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Persona logical thinking: improving requirements elicitation for multidisciplinary teams

机译:角色逻辑思维:提高多学科团队的要求颁发

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To be more successful, innovation projects need a multidisciplinary team to cross and challenge several knowledge fields and viewpoints. However, defining methods to be used by multidisciplinary design teams is not straightforward since a single method has to match different skills and personality types. Our main objective is to provide a new method suitable to such multidisciplinary teams. The goal of Study 1 is to highlight that designers' specialty (i.e. engineer or ergonomist) has an impact on methods’ effectiveness. For that purpose, we selected two methods for requirement elicitation, one that is generally used by engineers (a subset of EPMcreate method based on logical structure) and one commonly used by ergonomists (the Persona method based on empathetic reasoning). These methods were tested by 10 ergonomists and 10 engineers during individual sessions. We subsequently developed a method called Persona Logical Thinking (PLT) based on the combination of the two previous methods. This new method was tested in Study 2, and compared to Persona method and to EPMcreate method during collective sessions involving four designers each (engineers, industrial designers and ergonomists). Nine design teams took part in the study with a total of 36 participants. Our results suggest that PLT method draws on the advantages of both logical and empathetic reasoning since it is as productive as POEPMcreate method and as relevant as Persona method. It may therefore be more appropriate for multidisciplinary design teams.
机译:更成功的是,创新项目需要多学科团队来交叉和挑战几个知识领域和观点。但是,由于单一方法必须匹配不同的技能和个性类型,因此多学科设计团队使用的定义方法并不直。我们的主要目标是提供适合此类多学科团队的新方法。研究1的目标是强调设计师的专长(即工程师或人体组织)对方法的有效性产生了影响。为此目的,我们选择了两种要求诱导方法,通常由工程师(基于逻辑结构的EPMCreate方法的子集)和常用的人体工程学家(基于Impathetic推理的角色方法)。这些方法在各个会话期间由10名人体工程学家和10名工程师进行测试。我们随后根据前两种方法的组合开发了一种称为人物逻辑思维(PLT)的方法。在研究2中测试了这种新方法,并与Persona方法和EpMcreate方法相比,涉及四个设计师(工程师,工业设计师和人体工程学家)的集体课程。九个设计团队参加了共有36名参与者的研究。我们的研究结果表明,PLT方法借鉴了逻辑和致力学推理的优点,因为它与PoEPMcreate方法一样高效并且与Persona方法相关。因此,它可能更适合多学科设计团队。

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