“面向贫困社区的3d打印包容性模块化系统”

E. Rossi, Massimo Di Nicolantonio, Alessio D'Onofrio, R. Massacesi
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引用次数: 0

摘要

“弱势群体”一词描述了经历某种形式限制的人群,如经济、社会和政治,这些限制后来导致产生广泛形式的社会排斥。虽然这种现象主要出现在危机情景(即难民营)或新兴国家(即贫民窟),但在西方国家也可以找到一些相关的例子。因此,横向跨学科的社会经济因素可能会产生影响社区的显著致残条件,并对今世后代产生不包容的情况。弱势社区需要密集的设计干预,从服务到产品,从住房到物流,从共享商品到网络系统。因此,设计研究界可以开始将弱势社区作为试验场,试验基于可持续和包容性的设计策略,以改善生活在社会边缘的人们的生活质量,并提供原创的解决方案,以改善这种生活生态系统的经济、社会和环境质量。在可能的干预措施中,我们通过应用可持续3D打印研究中发展的最新理论,探索了“包容性3D打印”的概念。因此,通过严格的研究过程,将社会经济文献中的主要数据与使用这种新制造技术的有前途的设计轨迹和实验联系起来,提出并讨论了针对弱势社区的包容性3d打印模块化系统。论文中提出的设计结果为使用可持续3D打印设计智能解决方案提供了证据和有效性,同时也初步反思了在主流市场之外做出改变的设计机会。讨论和考虑提供了加强整体工作的需要,并通过跨学科的设计方法为设计界开辟新的研究途径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
'3D-Printed Inclusive Modular System for Underprivileged Communities
The term ‘underprivileged communities’ describes groups of people experiencing some form of restrictions, such as economic, social, and political, which later lead to producing extensive forms of social exclusion. Although this phenomenon is mainly visible in crisis scenarios (i.e.: refugee camps), or emerging countries (i.e.: slums), some relevant examples can also be found in western countries. Accordingly, horizontal interdisciplinary socio-economic factors may produce remarkable disabling conditions affecting communities and producing non-inclusive situations for present and future generations.Unprivileged communities require intensive design interventions, from services to products, from housing to logistics, from shared goods to networked systems. Therefore, the design research community can start using unprivileged communities as a testing ground to experiment sustainable-based and inclusive-oriented design strategies to improve the quality of life of people living at the margin of society, as well as providing original solutions to improve the economic, social, and environmental qualities of such living ecosystems.Among the possible interventions, we explored the concept of ‘Inclusive 3D Printing’ by applying recent theories developed within Sustainable 3D Printing studies. Thus, an inclusive 3D-printed modular system for unprivileged communities is presented and discussed as the result of a rigorous research process connecting the main data found within the socio-economic literature with promising design trajectories and experimentations allowed using this new manufacturing technology. The design results presented in the paper provide evidence and validity on the use of sustainable 3D printing to design smart solutions, alongside initial reflections on the design opportunities to make a change, beyond mainstream markets.Discussions and considerations are provided to reinforce the need to work holistically and through interdisciplinary design approaches to opening new research avenues for the design community.
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