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教导新手教师以提升混合式大学中的学习效果。

Teaching Novice Teachers to Enhance Learning in the Hybrid University.

作者信息

Pischetola Magda

机构信息

Department of Computer Science, IT University of Copenhagen, Copenhagen, Denmark.

出版信息

Postdigit Sci Educ. 2022;4(1):70-92. doi: 10.1007/s42438-021-00257-1. Epub 2021 Sep 30.

Abstract

Hybrid learning spaces are often associated with 'blended' education and defined by the presence of a mediating technology. In this paper, we shift the focus from technology to practice in the search for a relationist perspective that understands hybrid space as emerging from a sociomaterial assemblage. In this perspective, learning and teaching involve blurred boundaries and spatiotemporal configurations in a context of radical uncertainty. The paper presents a qualitative study of an ongoing project called Teknosofikum, a course/concept for the professional development of novice higher-education teachers in Denmark. The project addresses the complexity of distributed learning in (post-)pandemic hybrid spaces and times. It aims at generating imaginative pedagogies through the use of technology while also nurturing ontological aspects of the teaching profession. The paper presents and discusses data from the first iteration, which included co-designed processes of prototype content development and a mini-trial with seven course participants. Two key findings about teacher professional development emerge from the study. The first is the need to focus on multiple and situated teaching activities, providing a bridge between learning theories and educational practices. The second is the importance of knowing-in-practice, rather than acquiring knowledge, to create space for imagination in teaching with technologies and face up to the dynamic evolution of higher education.

摘要

混合学习空间通常与“混合式”教育相关联,并由中介技术的存在来定义。在本文中,我们将焦点从技术转向实践,以寻求一种关系主义视角,这种视角将混合空间理解为由社会物质集合体产生。从这个角度来看,学习和教学在极端不确定的背景下涉及模糊的边界和时空配置。本文呈现了对一个正在进行的名为Teknosofikum的项目的定性研究,该项目是丹麦新手高等教育教师专业发展的一门课程/概念。该项目解决了(后)疫情时代混合空间和时间中分布式学习的复杂性。它旨在通过技术的使用产生富有想象力的教学法,同时也培育教学职业的本体论方面。本文呈现并讨论了第一轮迭代的数据,其中包括共同设计的原型内容开发过程以及对七名课程参与者的小型试验。该研究得出了关于教师专业发展的两个关键发现。第一个是需要关注多元且情境化的教学活动,为学习理论与教育实践之间搭建桥梁。第二个是实践中的认知而非知识获取的重要性,以便在使用技术教学中为想象力创造空间,并应对高等教育的动态演变。

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