A System Design Method Model for Regulating the Safe Riding Behavior of Delivery Riders Based on Fogg’s Behavior Model

Jifeng Xu, Dan Zhao, Tian Fang, Shuyun Wang, Tong Wu
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Abstract

The safe riding of delivery riders has become a key concern in the field of traffic safety in China. According to previous research that related to the usage of devices that protect delivery riders’ safety, we propose to develop a system design method model. Firstly, we designed a questionnaire to investigate why delivery riders would engage in unsafe behaviors. The user journey map was designed to describe the behavioral issues that could occur in the delivery process. Secondly, we analyzed reasons of four groups of unsafe behaviors and corresponded the causes to the three elements in Fogg’s behavior model to find the design opportunity points. Finally, we proposed systematic design strategies involving online platforms and offline products. Based on summarizing design strategies, a system design method model related to motivation, ability, and trigger is generated, which can help solve unsafe problems of riding behaviors of delivery riders.
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基于Fogg行为模型的快递员安全乘车行为调节系统设计方法模型
快递员的安全乘车已经成为中国交通安全领域的一个关键问题。根据以往对快递员安全保护装置使用的相关研究,我们提出了一个系统设计方法模型。首先,我们设计了一份调查问卷,调查快递员为什么会从事不安全行为。用户旅程图被设计用来描述交付过程中可能发生的行为问题。其次,我们分析了四组不安全行为的原因,并将原因与Fogg行为模型中的三个要素相对应,找到设计机会点。最后,我们提出了涉及线上平台和线下产品的系统设计策略。在总结设计策略的基础上,生成了一个与动机、能力、触发相关的系统设计方法模型,有助于解决快递员骑行行为的不安全问题。
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