A sustainable ecosystem: building a learning community to facilitate transdisciplinary collaboration in packaging development

Maaike Mulder-Nijkamp, Bjorn de Koeijer
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引用次数: 1

Abstract

Sustainability-related developments become a differentiating factor in development processes. An area with a strong focus on sustainability-related issues is packaging. In current packaging development processes, stakeholders focus on solving sustainability issues within their own boundaries. However, the complexities surrounding circular packaging can only be overcome by transdisciplinary collaboration. ‘Traditional’ collaboration shows to be incapable of overcoming packaging-specific complexities. Therefore, we launch Packalicious, a research initiative aiming to establish transdisciplinary innovation as a collaborative learning ecosystem.

In the initial research phase, a core stakeholder group developed the framework in which Packalicious operates. In the second (current) phase, the developed Packalicious framework is tested and improved. This design iteration builds on a transdisciplinary group-based case study, where real-life packaging challenges are tackled by diverse stakeholders.

In this paper, we define and measure the efficacy of collaborative learning within Packalicious by means of three innovation indicators. The first results indicate that the approach yields more diverse solutions, and a positive connotation with on-the-spot transdisciplinary collaboration. However, it also exposes the differences in discipline-related language and jargon. This paper contributes to academic insights by the establishment of a self-sustaining transdisciplinary learning ecosystem, and the ways in which this bridges gaps between disciplines and stakeholders.

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一个可持续的生态系统:建立一个学习型社区,以促进包装开发中的跨学科合作
与可持续性有关的发展成为发展进程中的一个区别因素。包装是一个非常关注可持续性相关问题的领域。在当前的包装开发过程中,利益相关者专注于在他们自己的边界内解决可持续性问题。然而,围绕循环包装的复杂性只能通过跨学科合作来克服。“传统的”协作显示出无法克服特定包装的复杂性。因此,我们推出了Packalicious,这是一项旨在建立跨学科创新作为协作学习生态系统的研究计划。在最初的研究阶段,一个核心利益相关者小组制定了Packalicious运作的框架。在第二个(当前)阶段,对开发的Packalicious框架进行测试和改进。这个设计迭代建立在一个跨学科的基于小组的案例研究,其中现实生活中的包装挑战是由不同的利益相关者解决。本文通过三个创新指标来定义和衡量Packalicious内部协作学习的有效性。第一个结果表明,该方法产生了更多样化的解决方案,并且具有现场跨学科合作的积极内涵。然而,它也暴露了与学科相关的语言和行话的差异。本文通过建立一个自我维持的跨学科学习生态系统,以及弥合学科和利益相关者之间差距的方式,为学术见解做出了贡献。
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