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Industrial Design Inspired by Digital Fabrication.

机译:受数字制造启发的工业设计。

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摘要

Digital Fabrication has played a pivotal role in providing reality to industrial designers' ideas since its first commercial use in late 80's. Making the final prototype of a design project has been the initial assumed use for these technologies in the design process. However, new technology advances in this area offer further opportunities for designers. In this research these opportunities have been carefully explored. This research will be conceptualized through discussing the findings of a case study and theories in the areas of Industrial Design methodology, digital fabrication, and design pedagogy. Considering the span of digital fabrication capabilities, this research intends to look into the design-fabrication relation from a methodology perspective and attempts to answer the question of how the digital fabrication methods can be integrated into the Industrial Design process to increase the tangibility of the design process in very first steps. It will be argued that the above is achievable in certain design topics - i.e. those with known components but unknown architecture. This will be studied through the development of series of hypothetical design processes emphasizing the role of digital fabrication as an ideation tool rather than a presentation tool. In this case study, two differing processes have been developed and given to Industrial Design students to design specific power tools. One of them is developed based on the precedence of digital fabrication. Then the outcome of the two processes is compared and evaluated. This research will introduce the advantages of using the digital fabrication techniques as a powerful ideation tool, which overcomes the imagination problems in many of complicated design topics. More importantly, this study suggests the criteria of selecting the proposed design methodology. It is hoped that these findings along with the advances in the area of additive and subtractive fabrication will assist industrial designers to create unique methodologies to deal with complicated needs both in practice and design education.
机译:自80年代末首次用于商业用途以来,Digital Fabrication在为工业设计师的想法提供现实方面起着举足轻重的作用。制作设计项目的最终原型是这些技术在设计过程中的最初假定用途。但是,这一领域的新技术进步为设计师提供了更多的机会。在这项研究中,已经仔细地探索了这些机会。通过讨论案例研究的结果和工业设计方法论,数字制造和设计教育学领域的理论,将对这项研究进行概念化。考虑到数字制造能力的跨度,本研究旨在从方法论的角度研究设计与制造的关系,并试图回答如何将数字制造方法集成到工业设计过程中以增加设计的可感知性的问题。第一步的过程。可以认为,以上内容在某些设计主题中是可以实现的,即那些具有已知组件但体系结构未知的主题。这将通过一系列假设设计过程的开发来进行研究,这些过程强调数字制造作为构思工具而不是表示工具的作用。在本案例研究中,已开发出两种不同的过程,并交给工业设计专业的学生设计特定的电动工具。其中之一是根据数字制造的优先级开发的。然后比较和评估两个过程的结果。这项研究将介绍使用数字制造技术作为功能强大的构思工具的优势,它克服了许多复杂设计主题中的想象力问题。更重要的是,这项研究提出了选择拟议设计方法的标准。希望这些发现以及增材制造和减材制造领域的进步将有助于工业设计师创建独特的方法,以应对实践和设计教育中的复杂需求。

著录项

  • 作者

    Valamanesh, Roozbeh.;

  • 作者单位

    Arizona State University.;

  • 授予单位 Arizona State University.;
  • 学科 Design and Decorative Arts.
  • 学位 M.S.
  • 年度 2012
  • 页码 97 p.
  • 总页数 97
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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