Shifting Participatory Design Approaches for Increased Resilience.

IISE transactions on occupational ergonomics and human factors Pub Date : 2021-04-01 Epub Date: 2021-09-01
Steven C Mallam, Kjetil Nordby, Per Haavardtun, Hanna Nordland, Tine Viveka Westerberg
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Abstract

OCCUPATIONAL APPLICATIONSSocial distancing restrictions imposed by the global outbreak of COVID-19 exposed vulnerabilities in traditional User-Centered Design processes. This paper presents a shift in methodological thinking and deployment of participatory processes toward a more dynamic and resilient approach of user-centered design in a multi-year joint academia-industry design project. We moved beyond an overreliance on resource-intensive formal discrete events - such as in-person design workshops, focus groups, or traditional field studies and observations - toward including more continuous inputs to create a more sustainable and fluid approach within a living lab ecosystem. User-centered data collection methods were organized in a framework across three dimensions of interaction: 1) Communication; 2) Timing; and 3) Presence. Expanding methodological options along these differing dimensions increased opportunities for more diversified inputs and sample recruitment, while increasing overall data and design feedback collected. Lowering participation and knowledge sharing thresholds enabled more continuous, inclusive involvement of key stakeholders throughout design processes.

转变参与式设计方法,提高弹性。
全球新冠肺炎疫情对社交距离的限制暴露了传统的以用户为中心的设计流程中的漏洞。本文介绍了在一个多年的学术-工业联合设计项目中,方法论思维和参与式过程的部署向更动态和更有弹性的以用户为中心的设计方法的转变。我们超越了对资源密集的正式离散事件的过度依赖——比如面对面的设计研讨会、焦点小组或传统的实地研究和观察——转向包括更多连续的投入,在一个活生生的实验室生态系统中创造一个更可持续和流动的方法。以用户为中心的数据收集方法被组织在一个跨交互三个维度的框架中:1)通信;2)时间;3)存在感。沿着这些不同的维度扩展方法选择,增加了更多样化的输入和样本招募的机会,同时增加了收集的总体数据和设计反馈。降低参与和知识共享门槛,使关键利益相关者能够在整个设计过程中更持续、更包容地参与。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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