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Students' working strategies and outcomes in a creativity-supporting learning environment

机译:在支持创造力的学习环境中学生的工作策略和成果

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This paper describes results from a teaching experiment at the Department of Computer Science at the University of Helsinki, in which we studied students'' different working strategies and tried to find patterns between these strategies and the creativity of the students'' work. In a typical computer science course in Finland, the teaching is quite strictly structured and the support structures (e.g. lectures, lab sessions) are highly teacher-driven. In contrast, our intention was to create a learning environment where the support structures would focus on supporting creativity to bring forth new ideas and innovation. We were especially interested in the working strategies that students would use outside our learning sessions, the students´ outcomes with regards to creativity, and the interplay between working strategies and the creativity of the outcomes. To put our ideas into practice, we designed a pilot course utilizing practices from research into creativity and intrinsic motivation. To answer our research questions we interviewed all course attendees (n=33) twice, at the beginning and at the end of the course. We chose LEGO® Mindstorms robots as the platform for the project. While further studies are needed, our preliminary results suggest that there is a pattern between working strategy and creativity.
机译:本文介绍了赫尔辛基大学计算机科学系的一项教学实验的结果,在该实验中,我们研究了学生的不同工作策略,并试图在这些策略与学生工作的创造力之间寻找模式。在芬兰的一门典型的计算机科学课程中,教学结构非常严格,支持结构(例如讲座,实验课)在很大程度上是由教师驱动的。相比之下,我们的目的是创造一个学习环境,在该学习环境中,支持结构将专注于支持创造力,以提出新的想法和创新。我们对学生将在学习课外使用的工作策略,学生在创造力方面的成果以及工作策略与成果的创造力之间的相互作用特别感兴趣。为了将我们的想法付诸实践,我们设计了一个试点课程,利用了从研究到创造力和内在动机的实践。为了回答我们的研究问题,我们在课程开始和结束时两次采访了所有参加培训的学生(n = 33)。我们选择LEGO®Mindstorms机器人作为该项目的平台。尽管需要进一步研究,但我们的初步结果表明,工作策略和创造力之间存在一种模式。

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