1.1212. eCollection 2017.

Abstract

Many first-year biology students begin college with high aspirations but limited skills in terms of those needed for their success. Teachers are increasingly focused on students' lack of metacognitive awareness combined with students' inability to self-regulate learning behaviors. To address this need, we have designed a series of out-of-class assignments to provide explicit instruction on memory and learning. Our metacognition modules consist of six video assignments with reflective journaling prompts, allowing students to explore the relationship between the learning cycle, neuroplasticity, memory function, expert and novice thinking, and effective study strategies. By setting lessons on improving study behavior within a biological context, we help students grasp the reason for changing their behavior based on an understanding of biological functions and their application to learning. Students who complete these scaffolded journaling assignments show a shift toward a growth mindset and a consistent ability to evaluate the efficacy of their own study behaviors. In this article, we discuss the modules and student assignments, as well as provide in depth support for faculty who wish to adopt the modules for their own courses.

摘要

许多生物专业的大一学生进入大学时满怀壮志,但就取得成功所需的技能而言却很有限。教师们越来越关注学生缺乏元认知意识以及无法自我调节学习行为的情况。为满足这一需求,我们设计了一系列课外作业,以提供关于记忆和学习的明确指导。我们的元认知模块由六个视频作业和反思性日志提示组成,让学生探索学习周期、神经可塑性、记忆功能、专家与新手思维以及有效学习策略之间的关系。通过在生物学背景下设置关于改善学习行为的课程,我们帮助学生基于对生物学功能及其在学习中的应用的理解,掌握改变行为的原因。完成这些有支架的日志作业的学生表现出向成长型思维的转变,以及持续评估自己学习行为有效性的能力。在本文中,我们讨论这些模块和学生作业,并为希望在自己的课程中采用这些模块的教师提供深入支持。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/0515/5524468/cbd997a72a56/jmbe-18-13f1.jpg

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