NSERC Engage Plus with Native Shoes

材料问题-纺织制造的新兴增材制造材料技术。Material Matters是Emily Carr艺术与设计大学的一个研究中心，通过以设计为主导的探究，积极探索3D打印中的材料科学，其实用潜力，以及新兴技术的伦理和生态后果。我们建议继续我们的应用研究伙伴关系之间的艾米丽卡尔大学和本土鞋，一个建立在温哥华为基础的设计师和鞋履，服装和配件制造商。Native Shoes非常注重材料创新和客户个性化，根植于“Wander into Wonder”的精神。自2009年成立以来，他们在耐用的无动物鞋和服装的材料研究和开发上投入了大量资金。因此，他们在合成纺织品和耐用弹性体方面积累了丰富的材料经验和知识。在我们成功的CCI Engage研究合作伙伴关系的基础上，我们将继续开发创新的材料途径，通过研究新的产品开发途径，内部材料创新，以及由新的数字工艺、生产和增材制造技术支持的具有成本效益的设计研究方法，来维持内部研发。本研究项目采用设计为主导的探究来产生新的材料生产方法，将新的直接数字材料途径和纺织品结合起来。我们的研究将继续产生迭代原型设计和3D打印模型，将对美学，形式和功能进行分析。

Material Matters - Emergent Additive Manufacturing Material Technologies for Textile Manufacture. Material Matters is a Research Centre at Emily Carr University of Art + Design actively exploring through design-led inquiry, the material science in 3D printing, its pragmatic potential, and the ethical and ecological ramifications of the emergent technology. We propose to continue our applied research partnership between Emily Carr University and Native Shoes, an established Vancouver-based designer and manufacturer of shoe- wear, apparel and accessories. Native Shoes has a strong focus on material innovation and customer personalization rooted in the ethos of "Wander into Wonder". Since their inception in 2009, they have invested heavily in material research and development of durable animal-free shoes and apparel. As a result, they have developed a strong suite of material experience and knowledge of synthetic textiles and durable elastomers. Expanding on our successful CCI Engage enabled research partnership, we will continue to develop innovative material pathways sustaining in house R&D by investigating new avenues for product development, in house material innovation, and cost-effective design research methods enabled by new digital processes, production and additive manufacturing technologies. This research project uses design-led inquiry to produce novel material production methods twinning new direct digital material pathways and textiles. Our investigation will continue to produce iterative prototype design and 3D printable models that will be analyzed for aesthetics, form and function.