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The importance of learning styles in group design work

机译:学习风格在小组设计工作中的重要性

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Effective communication between engineering design team members is essential. It depends on the successful transfer (sending, receiving and processing) of information. This information may range from data and facts to creative ideas. Recent work by R. Felder and L. Silverman (1988) has shown that individuals differ from one another in how they prefer to receive and process information. In this paper, we look at the relationship between individuals' preference for receiving information and their methods of sending information. It was initially anticipated that each individual's mode of presenting information would match his or her preferred mode of receiving information, and that this match would result in improved communication. To study the congruency (or incongruency) of how individuals prefer to receive information and how they go about sending information, an experiment was designed and conducted. The experiment consisted of four teams of engineering educators engaged in a design exercise. Their design activities were videotaped. Results based on analysis of the tapes and individual learning styles inventories showed that most participants preferred to receive information visually and engaged in drawing very little during the design exercise. If the definition was expanded to include using drawings, communicative gesturing (i.e. using hand gestures to describe a physical object or action), using hardware and referencing hardware, then visual communication went from comprising an average of 3.8% of the design time to an average of 21.1% of the design time.
机译:工程设计团队成员之间的有效沟通至关重要。它取决于信息的成功传输(发送,接收和处理)。这些信息的范围可能从数据和事实到创意。 R. Felder和L. Silverman(1988)的最新工作表明,个人在接收和处理信息的方式上彼此不同。在本文中,我们研究了个人接收信息的偏好与他们发送信息的方法之间的关系。最初预计,每个人的信息呈现方式都将与他或她的接收信息的首选方式相匹配,并且这种匹配将导致沟通的改善。为了研究个人偏爱接收信息以及他们如何发送信息的一致性(或不一致),设计并进行了一项实验。该实验由四个从事设计工作的工程教育团队组成。他们的设计活动被录像了。根据磁带和个人学习风格清单的分析结果表明,大多数参与者更喜欢视觉接收信息,并且在设计过程中很少参与绘画。如果将定义扩展到包括使用图纸,交流手势(即使用手势描述物理对象或动作),使用硬件和参考硬件,那么视觉交流将从平均3.8%的设计时间变为平均占设计时间的21.1%。

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