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摘要

3D打印是高等教育中建筑和设计学科的共同资源。与所有工具一样,在使用增材制造技术时,有一个预定的功能和预期的结果。也有学习的机会植根于不可预见的设备故障。下一章概述了在高等教育设计环境中使用3D打印的替代方法,而不仅仅是表示和利用。制造的故障使学生能够分析他们使用的工具的预定功能,并与技术进行对话,作为探索和作者交流的媒介。为了探索这些概念,美国中西部大学的一群建筑和设计专业的学生完成了一系列的案例研究,测试了数字(三维建模软件)和物理介质(快速原型)中的故障参数。
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3D Printed Glitches
3D printing is a common resource within the architecture and design disciplines in higher education. As is the case with all tools, there is a predetermined functionality and expected outcome when using additive manufacturing technology. There are also learning opportunities rooted in unforeseen equipment errors. The following chapter outlines alternate approaches for the use of 3D printing beyond mere representation and utilization in higher education design environments. Manufactured glitches enable students to analyze the predetermined functionality of the tools they engage with, and enter into a dialogue with technology as a medium for exploration and authorial exchange. To explore these concepts, a series of case studies that tested the parameters of glitches in both digital (three-dimensional modeling software) and physical mediums (rapid prototyping) was completed by a group of architecture and design students at a Midwestern University in the United States.
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