Qualitative futuring methods in communicative (inter)action: Exploring the development and deployment of the Future Synthesizer method

Agnes Förster, Robin A. Chang, Katja Schotte
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Abstract

This contribution presents initial efforts to respond to the question: How do qualitative futuring methods enhance the design of participatory processes for regional and urban planning? This work makes use of futuring approaches and methods to help build individual and collective futures literacy. Doing so enables communities and their administrations to design, plan, construct, and develop the built environments for which they strive. We present efforts to develop and refine a qualitative (interactive) form of a futuring method called Future Synthesizer in community and classroom contexts. Future Synthesizer is premised on the communicative and collaborative potential generated when many sources of knowledge are represented and articulated by diverse stakeholders. The method facilitates the communicative structuring of interactive and strategic discussions between stakeholders through temporally ordered exchanges that link diverse forms of knowledge at participatory events. By integrating interactive and haptic components, our method helps participants articulate, illustrate, and negotiate the (inter)actions required to solve the complex problems brought to light through regional and urban planning processes. The efforts behind Future Synthesizer show potential to enhance future-oriented learning in a range of settings. However, since our experiences are in progress, there is much potential to develop the research in this contribution.

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交流(相互)行动中的未来定性方法:探索未来合成器方法的开发和应用
本文介绍了为回答这一问题所做的初步努力:定性未来学方法如何加强区域和城市规划参与性进程的设计?这项工作利用未来学的方法和手段,帮助个人和集体建立未来素养。这样做可以使社区及其管理部门设计、规划、建设和发展他们所追求的建筑环境。我们介绍了在社区和课堂环境中开发和完善一种名为 "未来合成器 "的定性(互动)未来设计方法的工作。未来合成器 "的前提是,当不同的利益相关者代表和阐述多种知识来源时,所产生的交流与合作潜力。该方法通过在参与式活动中将不同形式的知识联系起来的有时间顺序的交流,促进了利益相关者之间互动和战略讨论的交流结构。通过整合互动和触觉元素,我们的方法可以帮助参与者阐述、说明和协商解决区域和城市规划过程中出现的复杂问题所需的(相互)行动。未来合成器 "背后的努力显示了在各种环境中加强面向未来的学习的潜力。不过,由于我们的经验还在不断完善中,因此本项研究还有很大的发展潜力。
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